ETSI TC SMG#32 Plenary Meeting Tdoc SMG P-00-265 ... · SMG 7 Meeting #25 Document 7-00-139 ......

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ETSI TC SMG#32 Plenary Meeting Tdoc SMG P-00-265Düsseldorf, Germany19th 20th June 2000

Title: CRs to GSM 11.10-3 v4.28.0 for approval

Agenda Item: 6.7

Source: SMG7

This document contains 11 CRs to GSM 11.10-3, V.4.28.0. These CRs have been agreed by SMG7 and areput forward to SMG as non-strategic ones for approval without presentation.

SMG7Doc

SPEC CR REV

PHASE VERS SUBJECT CAT NEW_VERS

WORKITEM

7-00-139 11.10-3 C459 2 4.28.0 Proposal to change the guard timer in 26.6.6.1 F 4.29.0 TEI

7-00-140 11.10-3 C460 2 4.28.0 Alignment of 11.10-3 TC_26_10_2_4_1 with 11.10-1 F 4.29.0 TEI

7-00-141 11.10-3 C461 2 4.28.0 Proposal to modify implementation of 26.6.5.4 tests F 4.29.0 TEI

7-00-142 11.10-3 C462 2 4.28.0 Minor changes to implementation of 26.6.5.1 and 26.6.5.8 F 4.29.0 TEI

7-00-143 11.10-3 C463 2 4.28.0 TC_20_6. Alignment with 11.10-1 F 4.29.0 TEI

7-00-144 11.10-3 C464 2 4.28.0 BasicServiceMO, CallCfmGen. Alignment with 11.10-1 -Autobauding Modem

F 4.29.0 TEI

7-00-145 11.10-3 C465 2 4.28.0 Minor change to 11.10-3 TC_26_5_7_1_4 F 4.29.0 TEI

7-00-146 11.10-3 C466 2 4.28.0 Minor change to 11.10-3 TC_26_9_4 and TC_26_9_5 F 4.29.0 TEI

7-00-147 11.10-3 C467 2 4.28.0 TC_20_4. Change to EXT_IND bit in the SI2 message forEGSM

F 4.29.0 TEI

7-00-148 11.10-3 C468 2 4.28.0 Minor implementation error in 11.10-3 TC 26.11.5.2 F 4.29.0 TEI

7-00-149 11.10-3 C469 2 4.28.0 Minor PIXIT change to 11.10-3 TC_26_6_5_3 series F 4.29.0 TEI

1 3G aa.bbb Version x.y.z (YYYY-MM)

SMG 7 Meeting #25 Document 7-00-139Sophia Antipolis, France, 16-19 May 2000 e.g. for 3GPP use the format TP-99xxx

or for SMG, use the format P-99-xxx

CHANGE REQUEST Please see embedded help file at the bottom of thispage for instructions on how to fill in this form correctly.

Current Version: 4.28.011.10-3 CR C459GSM (AA.BB) or 3G (AA.BBB) specification number ↑ ↑ CR number as allocated by MCC support team

For submission to: SMG #32 for approval X strategic (for SMGlist expected approval meeting # here ↑ for information non-strategic X use only)

Form: CR cover sheet, version 2 for 3GPP and SMG The latest version of this form is available from: ftp://ftp.3gpp.org/Information/CR-Form-v2.doc

Proposed change affects: (U)SIM ME X UTRAN / Radio Core Network(at least one should be marked with an X)

Source: Anite Telecoms (Ref 1491) Date: 10/03/2000

Subject: Proposal to change the guard timer in 26.6.6.1

Work item: TEI

Category: F Correction X Release: Phase 2 XA Corresponds to a correction in an earlier release Release 96

(only one category B Addition of feature Release 97shall be marked C Functional modification of feature Release 98with an X) D Editorial modification Release 99

Release 00

Reason forchange:

This change was initiated with Anite Mail 1491 and confirmed with ETSI mail L00008.

The guard timer in 11.10-3 TC_26_6_6_1 is too short. The test performs up to 9location updates and frequency redefinitions to test that the mobile waits the specifiednumber of frames before a frequency redefinition is performed.

Currently the test allows 700 seconds. We do not believe this allows a long enoughtime for the mobile to idle update, and for the user to respond to on-screen prompts.

Therefore we propose to lengthen the timer as follows: Allow 60 seconds for locationupdating and user responses to prompts, and add on the time specified in 11.10-1section 26.6.6.1. This works out as 900 seconds.


Clauses affected: TC_26_6_6_1

Other specs Other 3G core specifications → List of CRs:affected: Other GSM core specifications → List of CRs:

MS test specifications → List of CRs:BSS test specifications → List of CRs:O&M specifications → List of CRs:

Othercomments:

Change affects GSM_L3_MS_V4280


+----------------------------------------------------------------------------------+| Test Case Dynamic Behaviour |+--------------------+-------------------------------------------------------------+|Test Case Name :TC_26_6_6_1 ||Group :GSM_L3_MS_v4280a/RR/ ||Test Purpose : To verify that the MS, after receiving a Frequency Redefinit|| ion message, starts using the new || frequencies and hopping sequence at the time indicated in the|| message. ||Defaults :OtherEventsFail ||Comments : |+----+-------+-------+--------------------------+--------------+--------+----------+| Nr | Label | Behaviour | Cref |Verdict | Comments |+----+-------+----------------------------------+--------------+--------+----------+| 1 | | START T_guard (700900) | | | || 2 | | +test1 | | | || 3 | | +test2 | | | || 4 | | +test3 | | | |

The Pass log below demonstrates that the test requires more than 700s to run, but is successful with the 900s timer.


TTCN MP File Version GSM_L3_MS_v4280b 28/4/2000 15:34:20 Campaign execution started 02MAY2000 11:52:00.77 Operator tgb Campaign selection file c:\sat_results\main\11_50_55.sel Campaign parameter file c:\sat_results\main\11_50_55.prm

Test Case TC_26_6_6_1 execution started at 11:52:01.70

Tr Evt Tester SUTFN dT | |20 27 |<---------------------------------------------------|49882 12.706 | CHANNEL REQUEST 00010010B rach | | |20 29 |--------------------------------------------------->|49938 12.965 | L2PL=00101101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |20 31 |<---------------------------------------------------|49973 13.126 | SI/TI=0000b PD=0101b MT=00001000b | | LOCATION UPDATING REQUEST sdcch(sabm) sapi=0 | | |20 35 |--------------------------------------------------->|50060 13.528 | SI/TI=0000b PD=0101b MT=00010010b | | AUTHENTICATION REQUEST sdcch(i) sapi=0 | | |20 46 |<---------------------------------------------------|50432 15.245 | SI/TI=0000b PD=0101b MT=01010100b | | AUTHENTICATION RESPONSE sdcch(i) sapi=0 | | |20 51 |--------------------------------------------------->|50519 15.646 | SI/TI=0000b PD=0101b MT=00000010b | | LOCATION UPDATING ACCEPT sdcch(i) sapi=0 | | |20 56 |<---------------------------------------------------|50585 15.951 | SI/TI=0000b PD=0101b MT=00011011b | | TMSI REALLOCATION COMPLETE sdcch(i) sapi=0 | | |20 59 |--------------------------------------------------->|50672 16.352 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE sdcch(i) sapi=0 | | |20 112 |--------------------------------------------------->|52386 24.263 | L2PL=00100101b SI/TI=0000b PD=0110b MT=00100001b | | PAGING REQUEST TYPE 1 pch(ui) sapi=0 | | |20 114 |<---------------------------------------------------|52413 24.388 | CHANNEL REQUEST 10010101B rach | | |

20 116 |--------------------------------------------------->|52457 24.591 | L2PL=01001101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |25 118 |<---------------------------------------------------|52501 24.794 | SI/TI=0000b PD=0110b MT=00100111b | | PAGING RESPONSE sdcch(sabm) sapi=0 | | |25 158 |--------------------------------------------------->|54271 32.963 | SI/TI=0000b PD=0110b MT=00010100b | | FREQUENCY REDEFINITION sdcch(i) sapi=0 | | |25 197 |--------------------------------------------------->|56056 41.201 | SI/TI=0000b PD=0110b MT=00010100b | | FREQUENCY REDEFINITION sdcch(i) sapi=0 | | |25 214 |--------------------------------------------------->|56770 44.497 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE sdcch(i) sapi=0 | | |20 245 |<---------------------------------------------------|61419 65.954 | CHANNEL REQUEST 00001011B rach | | |20 247 |--------------------------------------------------->|61464 66.161 | L2PL=00101101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |20 249 |<---------------------------------------------------|61499 66.323 | SI/TI=0000b PD=0101b MT=00001000b | | LOCATION UPDATING REQUEST sdcch(sabm) sapi=0 | | |20 253 |--------------------------------------------------->|61586 66.725 | SI/TI=0000b PD=0101b MT=00010010b | | AUTHENTICATION REQUEST sdcch(i) sapi=0 | | |20 262 |<---------------------------------------------------|61856 67.971 | SI/TI=0000b PD=0101b MT=01010100b | | AUTHENTICATION RESPONSE sdcch(i) sapi=0 | | |20 267 |--------------------------------------------------->|61943 68.372 | SI/TI=0000b PD=0101b MT=00000010b | | LOCATION UPDATING ACCEPT sdcch(i) sapi=0 | | |20 272 |<---------------------------------------------------|62009 68.677 | SI/TI=0000b PD=0101b MT=00011011b | | TMSI REALLOCATION COMPLETE sdcch(i) sapi=0 | | |


20 275 |--------------------------------------------------->|62096 69.078 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE sdcch(i) sapi=0 | | |20 322 |--------------------------------------------------->|63861 77.225 | L2PL=00100101b SI/TI=0000b PD=0110b MT=00100001b | | PAGING REQUEST TYPE 1 pch(ui) sapi=0 | | |20 324 |<---------------------------------------------------|63889 77.354 | CHANNEL REQUEST 10010000B rach | | |20 326 |--------------------------------------------------->|63932 77.552 | L2PL=01001101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |25 328 |<---------------------------------------------------|63976 77.755 | SI/TI=0000b PD=0110b MT=00100111b | | PAGING RESPONSE sdcch(sabm) sapi=0 | | |25 368 |--------------------------------------------------->|65746 85.925 | SI/TI=0000b PD=0110b MT=00010100b | | FREQUENCY REDEFINITION sdcch(i) sapi=0 | | |25 410 |--------------------------------------------------->|67531 94.163 | SI/TI=0000b PD=0110b MT=00010100b | | FREQUENCY REDEFINITION sdcch(i) sapi=0 | | |25 428 |--------------------------------------------------->|68245 97.458 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE sdcch(i) sapi=0 | | |20 459 |<---------------------------------------------------|72284 116.100 | CHANNEL REQUEST 00011001B rach | | |20 461 |--------------------------------------------------->|72327 116.298 | L2PL=00101101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |20 463 |<---------------------------------------------------|72362 116.460 | SI/TI=0000b PD=0101b MT=00001000b | | LOCATION UPDATING REQUEST sdcch(sabm) sapi=0 | | |20 469 |--------------------------------------------------->|72449 116.861 | SI/TI=0000b PD=0101b MT=00010010b | | AUTHENTICATION REQUEST sdcch(i) sapi=0 | | |20 478 |<---------------------------------------------------|72719 118.108 | SI/TI=0000b PD=0101b MT=01010100b | | AUTHENTICATION RESPONSE sdcch(i) sapi=0 | | |

20 481 |--------------------------------------------------->|72806 118.509 | SI/TI=0000b PD=0101b MT=00000010b | | LOCATION UPDATING ACCEPT sdcch(i) sapi=0 | | |20 486 |<---------------------------------------------------|72872 118.814 | SI/TI=0000b PD=0101b MT=00011011b | | TMSI REALLOCATION COMPLETE sdcch(i) sapi=0 | | |20 491 |--------------------------------------------------->|72959 119.215 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE sdcch(i) sapi=0 | | |20 530 |--------------------------------------------------->|74571 126.655 | L2PL=00100101b SI/TI=0000b PD=0110b MT=00100001b | | PAGING REQUEST TYPE 1 pch(ui) sapi=0 | | |20 540 |<---------------------------------------------------|74597 126.775 | CHANNEL REQUEST 10011010B rach | | |20 542 |--------------------------------------------------->|74638 126.964 | L2PL=01001101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |25 544 |<---------------------------------------------------|74686 127.186 | SI/TI=0000b PD=0110b MT=00100111b | | PAGING RESPONSE sdcch(sabm) sapi=0 | | |25 584 |--------------------------------------------------->|76456 135.355 | SI/TI=0000b PD=0110b MT=00010100b | | FREQUENCY REDEFINITION sdcch(i) sapi=0 | | |25 643 |--------------------------------------------------->|79159 147.831 | SI/TI=0000b PD=0110b MT=00010100b | | FREQUENCY REDEFINITION sdcch(i) sapi=0 | | |25 678 |--------------------------------------------------->|80791 155.363 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE sdcch(i) sapi=0 | | |20 709 |<---------------------------------------------------|84349 171.784 | CHANNEL REQUEST 00011110B rach | | |20 711 |--------------------------------------------------->|84414 172.084 | L2PL=00101101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |20 713 |<---------------------------------------------------|84449 172.246 | SI/TI=0000b PD=0101b MT=00001000b | | LOCATION UPDATING REQUEST sdcch(sabm) sapi=0 | | |


20 717 |--------------------------------------------------->|84536 172.648 | SI/TI=0000b PD=0101b MT=00010010b | | AUTHENTICATION REQUEST sdcch(i) sapi=0 | | |20 726 |<---------------------------------------------------|84806 173.894 | SI/TI=0000b PD=0101b MT=01010100b | | AUTHENTICATION RESPONSE sdcch(i) sapi=0 | | |20 731 |--------------------------------------------------->|84893 174.295 | SI/TI=0000b PD=0101b MT=00000010b | | LOCATION UPDATING ACCEPT sdcch(i) sapi=0 | | |20 736 |<---------------------------------------------------|84959 174.600 | SI/TI=0000b PD=0101b MT=00011011b | | TMSI REALLOCATION COMPLETE sdcch(i) sapi=0 | | |20 739 |--------------------------------------------------->|85046 175.001 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE sdcch(i) sapi=0 | | |20 756 |--------------------------------------------------->|86556 181.971 | L2PL=00100101b SI/TI=0000b PD=0110b MT=00100001b | | PAGING REQUEST TYPE 1 pch(ui) sapi=0 | | |20 758 |<---------------------------------------------------|86582 182.091 | CHANNEL REQUEST 10011101B rach | | |20 762 |--------------------------------------------------->|86623 182.280 | L2PL=01001101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |25 765 |<---------------------------------------------------|86643 182.372 | SI/TI=0000b PD=0110b MT=00100111b | | PAGING RESPONSE facch(sabm) sapi=0 | | |25 802 |--------------------------------------------------->|88442 190.675 | SI/TI=0000b PD=0110b MT=00010100b | | FREQUENCY REDEFINITION facch(i) sapi=0 | | |25 839 |--------------------------------------------------->|90236 198.955 | SI/TI=0000b PD=0110b MT=00010100b | | FREQUENCY REDEFINITION facch(i) sapi=0 | | |25 854 |--------------------------------------------------->|90938 202.195 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE facch(i) sapi=0 | | |20 886 |<---------------------------------------------------|96864 229.546 | CHANNEL REQUEST 00010011B rach | | |

20 888 |--------------------------------------------------->|96909 229.754 | L2PL=00101101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |20 890 |<---------------------------------------------------|96944 229.915 | SI/TI=0000b PD=0101b MT=00001000b | | LOCATION UPDATING REQUEST sdcch(sabm) sapi=0 | | |20 896 |--------------------------------------------------->|97031 230.317 | SI/TI=0000b PD=0101b MT=00010010b | | AUTHENTICATION REQUEST sdcch(i) sapi=0 | | |20 905 |<---------------------------------------------------|97301 231.563 | SI/TI=0000b PD=0101b MT=01010100b | | AUTHENTICATION RESPONSE sdcch(i) sapi=0 | | |20 908 |--------------------------------------------------->|97388 231.964 | SI/TI=0000b PD=0101b MT=00000010b | | LOCATION UPDATING ACCEPT sdcch(i) sapi=0 | | |20 913 |<---------------------------------------------------|97454 232.269 | SI/TI=0000b PD=0101b MT=00011011b | | TMSI REALLOCATION COMPLETE sdcch(i) sapi=0 | | |20 915 |--------------------------------------------------->|97490 232.435 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE sdcch(i) sapi=0 | | |20 930 |--------------------------------------------------->|99051 239.640 | L2PL=00100101b SI/TI=0000b PD=0110b MT=00100001b | | PAGING REQUEST TYPE 1 pch(ui) sapi=0 | | |20 934 |<---------------------------------------------------|99081 239.778 | CHANNEL REQUEST 10000001B rach | | |20 936 |--------------------------------------------------->|99122 239.967 | L2PL=01001101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |25 939 |<---------------------------------------------------|99141 240.055 | SI/TI=0000b PD=0110b MT=00100111b | | PAGING RESPONSE facch(sabm) sapi=0 | | |25 980 |--------------------------------------------------->|100922 248.275 | SI/TI=0000b PD=0110b MT=00010100b | | FREQUENCY REDEFINITION facch(i) sapi=0 | | |25 1018 |--------------------------------------------------->|102720 256.574 | SI/TI=0000b PD=0110b MT=00010100b | | FREQUENCY REDEFINITION facch(i) sapi=0 |


| |25 1034 |--------------------------------------------------->|103400 259.712 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE facch(i) sapi=0 | | |20 1066 |<---------------------------------------------------|116693 321.064 | CHANNEL REQUEST 00010100B rach | | |20 1068 |--------------------------------------------------->|116748 321.318 | L2PL=00101101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |20 1070 |<---------------------------------------------------|116783 321.480 | SI/TI=0000b PD=0101b MT=00001000b | | LOCATION UPDATING REQUEST sdcch(sabm) sapi=0 | | |20 1074 |--------------------------------------------------->|116870 321.881 | SI/TI=0000b PD=0101b MT=00010010b | | AUTHENTICATION REQUEST sdcch(i) sapi=0 | | |20 1085 |<---------------------------------------------------|117242 323.598 | SI/TI=0000b PD=0101b MT=01010100b | | AUTHENTICATION RESPONSE sdcch(i) sapi=0 | | |20 1090 |--------------------------------------------------->|117329 324.000 | SI/TI=0000b PD=0101b MT=00000010b | | LOCATION UPDATING ACCEPT sdcch(i) sapi=0 | | |20 1095 |<---------------------------------------------------|117395 324.304 | SI/TI=0000b PD=0101b MT=00011011b | | TMSI REALLOCATION COMPLETE sdcch(i) sapi=0 | | |20 1098 |--------------------------------------------------->|117482 324.706 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE sdcch(i) sapi=0 | | |20 1117 |--------------------------------------------------->|119196 332.617 | L2PL=00100101b SI/TI=0000b PD=0110b MT=00100001b | | PAGING REQUEST TYPE 1 pch(ui) sapi=0 | | |20 1119 |<---------------------------------------------------|119221 332.732 | CHANNEL REQUEST 10011110B rach | | |20 1121 |--------------------------------------------------->|119263 332.926 | L2PL=01001101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |25 1124 |<---------------------------------------------------|119282 333.014 | SI/TI=0000b PD=0110b MT=00100111b | | PAGING RESPONSE facch(sabm) sapi=0 |

| |25 1161 |--------------------------------------------------->|121072 341.275 | SI/TI=0000b PD=0110b MT=00010100b | | FREQUENCY REDEFINITION facch(i) sapi=0 | | |25 1488 |--------------------------------------------------->|137790 418.435 | SI/TI=0000b PD=0110b MT=00010100b | | FREQUENCY REDEFINITION facch(i) sapi=0 | | |25 1791 |--------------------------------------------------->|153398 490.472 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE facch(i) sapi=0 | | |20 1823 |<---------------------------------------------------|157453 509.187 | CHANNEL REQUEST 00001110B rach | | |20 1825 |--------------------------------------------------->|157497 509.390 | L2PL=00101101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |20 1827 |<---------------------------------------------------|157532 509.552 | SI/TI=0000b PD=0101b MT=00001000b | | LOCATION UPDATING REQUEST sdcch(sabm) sapi=0 | | |20 1833 |--------------------------------------------------->|157619 509.953 | SI/TI=0000b PD=0101b MT=00010010b | | AUTHENTICATION REQUEST sdcch(i) sapi=0 | | |20 1842 |<---------------------------------------------------|157889 511.199 | SI/TI=0000b PD=0101b MT=01010100b | | AUTHENTICATION RESPONSE sdcch(i) sapi=0 | | |20 1845 |--------------------------------------------------->|157976 511.601 | SI/TI=0000b PD=0101b MT=00000010b | | LOCATION UPDATING ACCEPT sdcch(i) sapi=0 | | |20 1850 |<---------------------------------------------------|158042 511.906 | SI/TI=0000b PD=0101b MT=00011011b | | TMSI REALLOCATION COMPLETE sdcch(i) sapi=0 | | |20 1855 |--------------------------------------------------->|158129 512.307 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE sdcch(i) sapi=0 | | |20 1874 |--------------------------------------------------->|159741 519.747 | L2PL=00100101b SI/TI=0000b PD=0110b MT=00100001b | | PAGING REQUEST TYPE 1 pch(ui) sapi=0 | | |20 1876 |<---------------------------------------------------|159772 519.890 | CHANNEL REQUEST 10001000B rach |


| |20 1878 |--------------------------------------------------->|159812 520.075 | L2PL=01001101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |25 1880 |<---------------------------------------------------|159832 520.167 | SI/TI=0000b PD=0110b MT=00100111b | | PAGING RESPONSE facch(sabm) sapi=0 | | |25 1920 |--------------------------------------------------->|161622 528.429 | SI/TI=0000b PD=0110b MT=00010100b | | FREQUENCY REDEFINITION facch(i) sapi=0 | | |25 1957 |--------------------------------------------------->|163390 536.589 | SI/TI=0000b PD=0110b MT=00010100b | | FREQUENCY REDEFINITION facch(i) sapi=0 | | |25 1970 |--------------------------------------------------->|164057 539.667 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE facch(i) sapi=0 | | |20 2002 |<---------------------------------------------------|172192 577.213 | CHANNEL REQUEST 00010101B rach | | |20 2004 |--------------------------------------------------->|172236 577.416 | L2PL=00101101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |20 2006 |<---------------------------------------------------|172271 577.578 | SI/TI=0000b PD=0101b MT=00001000b | | LOCATION UPDATING REQUEST sdcch(sabm) sapi=0 | | |20 2010 |--------------------------------------------------->|172358 577.979 | SI/TI=0000b PD=0101b MT=00010010b | | AUTHENTICATION REQUEST sdcch(i) sapi=0 | | |20 2019 |<---------------------------------------------------|172628 579.226 | SI/TI=0000b PD=0101b MT=01010100b | | AUTHENTICATION RESPONSE sdcch(i) sapi=0 | | |20 2024 |--------------------------------------------------->|172715 579.627 | SI/TI=0000b PD=0101b MT=00000010b | | LOCATION UPDATING ACCEPT sdcch(i) sapi=0 | | |20 2029 |<---------------------------------------------------|172781 579.932 | SI/TI=0000b PD=0101b MT=00011011b | | TMSI REALLOCATION COMPLETE sdcch(i) sapi=0 | | |20 2031 |--------------------------------------------------->|172817 580.098 | SI/TI=0000b PD=0110b MT=00001101b |

| CHANNEL RELEASE sdcch(i) sapi=0 | | |20 2050 |--------------------------------------------------->|174531 588.009 | L2PL=00100101b SI/TI=0000b PD=0110b MT=00100001b | | PAGING REQUEST TYPE 1 pch(ui) sapi=0 | | |20 2052 |<---------------------------------------------------|174562 588.152 | CHANNEL REQUEST 10011000B rach | | |20 2054 |--------------------------------------------------->|174602 588.336 | L2PL=01001101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |25 2057 |<---------------------------------------------------|174626 588.447 | SI/TI=0000b PD=0110b MT=00100111b | | PAGING RESPONSE facch(sabm) sapi=0 | | |25 2094 |--------------------------------------------------->|176390 596.589 | SI/TI=0000b PD=0110b MT=00010100b | | FREQUENCY REDEFINITION facch(i) sapi=0 | | |25 2134 |--------------------------------------------------->|178158 604.749 | SI/TI=0000b PD=0110b MT=00010100b | | FREQUENCY REDEFINITION facch(i) sapi=0 | | |25 2150 |--------------------------------------------------->|178825 607.827 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE facch(i) sapi=0 | | |20 2182 |<---------------------------------------------------|184839 635.584 | CHANNEL REQUEST 00001011B rach | | |20 2184 |--------------------------------------------------->|184884 635.792 | L2PL=00101101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |20 2186 |<---------------------------------------------------|184919 635.953 | SI/TI=0000b PD=0101b MT=00001000b | | LOCATION UPDATING REQUEST sdcch(sabm) sapi=0 | | |20 2190 |--------------------------------------------------->|185006 636.355 | SI/TI=0000b PD=0101b MT=00010010b | | AUTHENTICATION REQUEST sdcch(i) sapi=0 | | |20 2199 |<---------------------------------------------------|185276 637.601 | SI/TI=0000b PD=0101b MT=01010100b | | AUTHENTICATION RESPONSE sdcch(i) sapi=0 | | |20 2204 |--------------------------------------------------->|185363 638.002 | SI/TI=0000b PD=0101b MT=00000010b |


| LOCATION UPDATING ACCEPT sdcch(i) sapi=0 | | |20 2209 |<---------------------------------------------------|185429 638.307 | SI/TI=0000b PD=0101b MT=00011011b | | TMSI REALLOCATION COMPLETE sdcch(i) sapi=0 | | |20 2212 |--------------------------------------------------->|185516 638.709 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE sdcch(i) sapi=0 | | |20 2227 |--------------------------------------------------->|187026 645.678 | L2PL=00100101b SI/TI=0000b PD=0110b MT=00100001b | | PAGING REQUEST TYPE 1 pch(ui) sapi=0 | | |20 2231 |<---------------------------------------------------|187053 645.802 | CHANNEL REQUEST 10010000B rach | | |20 2233 |--------------------------------------------------->|187093 645.987 | L2PL=01001101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |25 2235 |<---------------------------------------------------|187115 646.089 | SI/TI=0000b PD=0110b MT=00100111b | | PAGING RESPONSE facch(sabm) sapi=0 | | |25 2275 |--------------------------------------------------->|188896 654.309 | SI/TI=0000b PD=0110b MT=00010100b | | FREQUENCY REDEFINITION facch(i) sapi=0 | | |25 2390 |--------------------------------------------------->|194590 680.589 | SI/TI=0000b PD=0110b MT=00010100b | | FREQUENCY REDEFINITION facch(i) sapi=0 | | |25 2481 |--------------------------------------------------->|199166 701.709 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE facch(i) sapi=0 |

Test Case TC_26_6_6_1 terminated at 12:06:43.15: PASS










Subject: Alignment of 11.10-3 TC_26_10_2_4_1 with 11.10-1

Work item: TEI



Release 00

Reason forchange:

This change was initiated with AniteMail 1492 and confirmed with ETSI mail L00009

Following Tdoc 7-00-080, I would like to propose a change to 11.10-3TC_26_10_2_4_1.

11.10-1 section 26.10.2.4.1.2 requires the mobile to perform "a non-synchronizedhandover, from a non hopping primary band SDCCH..."

The TTCN in 11.10-3 26_10_2_4_1 currently sets up a call on a frequency-hoppingchannel. Therefore we propose to modify the TTCN to use a non-hopping channel. Thiswill require the creation of a new PIXIT, TSPX_SDCCHcarrierA_ho, which will allowselection of the SDCCH ARFCN from the Cell Allocation of Cell A. This PIXIT shall beadded to 11.10-3 Annex B clause B.7.3.

Also in Annex B I would like to add TSPX_MsrCellPresent, which should have beenadded due to Tdoc 7-00-035 at SMG7 #24.

Clauses affected: 26.10.2.4.1



Othercomments:

Change affects ATS GSM_L3_MS_V4280, and Annex B


Test Case Dynamic BehaviourTest Case Name: TC_26_10_2_4_1

Group: GSM_L3_MS_v4280/EGSMSignalling/

Purpose: To check that the MS correctly performs a non-synchronized handover, from a non hopping

primary band SDCCH to a hopping TCH or SDCCH using E-GSM frequencies, whatever the

coding used for the hopping sequence description and that it activates the new channel

correctly.

This tested in the following case:

E-GSM signalling/ Handover / successful / call under establishment / non-synchronized /

- from SDCCH/8 to TCH/F if the MS supports a TCH

- from SDCCH/8 to SDCCH/8 if not

Default: OtherEventsFail

Comments:

Nr Label Behaviour Description CRef V Comments

1 START T_guard(1500)

2 +BasicServiceMO(TSPX_MOBscSvcD,TSPX_MOChRateD)

3 (TCV_Horf:= TSPX_HoRefA, TCV_Pwrlvl_ho:=INT_TO_BIT( TSPX_PwrlvlA, 5), TCV_flist :=C_flist_e_416, TCV_flistl:= '10'O, TCV_mae1 :='00000101'B, TCV_mae2 := '00000001'B,TCV_n:=3)

1.

4 +IdleUpdated( C_E_default, C_CellA,C_SCH_A, C_BCCH_A_1, C_Immass, C_S0,C_SlotNU, C_SlotNU, C_SlotNU,TSPX_TscDef, C_TxInt_5, C_Max_1,C_NECI_0, C_ATT_0, TimingAdv(30),C_BABR_0, C_cch_1Comb, C_BPM_3,C_T3212_0, C_ci_cellA, C_MCC_1,C_PLMN_1, C_LAC_1, CellOpt_01,CellChDes_23A, CellChDes_202_Adman,C_CellReselectHys12, C_MaxPwrLvlG,C_MaxPwrLvlD, BcchFreqLst_01,BcchFreqLst_Omit, BcchFreqLst_46,BcchFreqLst_Omit, C_noRestablishment,C_BCC, C_NCC, C_Start_Tmsi,TSPX_SDCCH4SubA, TSPX_CKSNDef,TSPX_RANDDef, C_arfcnA, C_arfcnAd,TSPX_IMSI, C_Test_egsm, C_NCCP_2)

5 (TCV_ia_ts:=TSPX_TmSltNotZero)

6 +local_continue

local_continue

7 (TCV_sysinfo5bis_A := TCV_sysinfo5bis)

8 +StartCellB_egsm( C_E_neighbourdefault,C_BCCHcarrierB_ho, C_arfcnBd, C_Immass,C_S0, TCV_tsc, TimingAdv(20), C_TxInt_5,C_Max_1, C_NECI_0, C_ATT_0, C_BABR_0,C_cch_1nonComb, C_BPM_3, C_T3212_0,C_MCC_1, C_PLMN_1, C_LAC_1,CellChDes_23B, BcchFreqLst_52,BcchFreqLst_47, C_noRestablishment, C_BCC,C_NCC)

9 +SDCCH8_A_1_nociph( TSPX_SDCCH8SubDef,C_Immass, TSPX_TmSltNotZero, TCV_tsc,ChMod_sign, FreqTCH_ef2(TCV_mae1,TCV_mae2, TCV_flist,TCV_flistl, TCV_n)FreqTCH(TSPX_SDCCHcarrierA_ho),FreqTCH_ef2(TCV_mae1, TCV_mae2,TCV_flist,TCV_flistl, TCV_n) FreqTCH_omit,TimingAdv( 30), C_BABR_0, C_cch_1nonComb,C_BPM_3)

TCV_ch

10 (TCV_sacchTch2 := TCV_sacch8)

11 +SysInfo_5bisSending(TCV_sacch8,TCV_sysinfo5bis_A)


12 body (TCV_counter_k :=1, TCV_ch1 := TCV_ch,TCV_tch_arfcn :=TSPX_SDCCHcarrierA_ho)

13 +ltree_chtype

14 REPEAT local_body UNTIL[TCV_counter_k =4]

Loop of k = 1 to 3

local_body

15 (TCV_counter_c :=1)

16 REPEAT ltree_execloopC UNTIL[TCV_counter_c=7]

Loop of c = 1 to 6

17 (TCV_counter_k := (TCV_counter_k +1))

ltree_execloopC

18 [(TCV_counter_k <>1) OR(TCV_counter_c<>6)]

19 +ltree_chconfig

20 +Est_MO_Call_init( C_CHSDCCH8_nonFH,MoblAllc_281e2, MoblAllc_281e2, TimingAdv(30),TSPX_TscDef, 3 C_one, 3 C_one)

21 (TCV_nc := '010'B)

22 +Check_Cells_Present(TCV_nc,TCV_sacchTch2)

23 +ltree_hocmd

24 (TCV_chTch1 := TCV_ch)

25 (TCV_ch := TCV_chTch)

26 (TCV_Null :=OM_SendNextOnHO(TCV_ch,TCV_Cntref))

27 L!DL_DatRqPhyinfo PhyInfo_01(TCV_ch,TimingAdv(20))

28 +RR_hocomp1(TCV_M,TCV_chTch1)

29 L?DL_DatInSetup (TCV_Mt1 :=DL_DatInSetup.msg.mt)

SetupRcv(SetupInd_01)

30 +SendSeqNo_chk

31 +ChanRel_02(TCV_ch)

32 +Switchcell(C_CellB,C_CellA, C_LAC_1,TSPX_SDCCH4SubDef,TSPX_CKSNDef,TSPX_RANDDef,C_arfcnA, C_arfcnAd,TCV_Ccd0A,TSPX_IMSI)

33 (TCV_counter_c := (TCV_counter_c+1),TCV_ch := TCV_ch1,TCV_Null:=OM_CphMd( TCV_ch,CphMod_02,TCV_CphKey))

SDCCH8_A_1 back to

no ciphering mode

Changes to GSM 11.10-3 Annex B:

B.7.3 Test house specified parameters [Excerpt]Item Description Type/Allowed values Value chosen


Item Description Type/Allowed values Value chosen

TSPX_TCHcarrierA_ho the value can be choosenarbitrarily from cell allocation ofcell A (GSM), but not BCCHcarrier .possible value is : 10, 17,26, 34, 42, 45, 46, 52, 59, 66, 73,74, 75, 76, 108, 114

INTEGER

TSPX_TCHcarrierA_hod the value can be choosenarbitrarily from cell allocation ofcell A (DCS), but not BCCHcarrier . possible value is :734,741,754,759,762,766,767,773,775,779,782,791,798,829,832,844

INTEGER

TSPX_TCHcarrierB TCH and SDCCH channelfrequency number of cell B(GSM)

INTEGER

TSPX_TCHcarrierBd TCH and SDCCH channelfrequency number of cell B(DCS)

INTEGER

TSPX_TCHcarrierB_ho the value can be choosenarbitrarily from cell allocation ofcell B (GSM), but not BCCHcarrier . possibles value is :14,18,22,24,30,31,38,60,66,73,74,75,76,108,114

INTEGER

TSPX_TCHcarrierB_hod not BCCH carrier of cell B. thevalue can be choosen arbitrarilyfrom cell allocation of cell B(DCS), which is(739,743,746,749,756,758,761,771,779,782,791,798,829,832,844)

INTEGER

TSPX_TCHcarrierB2_ho Choosen arbitrarly from cellallocation B for GSM HO cases,but not BCCH carrier!

INTEGER

TSPX_TCHcarrierB2_hod Choosen arbitrarly from cellallocation B for DCS HO cases,but not BCCH carrier!

INTEGER

TSPX_SDCCHcarrierA_ho TC_26_10_2_4_1. The value canbe chosen arbitrarily from cellallocation of cell A (GSM), butnot BCCH carrier. Possiblevalues are: 40, 66, 73, 74, 75, 76,77, 78, 89, 108, 114

INTEGER

TSPX_TCHHSubA TDMA offset of half ratesubchannel

BITSTRING[1]

TSPX_TCHHSubDef TDMA offset of default half ratesubchannel

BITSTRING[1]

TSPC_MsrCellPresent The number of measurement to brreceived - which includemeasurements of the second cell -prior to handover of that cell.Range 1 to 4 inclusive. Default=1

INTEGER










Subject: Proposal to modify implementation of 26.6.5.4 tests

Work item: TEI



Release 00

Reason forchange:

This change was initiated with Anite Mail 1514 and confirmed with ETSI mail L00011

I would like to propose a change to the implementation of test cases 26.6.5.4.1 to 4.

Currently, a MO call is initiated, but the SETUP message is not acknowledged at layer2 until after the Handover in completed. There are two delays before the HandoverCommand is sent - a variable length delay while the SS waits for the MS to sendmeasurement reports containing the cell to be handed over to, and a fixed length delayof about 3 seconds due to the use of OM_ComingFN and OM_SendNextOn todetermine the frame number on which the Handover Command is sent.

There are two problems with the current implementation.

First, a Mobile that takes a while to report on the new cell will time out at layer 2 beforethe handover is complete, therefore unfairly failing the test.

Secondly, 11.10-1 clause 26.6.5.4.3 states that the time taken to perform the handovershould be measured from the end of the Handover Command. As the Handovercommand is made up of two layer 2 messages, the tests currently measure the timefrom the first layer 2 message rather than the second.

Therefore I would like to propose to remove the current OM_ComingFN andOM_SendNextOn construction and modify the tests to use two new TSOs,OM_NextTxFn (before the Handover Command) and OM_GetTxFn (after the Handovercommand), which will return the frame number of the end of the HO command, andinitiate the handover without an unnecessary delay.

The change would also be implemented in the 26.6.5.3 series of tests.

Clauses affected: 26.6.5.4.1, 26.6.5.4.2, 26.6.5.4.3, 26.6.5.4.4, 26.6.5.3.1, 26.6.5.3.2

Other specs Other 3G core specifications → List of CRs:Affected: Other GSM core specifications → List of CRs:



Othercomments:

Changes affect GSM_L3_MS_V4280

New Test Suite Operation definitions

+----------------------------------------------------------------------------------+| Test Suite Operation Definition |+--------------------+-------------------------------------------------------------+|Operation Name :OM_GetTxFn(ch : LOGICCH) ||Result Type :FN ||Comments : |+--------------------+-------------------------------------------------------------+| Definition |+----------------------------------------------------------------------------------+|This operation returns the frame number (FN modulo 42432) on which the last L2 mes||sage was sent on logic channel 'ch' (previously primed by operation OM_NextTxFn). |+--------------------+-------------------------------------------------------------+|Detailed Comments: | |+--------------------+-------------------------------------------------------------+

+----------------------------------------------------------------------------------+| Test Suite Operation Definition |+--------------------+-------------------------------------------------------------+|Operation Name :OM_NextTxFn(ch : LOGICCH ; ft : INTEGER) ||Result Type :BOOLEAN ||Comments : |+--------------------+-------------------------------------------------------------+| Definition |+----------------------------------------------------------------------------------+|This primes the lower emulator to return the Frame Number ( modulas 42432 ) of the||last Layer 2 frame type 'ft', to be transmitted on Logic channel 'ch' prior to a c||all to OM_GetTxFn. ||Parameter 'ft' (frame type) :- ||1- I ||2- RR ||3- RNR ||4- REJ ||5- SABM ||6- DM ||7- UI ||8- DISC ||9- UA |+--------------------+-------------------------------------------------------------+|Detailed Comments: | |+--------------------+-------------------------------------------------------------+

Changes to testcases:

+----------------------------------------------------------------------------------+| Test Case Dynamic Behaviour |+--------------------+-------------------------------------------------------------+|Test Case Name :TC_26_6_5_4_1 ||Group :GSM_L3_MS_v4280a/RR/ ||Test Purpose : To test that when the MS is ordered to make a finely synchro|| nised handover to a synchronised cell, || it sends 4 access bursts on the main DCCH and then activates || the channel correctly, taking into || account the value of any Starting Time information element an|| d correctly calculating the timing || advance to use. To test that the MS correctly retransmits Lay|| er 3 MM or CC messages that were not acknowledged by Layer 2 || before the Handover, after completion of the Handover. ||Defaults :OtherEventsFail_01 ||Comments : |+----+-------+-------+--------------------------+--------------+--------+----------+| Nr | Label | Behaviour | Cref |Verdict | Comments |+----+-------+----------------------------------+--------------+--------+----------+

| 10 | | +Est_MO_Call_init( C_CHSD| | | 1. || | | CCH8_FH, MoblAllc_282, M| | | || | | oblAllc_282, TimingAdv( T| | | || | | SPX_y), TSPX_TscC, 16, 16| | | || | | ) | | | || 11 | | (TCV_nc :='010'B) | | | || 12 | | (TCV_sacchTch2 := OC_Su| | | || | | bchOfSacch8( TSPX_SDCCH| | | || | | 8SubDef , C_CellA, 1)) | | | || 13 | | +Check_Cells_Present (| | | || | | TCV_nc, TCV_sacchTch2)| | | |


| 14 | | (TCV_Fn1:= OM_ComingF| | | || | | n(TCV_ch), TCV_n := 0| | | || | | -459, TCV_Fn1 := OC_F| | | || | | nInc(TCV_Fn1, TCV_n),| | | || | | TCV_Null := OM_SendNe| | | || | | xtOn(TCV_ch, TCV_Fn1)| | | || | | , TCV_Fn1 := OC_FnInc| | | || | | (TCV_Fn1, 100)) | | | || 14 | | (TCV_Null := OM_NextT| | |Prime the || | | xFn (TCV_ch, C_I )) | | |lower emul|| | | | | |ator || 15 |body | +ltree_hoCMD | | | || 16 | | (TCV_Fn1 := OM_GetT| | |Retrieve t|| | | xFn (TCV_ch), | | |he last fr|| | | TCV_Fn1 := OC_FnInc| | |ame number|| | | (TCV_Fn1, 100)) | | |of the Han|| | | | | |dover Comm|| | | | | |and and in|| | | | | |crement by|| | | | | |100 frames|| | | | | |for the of|| | | | | |fset of Ce|| | | | | |ll B || 17 | | (TCV_chTch1 := TCV| | | || | | _ch, TCV_ch := TCV| | | || | | _chTch, TCV_sacch | | | || | | := TCV_sacchTch) | | | || 18 | | +RR_hocomp3( 1500| | | || | | , TCV_chTch1) | | | || 19 | | +Timadv_Pwrlvl_c| | | 3. || | | hk( TSPX_k, TSPX| | | || | | _y, TCV_Pwrlvl_h| | | || | | o) | | | || 20 | | L?DL_DatInSetup|SetupRcv( Setu| | 4. || | | (TCV_Mt1 :=DL_D|pInd_01) | | || | | atInSetup.msg.m| | | || | | t) | | | || 21 | | +SendSeqNo_chk| | | 5. || 22 |post | +ChanRel_end(| | | || | | TCV_ch) | | | |

Changes to the other tests are implemented in the same way.

The Event Log included below demonstrates a successful pass of this test case with the describes changes included.


TTCN MP File Version GSM_L3_MS_v4280a 5/4/2000 10:40:32 Campaign execution started 05APR2000 15:52:46.17 Operator tgb Campaign selection file c:\sat_results\strlogs\15_51_40.sel Campaign parameter file c:\sat_results\strlogs\15_51_40.prm

Test Case TC_26_6_5_4_1 execution started at 15:52:47.11

Tr Evt Tester SUT FN dT | |20 31 |<---------------------------------------------------| 13633 20.765 | CHANNEL REQUEST 00001011B rach | | |20 33 |--------------------------------------------------->| 13677 20.968 | L2PL=00101101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |20 35 |<---------------------------------------------------| 13712 21.129 | SI/TI=0000b PD=0101b MT=00001000b | | LOCATION UPDATING REQUEST sdcch(sabm) sapi=0 | | |20 41 |--------------------------------------------------->| 13799 21.531 | SI/TI=0000b PD=0101b MT=00010010b | | AUTHENTICATION REQUEST sdcch(i) sapi=0 | | |20 46 |<---------------------------------------------------| 13865 21.835 | SI/TI=0000b PD=0101b MT=01010100b | | AUTHENTICATION RESPONSE sdcch(i) sapi=0 | | |20 49 |--------------------------------------------------->| 13952 22.237 | SI/TI=0000b PD=0101b MT=00000010b | | LOCATION UPDATING ACCEPT sdcch(i) sapi=0 | | |20 54 |<---------------------------------------------------| 14018 22.542 | SI/TI=0000b PD=0101b MT=00011011b | | TMSI REALLOCATION COMPLETE sdcch(i) sapi=0 | | |20 59 |--------------------------------------------------->| 14105 22.943 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE sdcch(i) sapi=0 | | |20 187 |<---------------------------------------------------| 17266 37.532 | CHANNEL REQUEST 11110111B rach | | |20 189 |--------------------------------------------------->| 17318 37.772 | L2PL=00111001b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |12 191 |<---------------------------------------------------| 17362 37.975 | SI/TI=0000b PD=0101b MT=00100100b | | CM SERVICE REQUEST sdcch(sabm) sapi=0 | | |12 197 |--------------------------------------------------->| 17449 38.377 | SI/TI=0000b PD=0110b MT=00110101b | | CIPHERING MODE COMMAND sdcch(i) sapi=0 | | |12 202 |<---------------------------------------------------| 17515 38.681 | SI/TI=0000b PD=0110b MT=00110010b | | CIPHERING MODE COMPLETE sdcch(i) sapi=0 |

| |12 205 |<---------------------------------------------------| 17566 38.917 | SI/TI=0000b PD=0011b MT=01000101b | | SETUP sdcch(i) sapi=0 | | |12 219 |--------------------------------------------------->| 17857 40.260 | SI/TI=0000b PD=0110b MT=00101011b | | HANDOVER COMMAND sdcch(i) sapi=0 | | |10 221 |<---------------------------------------------------| 17973 40.795 | HANDOVER ACCESS 00000001B sdcch | | |10 223 |<---------------------------------------------------| 17974 40.800 | HANDOVER ACCESS 00000001B sdcch | | |10 225 |<---------------------------------------------------| 18022 41.021 | HANDOVER ACCESS 00000001B sdcch | | |10 228 |<---------------------------------------------------| 18023 41.026 | HANDOVER ACCESS 00000001B sdcch | | |10 234 |<---------------------------------------------------| 18127 41.506 | SI/TI=0000b PD=0110b MT=00101100b | | HANDOVER COMPLETE sdcch(i) sapi=0 | | |10 238 |<---------------------------------------------------| 18178 41.741 | SI/TI=0000b PD=0011b MT=01000101b | | SETUP sdcch(i) sapi=0 | | |10 244 |--------------------------------------------------->| 18265 42.143 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE sdcch(i) sapi=0 |

Test Case TC_26_6_5_4_1 terminated at 15:53:32.97: PASS






For submission to: SMG #32 for approval strategic (for SMGlist expected approval meeting # here ↑ for information X non-strategic X use only)




Subject: Minor changes to implementation of 26.6.5.1 and 26.6.5.8

Work item: TEI

Category: F Correction F Release: Phase 2 XA Corresponds to a correction in an earlier release Release 96


Release 00

Reason forchange:

This change was initiates with Anite Mail 1515 and confirmed with ETSI mail L00012.

I would like to propose some minor changes to the implementation of test cases26.6.5.1 and 26.6.5.8.

26.6.5.1. In line 6, TCV_tsc is currently passed as a parameter into +FullRateCh_A_1to configure the TSC for the FACCH. This variable is set earlier in +IdleUpdated toC_BCC.

However, when the call is established in line 7 (+Est_MT_CallNonFH), the TSC in theAssignment Command is hard-coded to be TSPX_TSCDef (in +CC_EstMsTermCall).Unless TSPX_TSCDef is equal to C_BCC, the assignment will fail.

Therefore I propose to modify the TSC parameter in line 6 to TSPX_TSCDef .

26.6.5.8. The test states that MS Power level 8 should be used for the handover.Currently the power level in the Handover Command is a PIXIT. Therefore we wish tohard code this value to 8.

Clauses affected: TC_26_6_5_1, TC_26_6_5_8



Othercomments:

Changes affect GSM_L3_MS_4280


Change to TC_26_6_5_1 line 6.

+----------------------------------------------------------------------------------+| Test Case Dynamic Behaviour |+--------------------+-------------------------------------------------------------+|Test Case Name :TC_26_6_5_1 ||Group :GSM_L3_MS_v4280a/RR/ ||Test Purpose : To test that when the MS is ordered to make a non-synchronis|| ed handover it continuously sends || access bursts on the main DCCH until it receives a PHYSICAL I|| NFORMATION message from the SS. To test that the MS correctly|| handles the values of any Starting Time IE in the HANDOVER CO|| MMAND message and the Timing Advance IE in the PHYSICAL INFOR|| MATION message. To test || that the MS activates the new channel correctly. ||Defaults :OtherEventsFail_01 ||Comments : |+----+-------+-------+--------------------------+--------------+--------+----------+| Nr | Label | Behaviour | Cref |Verdict | Comments |+----+-------+----------------------------------+--------------+--------+----------+| 1 | |START T_guard(300) | | | || 2 | | (TCV_asscmd_ts := TSPX_TmSltA, | | | || | | TCV_Pwrlvl_ho:= INT_TO_BIT( TSPX_| | | || | | PwrlvlA, 5)) | | | || 3 | | +BasicServiceMT( TSPX_MTBscSvcI,| | | || | | TSPX_MTChRateI) | | | || 4 | | +IdleUpdated( C_E_default, C_Ce| | | || | | llA, C_SCH_A, C_BCCH_A_1, C_Imm| | | || | | ass, C_S0, C_SlotNU, C_SlotNU, | | | || | | C_SlotNU, C_BCC, C_TxInt_5, C_M| | | || | | ax_7, C_NECI_0, C_ATT_0, Timing| | | || | | Adv( 20), C_BABR_0, C_cch_1Comb| | | || | | , C_BPM_3, C_T3212_0, C_ci_cel| | | || | | lA, C_MCC_1, C_PLMN_1, C_LAC_1,| | | || | | CellOpt_01, CellChDes_20_Aman, | | | || | | CellChDes_201_Ad, C_CellReselec| | | || | | tHys12, C_MaxPwrLvlG, C_MaxPwrL| | | || | | vlD, BcchFreqLst_01, BcchFreqLs| | | || | | t_Omit, BcchFreqLst_48, BcchFre| | | || | | qLst_Omit, C_noRestablishment, | | | || | | C_BCC, C_NCC, C_Start_Tmsi, TSP| | | || | | X_SDCCH4SubDef, TSPX_CKSNDef, T| | | || | | SPX_RANDDef, C_arfcnA, C_arfcnA| | | || | | d_4, TSPX_IMSI, C_Test_fh, C_NC| | | || | | CP_2) | | | || 5 | | +StartCellB_ho( C_E_neighbourd| | | frame num|| | | efault, C_BCCHcarrierB_ho, C_B| | |ber in cel|| | | CCHcarrierB_hod, C_Immass, TCV| | |l B is 100|| | | _slot, TCV_tsc, TimingAdv( 20)| | |in advance|| | | , C_TxInt_5, C_Max_7, C_NECI_0| | |of frame n|| | | , C_ATT_0, C_BABR_0, C_cch_1Co| | |umber in c|| | | mb, C_BPM_3, C_T3212_0, C_MCC_| | |ell A. || | | 1, C_PLMN_1, C_LAC_1, CellChDe| | | || | | s_20_Bman, CellChDes_201_Bd, B| | | || | | cchFreqLst_01, BcchFreqLst_48,| | | || | | C_noRestablishment, C_BCC, C_N| | | || | | CC, TSPX_k, 100) | | | || 6 | | +FullRateCh_A_1( C_Ass, TCV_a| | | || | | sscmd_ts, TCV_tscTSPX_TscDef, TCV_C| | | || | | hMod, FreqTCH_omit, FreqTCH_o| | | || | | mit, TSPX_TCHcarrierA_ho, TSP| | | || | | X_TCHcarrierA_hod, TimingAdv(| | | || | | 20), C_BABR_0, C_cch_1Comb, C| | | || | | _BPM_3) | | | || 7 | | +Est_MT_CallNonFH( TimingAdv| | | 0. || | | ( 20), C_Full, TSPX_TCHHSubD| | | || | | ef, TSPX_RANDDef) | | | || 8 | | (TCV_M := 1, TCV_ch := TCV_| | | || | | chTch) | | | |


Change to TC_26_6_5_8 line 3.

+----------------------------------------------------------------------------------+| Test Case Dynamic Behaviour |+--------------------+-------------------------------------------------------------+|Test Case Name :TC_26_6_5_8 ||Group :GSM_L3_MS_v4280a/RR/ ||Test Purpose : To verify the function of timer T3124 and the contents in th|| e message HANDOVER FAILURE ||Defaults :OtherEventsFail_01 ||Comments : |+----+-------+-------+--------------------------+--------------+--------+----------+| Nr | Label | Behaviour | Cref |Verdict | Comments |+----+-------+----------------------------------+--------------+--------+----------+| 1 | |START T_guard(300) | | | || 2 | | +BasicServiceMT( TSPX_MTBscSvcE, | | | || | | TSPX_MTChRateE) | | | || 3 | | (TCV_Pwrlvl_ho:= INT_TO_BIT(C_Ms| | |HO cmd use|| | | PwrLvl_8TSPX_PwrLvlA, 5)) | | |s power le|| | | | | |vel 8 |

New constant declaration:

+----------------------------------------------------------------------------------+| Test Suite Constant Declarations |+--------------------+--------------------+----------------+-----------------------+| Constant Name | Type | Value | Comments |+--------------------+--------------------+----------------+-----------------------+

|C_MsPwrLvl_8 |INTEGER |8 |MS Tx power level 8 |










Subject: 11.10-3 TC_20_6. Alignment with 11.10-1

Work item: TEI



Release 00

Reason forchange:


Following the change to 11.10-1 clause 20.6.5, Test Requirement 1 (ETSI TDOC 7-00-119), I would like to propose a change to the TTCN to align TC_20_6 with 11.10-1.

Test requirement 1 states that:

1) In step c), the MS shall transmit 2 RA requests on carrier 1 followed by 2 RA requests oncarrier 2. Subsequent RA requests on either carrier shall not occur within 4,5 s of thesecond RA request on that carrier .

Currently, the test only checks that subsequent RA requests do not occur on Cell Awithin 4.5 seconds. I propose to modify the test to check also that subsequent RArequests do not occur on Cell B within 4.5 seconds, and to fail the test if the mobiledoes send a request.

Clauses affected: TC_20_6



Othercomments:

Change affects GSM_MS_CS_4280 ATS


The expected event log is illustrated below.

1) RA on A

2) RA on A

3) RA on B

4) RA on B

5) RA on A (fail if time since event 2 is less than 4.5 seconds)

6) RA on A

7) RA on B (fail if time since event 4 is less than 4.5 seconds)

8) RA on B

no further RA restrictions.

The TTCN changes are shown below.

+----------------------------------------------------------------------------------+| Test Case Dynamic Behaviour |+--------------------+-------------------------------------------------------------+|Test Case Name :TC_20_6 ||Group :GSM_MS_CS_4280a_a/CellSelection/ ||Test Purpose :1. At least every 5 s the MS shall calculate the value of C1 || and C2 for the serving cell and recalculate C1 and C2 values || for non serving cells (if necessary). The MS shall then check|| whether: || 1.1 The calculated value of C2 for a non serving suitable cel|| l exceeds the value of C2 for the serving cell for a period o|| f 5 seconds. || 1.2 Cell reselection shall not take place if there was a cell|| reselection within the previous 15 seconds. || 1.3 Cell reselection for any other reason shall take place im|| mediately, but the cell that the MS was camped on shall not b|| e returned to within 5 seconds if another suitable cell can b|| e found. ||Defaults :OtherEventsFail ||Comments : |+----+-------+-------+--------------------------+--------------+--------+----------+| Nr | Label | Behaviour | Cref |Verdict | Comments |+----+-------+----------------------------------+--------------+--------+----------+

| | |ltree_ChRq1_and_2 | | | || 59 | |(TCV_Cnt := 0) | | |Step c || 60 |Label8 | (TCV_Cnt := TCV_Cnt) | | | dummy lin|| | | | | |e to allow|| | | | | |label || 61 |CS_0028| ?TIMEOUT T_dly | | F | || 62 |CS_0029| L?DL_RacInChRq |ChReq_01(C_RAC| F | || | | |H_B_1, ChReque| | || | | |st_01) | | || 63 | | L?DL_RacInChRq (TCV_Cnt := TCV_C|ChReq_01(C_RAC| | || | | nt + 1) |H_A_1, ChReque| | || | | |st_02) | | || 64 | | [TCV_Cnt = 1] | | |Rxed 2 RAC|| | | | | |Hs on cell|| | | | | |A? || 65 | | ->Label8 | | | || 66 | | [TCV_Cnt <> 1] | | | || 67 | | START T_dly1(4500) | | |No RAs on || | | | | |A for 4.5s|| 68 | | (TCV_Cnt := 0) | | | || 69 |Label9 | (TCV_Cnt := TCV_Cnt) | | | dummy lin|| | | | | |e to allow|| | | | | |label || 70 |CS_0030| ?TIMEOUT T_dly | | F |Must RACH || | | | | |on B befor|| | | | | |e timeout.|| 71 | | ?TIMEOUT T_dly1 | | | || 72 | | ->Label9 | | | || 73 | | L?DL_RacInChRq READTIMER T_|ChReq_01(C_RAC| | || | | dly1(TCV_Time) |H_A_1, ChReque| | || | | |st_02) | | || 74 |CS_0031| [TCV_Time <> 0] | | F | || 75 | | [TCV_Time = 0] | | | || 76 | | ->Label9 | | | || 71 |CS_0031| L?DL_RacInChRq |ChReq_01(C_RAC| F | || | | |H_A_1, ChReque| | || | | |st_02) | | || 72 | | L?DL_RacInChRq (TCV_Cnt := |ChReq_01(C_RAC| | || | | TCV_Cnt + 1) |H_B_1, ChReque| | |


| | | |st_02) | | || 73 | | [TCV_Cnt = 1] | | |Rxed 2 RAC|| | | | | |Hs on cell|| | | | | |B? || 74 | | ->Label9 | | |No || 75 | | [TCV_Cnt <> 1] | | |Yes || 76 | | START T_dly2(4500) | | |No RAs on || | | | | |B for 4.5s|| 77 |Label10| L?DL_RacInChRq READTIMER|ChReq_01(C_RAC| |Note 1 || | | T_dly1(TCV_Time) |H_A_1, ChReque| | || | | |st_01) | | || 78 |CS_0032| [TCV_Time <> 0] | | F |too soon o|| | | | | |n A || 79 | | [TCV_Time = 0] | | | || 80 | | ->Label10 | | | || 81 | | L?DL_RacInChRq READTIMER|ChReq_01(C_RAC| | || | | T_dly2(TCV_Time) |H_B_1, ChReque| | || | | |st_01) | | || 82 |CS_0153| [TCV_Time <> 0] | | F |too soon o|| | | | | |n B || 83 | | [TCV_Time = 0] | | | || 84 | | ->Label10 | | | || 85 | | ?TIMEOUT T_dly1 | | | || 86 | | ->Label10 | | | || 87 | | ?TIMEOUT T_dly2 | | | || 88 | | ->Label10 | | | || 89 | | ?TIMEOUT T_dly | | |Exit routi|| | | | | |ne || 90 | | CANCEL T_dly1 | | | || 91 | | CANCEL T_dly2 | | | |










Subject: 11.10-3 BasicServiceMO, CallCfmGen. Alignment with 11.10-1 - Autobauding Modem

Work item: TEI

Category: F Correction Release: Phase 2 XA Corresponds to a correction in an earlier release Release 96

(only one category B Addition of feature X Release 97shall be marked C Functional modification of feature Release 98with an X) D Editorial modification Release 99

Release 00

Reason forchange:

This change was initiated with Anite mail 1517 and confirmed with ETSI mail L00014.

Following the introduction of Modem type Autobauding Type 1 into 11.10-1 clause11.8.2 (Tdoc 7-00-116), I would like to propose a change to 11.10-3, test stepsBasicServiceMO, BS2xMO, BS61or81MO and CallCfmGen to create constraints thatwill accept an Autobauding modem in the appropriate circumstances. The changes aredetailed below. The circumstances in which Autobauding Type 1 is a valid modem typeare, in summary: the Bearer Capability Information Element of a Mobile generatedSETUP and CALL CONFIRMED message for a 3.1kHz audio, asynchronous, non-transparent data call.

The main changes are:

• Structured type definition MODEMTYPE- element V22bisOrV26ter renamed to'v_abt1' (type B_5), and constraints modified accordingly.

• New structured type constraints of type MODEMTYPE created - V21OrAbt1,V22OrAbt1, V23OrAbt1, V22bisOrV26terOrAbt1, V32OrAbt1. These contain valuelists of the modem types as indicated by their names.

• BasicServiceMO modified to generate a modem constraint that includesAutobauding Type 1 where relevant (as indicated in 11.10-1 clause 11.8)

• BS2xMO and BS61or81MO modified to generate a SETUP message constraintthat contains the appropriate modem type value lists.

• CallCfmGen modified to use the new element name 'v_abt1' for variables of typeMODEMTYPE, and to accept the Autobauding modem type in the appropriateplaces.

Clauses affected: BasicServiceMO, BS2xMO, BS61or81MO and CallCfmGen




Othercomments:

Changes affect ATSs GSM_L3_MS_V4280, GSM_MS_CS_4280, GSM_MS_DB_4280


Test Case Variable DeclarationsVariable Name Type Value Comments

TCV_uil1p B_2 to hold user information layer 1

protocol

TCV_modemt B_5 To hold modem type

TCV_MODEM MODEMTYPE

Structured Type DefinitionType Name: MODEMTYPE

Comments:

Element Name Type Definition Comments

V22bisOrV26ter v_abt1 B_5

Detailed Comments:

Structured Type ConstraintConstraint Name: V21OrAbt1

Structured Type: MODEMTYPE

Derivation Path:Comments:

Element Name Element Value Comments

v_abt1 ('00001'B, '01000'B)

Detailed Comments:





v_abt1 ('00010'B, '01000'B)

Detailed Comments:





v_abt1 ('00100'B, '01000'B)

Detailed Comments:


Structured Type ConstraintConstraint Name: V22bisOrV26ter




V22bisOrV26ter v_abt1 ('00011'B, '00101'B)

Detailed Comments:

Structured Type ConstraintConstraint Name: V22bisOrV26terOrAbt1




v_abt1 ('00011'B, '00101'B, ‘01000’B)

Detailed Comments:





v_abt1 ('00110'B, '01000'B)

Detailed Comments:

In the modified test steps detailed below, the Test Suite Operation OC_ModifyBcap has been removed, as itno longer serves a useful purpose. It was originally created to allow value lists to be passed into a BCAPconstraint for specific Modem Type and Connection Element value lists. However, value lists can now bepassed into a constraint as a parmeter (cf. ISO/IEC 9646-3 1997E section 12.3 and paragraphs565,570,700), therefore the TTCN has been modified to reflect this.


Test Step Dynamic BehaviourTest Step Name: BasicServiceMO(svc:SERVICES; rate:RATE)

Group: GSM_MS_DB_4280/Preambles/

Objective: To generate a Bcap, an MO SETUP message and an appropriate channel mode based on the

service and rate, as well as on several IXIT parameters, itc, ce, ur, synchronous bit for an MO

call.

Default: OtherEvents

Comments: Used for CC tests


1 +local_init Default values

2 [TCV_Service = C_EmgCall]

3 [(NOT TSPC_EFR_Speech_v2) AND(NOTTSPC_EFR_Speech_v3)]

4 (TCV_ChMod.mode := C_ChMod_r,TCV_Esetup :=Setup_04(Bcap_Speech_MO(TCV_Rchr)),TCV_Ecall := C_Yes)

Emergency Call - Non

EFR Mobile

5 [TSPC_EFR_Speech_v2 ORTSPC_EFR_Speech_v3]

6 (TCV_ChMod.mode := C_ChMod_r,TCV_Esetup :=Setup_04(Bcap_Speech_Efr_MO(TCV_Rchr)),TCV_Ecall := C_Yes)

Emergency Call - EFR

Mobile

7 [TCV_Service = C_Telephony]


9 (TCV_ChMod.mode := C_ChMod_r,TCV_Setup_mo :=Setup_02(Bcap_Speech_MO(TCV_Rchr)))

Speech - Non EFR

Mobile


11 (TCV_ChMod.mode := C_ChMod_r,TCV_Setup_mo :=Setup_02(Bcap_Speech_Efr_MO(TCV_Rchr)))

Speech - EFR Mobile

12 [TCV_Service = C_AltSpchFax]

13 [rate = C_Full]

14 +TS61MO( C_AltSpchFax) Speech/fax

15 L_093

4

[rate <> C_Full] I IXIT error

16 [TCV_Service = C_AutoFax]

17 [rate = C_Full]

18 +TS62MO( C_AutoFax) Auto fax

19 L_093

5


20 [TCV_Service = C_Async300]

21 +BS2xMO( C_Async300, TSPX_BS_21_sacp,TSPX_BS_21_T_NT, TSPX_BS_21_itc1,C_300bs, C_modemt_V21 TCV_MODEM.v_abt1,TSPX_BS_21_ce)

BS21


23 +BS2xMO( C_Async1200, TSPX_BS_22_sacp,TSPX_BS_22_T_NT, TSPX_BS_22_itc1,C_1200bs, C_modemt_V22TCV_MODEM.v_abt1, TSPX_BS_22_ce)

BS22


25 +BS2xMO( C_Async120075, TSPX_BS_23_sacp,TSPX_BS_23_T_NT, TSPX_BS_23_itc,C_120075bs, C_modemt_V23TCV_MODEM.v_abt1, TSPX_BS_23_ce)

BS23


27 (TCV_bcapListIndicator := C_modemList_ce)

2827 +BS2xMO( C_Async2400, TSPX_BS_24_sacp,TSPX_BS_24_T_NT, TSPX_BS_24_itc1,

BS24


C_2400bs, TCV_MODEM.V22bisOrV26terv_abt1, TSPX_BS_24_ce)



BS25



BS26

3332 [TCV_Service = C_Sync1200]

3433 +BS3xMO( C_Sync1200, FALSE,TSPX_BS_31_itc1, TSPX_BS_31_sacp1,C_1200bs, C_transparent, C_modemt_V22TCV_MODEM.v_abt1)

BS31



3735 +BS3xMO( C_Sync2400,TSPX_BS_32_X32_T_NT, TSPX_BS_32_itc1,TSPX_BS_32_sacp1, C_2400bs,TSPX_BS_32_X32_ce,TCV_MODEM.V22bisOrV26terV_abt1)

BS32


3937 +BS3xMO( C_Sync4800,TSPX_BS_33_X32_T_NT, TSPX_BS_33_itc1,TSPX_BS_33_sacp1, C_4800bs,TSPX_BS_33_X32_ce, C_modemt_V32TCV_MODEM.v_abt1)

BS33


4139 +BS3xMO( C_Sync9600,TSPX_BS_34_X32_T_NT, TSPX_BS_34_itc1,TSPX_BS_34_sacp1, C_9600bs,TSPX_BS_34_X32_ce, C_modemt_V32TCV_MODEM.v_abt1)

BS34

4240 [TCV_Service = C_PAD300]

4341 +BS4xMO( C_PAD300, C_300bs,TSPX_BS_41_ce, TSPX_BS_41_T_NT)

BS41



BS42



BS43



BS44



BS45



BS46

5452 [TCV_Service = C_Packet2400]

5553 +BS5xMO( C_Packet2400, C_2400bs) BS51





6058 [TCV_Service = C_AltSpchData]

6159 +BS61or81MO( C_AltSpchData,TSPX_BS_61_A, TSPX_BS_61_A_ur1_T_NT,TSPX_BS_61_A_ur1, TSPX_BS_61_A_ur1_ce,TSPX_BS_61_S, TSPX_BS_61_S_ur1,C_RI_alternate)

BS61


6260 [TCV_Service = C_SpchData]

6361 +BS61or81MO( C_SpchData, TSPX_BS_81_A,TSPX_BS_81_A_ur1_T_NT,TSPX_BS_81_A_ur1, TSPX_BS_81_A_ur1_ce,TSPX_BS_81_S, TSPX_BS_81_S_ur1,C_RI_follow)

BS81

6462 L_093

6

[C_Yes] I IXIT error

local_init

6563 (TCV_Service := svc, TCV_Rchr := C_Rchr_Full,TCV_Ecall := C_No, TCV_ChRate :=rate,TCV_ChMod.iei := '01100011'B, TCV_ChMod.mode:= C_ChMod_12k, TCV_ChModb.iei := '01100011'B,TCV_ChModb.mode := C_ChMod_12k,TCV_MODEM := V22bisOrV26ter,TCV_bcapListIndicator := C_modemt_ce)

64 +LocalGenerateModemType

6665 [TSPC_DualRate AND((TSPC_HalfRateDataAND(TCV_Service<>C_EmgCall)AND(TCV_Service<>C_Telephony)) OR(TSPC_HalfRateSpeech AND(TCV_Service=C_EmgCall) OR(TCV_Service=C_Telephony)))]

6766 (TCV_Rchr := C_Rchr_DualForDualH)

6867 [C_Yes]

LocalGenerateModemType

68 [TCV_Service = C_Async300] BS21

69 [TSPX_BS_21_ce = c_transparent]

70 (TCV_MODEM.v_abt1 := C_modemt_V21)

71 [(TSPX_BS_21_ce = C_notransparent) OR(TSPX_BS_21_ce = C_BothT) OR TSPX_BS_21_ce = C_BothNT)]

72 (TCV_MODEM := V21OrAbt1)




76 [(TSPX_BS_22_ce = C_notransparent) OR(TSPX_BS_22_ce = C_BothT) ORTSPX_BS_22_ce = C_BothNT)]









85 (TCV_MODEM := V22bisOrV26ter)


87 (TCV_MODEM := V22bisOrV26terOrOrAbt1)












98 [TCV_Service = C_Sync1200] BS31








106 [C_Yes] No modem type

Detailed Comments: This test step is called in the preamble of test cases where an MO call is established in the

test body.

Modifications due to SMG7 Tdoc 7-00-144.


Test Step Dynamic BehaviourTest Step Name: BS2xMO( srv:SERVICES; sacp: B_3; both:BOOLEAN; itc1:B_3; ur:B_4; modem:B_5; ce:B_2)


Objective: To generate an MO SETUP message with appropriate Bcap and LLC for BS2x service.


Comments:


1 (TCV_srv := srv, TCV_ur := ur, TCV_CE :=C_BothTce, TCV_ir := C_ir_16kbs)

2 +local_pixitvaluechk validate IXIT values

3 +local_selectCe select a connection

element

4 +local_bcap generate BC

5 +local_setupmsg generate SETUP

6 +Chmod(TCV_ChRate, TCV_ce, ur, srv) initiate channel mode

variables

7 (TCV_Null :=OO_IFsetup_BS2xorBS3x_MO(TCV_srv,itc1, sacp, TCV_ce, TCV_ChRate))

ask test operator to

configure the MS

local_bcap

8 [NOT both]

9 [TCV_ce = C_notransparent]

10 [itc1 = C_UDI]

11 +local_BS2x_UDI_NT(C_notransparent, sacp)

12 [itc1 = C_3100Hz]

13 +local_BS2x_3100_NT(C_notransparent, sacp)

14 [TCV_ce = C_transparent] CE:T only MS

15 [itc1 = C_UDI]

16 +local_BS2x_UDI_T(sacp)

17 [itc1 = C_3100Hz]

18 +local_BS2x_3100_T(sacp)

19 [both]

20 [TCV_ce = C_transparent]

21 (TCV_bcapListIndicator := TCV_bcapListIndicator+ 1)

2221 [itc1 = C_UDI]

2322 +local_BS2x_UDI_Tboth(TCV_CE,sacp)

2423 [itc1 = C_3100Hz] 3.1kHz

2524 +local_BS2x_3100_Tboth(TCV_CE, sacp)

2625 [(TCV_ce = C_notransparent)]


2826 [itc1 = C_UDI]

2927 +local_BS2x_UDI_NT(TCV_CE,sacp)

3028 [itc1 = C_3100Hz] 3.1kHz

3129 +local_BS2x_3100_NT(TCV_CE, sacp)

local_BS2x_3100_NT(cel: B_2; sacp:B_3)

3230 (TCV_BcapMO1 :=OC_ModifyBcap(BcapX_MO(TCV_Rchr, C_3100Hz,C_SDUintegrity, C_nirr_dontcare,C_no_rate_adaption, sacp, C_Asynchronous,C_stopbit_dontcare, C_databit_dontcare, ur,C_ir_16kbs, C_parity_dontcare, cel, modem,C_uil2p_dontcare), TCV_bcapListIndicator))

11.8.2.1.1.2


local_BS2x_UDI_NT(cel: B_2; sacp:B_3)

3331 (TCV_BcapMO1 :=OC_ModifyBcap(BcapX_MO(TCV_Rchr, C_UDI,C_SDUintegrity, C_nirr_dontcare,C_rate_adaption_V110, sacp, C_Asynchronous,C_stopbit_dontcare, C_databit_dontcare, ur,C_ir_16kbs, C_parity_dontcare, cel,C_modemt_none, C_uil2p_dontcare),TCV_bcapListIndicator))

11.8.2.1.1.4

local_BS2x_3100_T(sacp:B_3)

3432 [ur = C_9600bs]

3533 (TCV_BcapMO1 := Bcap_MO(TCV_Rchr,C_3100Hz, C_Unstructured, C_nirr_nomeaning,C_no_rate_adaption, sacp, C_Asynchronous,C_stopbit_dontcare, C_databit_dontcare, ur,C_ir_16kbs, C_parity_dontcare, C_transparent,modem))

11.8.2.1.1.1

3634 [( ur = C_300bs) OR (ur = C_1200bs) OR (ur =C_120075bs) OR (ur = C_2400bs) OR (ur =C_4800bs)]

3735 (TCV_BcapMO1 := Bcap_MO(TCV_Rchr,C_3100Hz, C_Unstructured, C_nirr_nomeaning,C_no_rate_adaption, sacp, C_Asynchronous,C_stopbit_dontcare, C_databit_dontcare, ur,C_ir_8kbs, C_parity_dontcare, C_transparent,modem), TCV_ir := C_ir_8kbs)

11.8.2.1.1.1

local_BS2x_UDI_T(sacp:B_3)

3836 [ur = C_9600bs]

3937 (TCV_BcapMO1 := Bcap_MO(TCV_Rchr, C_UDI,C_Unstructured, C_nirr_nomeaning,C_rate_adaption_V110, sacp, C_Asynchronous,C_stopbit_dontcare, C_databit_dontcare, ur,C_ir_16kbs, C_parity_dontcare, C_transparent,C_modemt_none))

11.8.2.1.1.3

4038 [( ur = C_300bs) OR (ur = C_1200bs) OR (ur =C_120075bs) OR (ur = C_2400bs) OR (ur =C_4800bs)]

4139 (TCV_BcapMO1 := Bcap_MO(TCV_Rchr, C_UDI,C_Unstructured, C_nirr_nomeaning,C_rate_adaption_V110, sacp, C_Asynchronous,C_stopbit_dontcare, C_databit_dontcare, ur,C_ir_8kbs, C_parity_dontcare, C_transparent,C_modemt_none), TCV_ir := C_ir_8kbs)

11.8.2.1.1.3

local_BS2x_3100_Tboth(cel: B_2; sacp:B_3)

4240 [ur <> C_9600bs]

4341 (TCV_BcapMO1 :=OC_ModifyBcap(BcapX_MO(TCV_Rchr,C_3100Hz, C_struc_dontchk, C_nirr_dontcare,C_no_rate_adaption, sacp, C_Asynchronous,C_stopbit_dontcare, C_databit_dontcare, ur,C_ir_8or16kbs, C_parity_dontcare, cel, modem,C_uil2p_dontcare), TCV_bcapListIndicator))

11.8.2.1.1.1 conbinrd

with 11.8.2.1.1.2 , CE

and structure without

exact match

4442 [ur = C_9600bs]

4543 (TCV_BcapMO1 :=OC_ModifyBcap(BcapX_MO(TCV_Rchr,C_3100Hz, C_struc_dontchk, C_nirr_nomeaning,C_no_rate_adaption, sacp, C_Asynchronous,C_stopbit_dontcare, C_databit_dontcare, ur,C_ir_8or16kbs, C_parity_dontcare, cel, modem,C_uil2p_dontcare), TCV_bcapListIndicator))

11.8.2.1.1.1 conbinrd

with 11.8.2.1.1.2 , CE

and structure without

exact match

local_BS2x_UDI_Tboth(cel: B_2; sacp:B_3)

4644 [ur = C_9600bs]

4745 (TCV_BcapMO1 :=OC_ModifyBcap(BcapX_MO(TCV_Rchr, C_UDI,

11.8.2.1.1.3 conbined


C_struc_dontchk, C_nirr_nomeaning,C_rate_adaption_V110, sacp, C_Asynchronous,C_stopbit_dontcare, C_databit_dontcare, ur,C_ir_8or16kbs, C_parity_dontcare, cel,C_modemt_none, C_uil2p_dontcare),TCV_bcapListIndicator))

with 11.8.2.1.1.4, CE and

structure without exact

match

4846 [ur <> C_9600bs]

4947 (TCV_BcapMO1 :=OC_ModifyBcap(BcapX_MO(TCV_Rchr, C_UDI,C_struc_dontchk, C_nirr_dontcare,C_rate_adaption_V110, sacp, C_Asynchronous,C_stopbit_dontcare, C_databit_dontcare, ur,C_ir_8or16kbs, C_parity_dontcare, cel,C_modemt_none, C_uil2p_dontcare),TCV_bcapListIndicator))

11.8.2.1.1.3 conbined

with 11.8.2.1.1.4, CE and

structure without exact

match

local_setupmsg

5048 [itc1 = C_UDI]

5149 (TCV_Setup_mo := Setup_10_UDI(TCV_BcapMO1, Llcmp_BS2xOrBS4x_UDI,Hlcmp_AnyOrOmit))

5250 [itc1 = C_3100Hz]

5351 (TCV_Setup_mo := Setup_10_3100(TCV_BcapMO1,Llcmp_BS2xOrBS61aOrBS81a_3100,Hlcmp_AnyOrOmit))

local_selectCe

5452 [both]

5553 [(ur = C_300bs) OR (ur = C_120075bs) OR ( ur =C_4800bs)]

5654 (TCV_ce := C_notransparent)

5755 [(ur = C_1200bs) OR (ur = C_2400bs) OR ( ur =C_9600bs)]

5856 (TCV_ce := C_transparent)

5957 [NOT both]

6058 (TCV_ce := ce)

local_pixitvaluechk

6159 L_093

9

[(ce <> C_transparent) AND( ce <> C_notransparent)AND(NOT both)]

I IXIT error

6260 L_094

0

[(itc1 <> C_UDI) AND(itc1 <> C_3100Hz)] I IXIT error

6361 L_094

1

[(sacp <> C_I440_450) AND(sacp <> C_X28_nond)] I IXIT error

6462 [C_Yes] IXIT values OK

Detailed Comments: The BS2x Bearer Capabilities and SETUP messages for MO is constructed according to

section 11.8.2.1.1.1, section 11.8.2.1.1.2, section 11.8.2.1.1.3 and section 11.8.2.1.1.4 of

GSM 11.10 and section B.1.2.1, section B.1.2.2, section B.1.2.1 and section B.2.2.2 of GSM

07.01.

The algorithm for selecting parameters:

IF (TSPX_BS_2x_T_NT)

TCV_ce := C_notransparent

ELSE

TCV_ce := TSPX_BS_2x_ce

use (TCV_ce, TSPX_BS_2x_itc1, TSPX_BS_2x_sacp1, svc) for

OO_IFsetup_BS2xorBS3x_MO


Test Step Dynamic BehaviourTest Step Name: BS61or81MO( srv:SERVICES; async, both: BOOLEAN; a_ur1: B_4; ce:B_2; sync:BOOLEAN; s_ur1:

B_4; ri:B_8)Group: GSM_MS_DB_4280/Preambles/

Objective: To get a MO SETUP message with right BC IE and LLC for BS61 or BS81 service.


Comments:


1 (TCV_srv := srv, TCV_CE := C_BothT, TCV_ir :=C_ir_8kbs, TCV_MODEM := V22bisOrV26ter)

2 +local_pixitvaluechk 1.

3 +local_selectSaAndCe 2.

4 +local_bcap generate BC

5 +local_setupmsg generate SETUP

6 +Chmod(TCV_ChRate, TCV_ce, TCV_ur,srv)

7 (TCV_Null :=OO_IFsetup_BS61orBS81_MO(TCV_srv,TCV_ur, TCV_sa, TCV_ce,TCV_ChRate))

Local_bcap

8 [TCV_sa = C_Synchronous]

9 [TCV_ur = C_1200bs]


1011 +local_BS61or81_S_T( C_ir_8kbs, C_1200bs,C_modemt_V22 TCV_MODEM.v_abt1)

1112 [TCV_ur = C_2400bs]

1213 (TCV_bcapListIndicator := C_modemList_ce)(TCV_MODEM := V22bisOrV26ter)

1314 +local_BS61or81_S_T( C_ir_8kbs, C_2400bs,TCV_MODEM.V22bisOrV26terTCV_MODEM.v_abt1)

1415 [TCV_ur = C_4800bs]


1517 +local_BS61or81_S_T( C_ir_8kbs, C_4800bs,C_modemt_V32TCV_MODEM.v_abt1)

1618 [TCV_ur = C_9600bs]


1720 +local_BS61or81_S_T( C_ir_16kbs, C_9600bs,C_modemt_V32 TCV_MODEM.v_abt1)

1821 (TCV_ir := C_ir_16kbs)

1922 [TCV_sa = C_Asynchronous]

2023 [(TCV_ce = C_transparent) AND(NOT both)] CE:T only MS

2124 +local_BS61or81_A_T(TCV_ur)

2225 [(TCV_ce = C_notransparent) AND(NOT both)] CE:NT only MS

2326 +local_BS61or81_A_NT(TCV_ur,C_notransparent, C_SDUintegrity,C_nirr_dontcare, C_ir_16kbs)

2427 [(TCV_ce = C_notransparent) AND both]


2628 +local_BS61or81_A_NT(TCV_ur, TCV_CE,C_SDUintegrity, C_nirr_dontcare, C_ir_16kbs)

2729 [(TCV_ce = C_transparent) AND both]


2930 +local_BS61or81_A_NT( TCV_ur, TCV_CE,C_struc_dontchk, C_nirr_dontcare,C_ir_8or16kbs)


local_BS61or81_A_T(ur:B_4)

3031 [ur = C_300bs]


3133 (TCV_BcapMO1 := Bcap_MO( TCV_Rchr,C_3100Hz, C_Unstructured, C_nirr_nomeaning,C_no_rate_adaption, C_I440_450,C_Asynchronous, C_stopbit_dontcare,C_databit_dontcare, ur, C_ir_8kbs,C_parity_dontcare, C_transparent,C_modemt_V21 TCV_MODEM.v_abt1),TCV_modemt := C_modemt_V21)

11.8.2.5.1

3234 [ur = C_1200bs]



11.8.2.5.1

3437 [ur = C_120075bs]



11.8.2.5.1

3640 [ur = C_2400bs]


3742 (TCV_bcapListIndicator := C_modemList_ce,TCV_BcapMO1 := OC_ModifyBcap(Bcap_MO(TCV_Rchr, C_3100Hz, C_Unstructured,C_nirr_nomeaning, C_no_rate_adaption,C_I440_450, C_Asynchronous,C_stopbit_dontcare, C_databit_dontcare, ur,C_ir_8kbs, C_parity_dontcare, C_transparent,TCV_MODEM.V22bisOrV26terv_abt1),TCV_bcapListIndicator), TCV_modemt :=TCV_MODEM.V22bisOrV26ter)

11.8.2.5.1

3843 [ur = C_4800bs]



11.8.2.5.1

4046 [ur = C_9600bs]



11.8.2.5.1


local_BS61or81_A_NT(ur:B_4; ce:B_2; struc:B_2;nirr :B_1; ir:B_2)



4451 [ur = C_300bs]


4553 (TCV_BcapMO1 :=OC_ModifyBcap(BcapX_MO(TCV_Rchr,C_3100Hz, struc, nirr, C_no_rate_adaption,C_I440_450, C_Asynchronous,C_stopbit_dontcare, C_databit_dontcare, ur, ir,C_parity_dontcare, ce, C_modemt_V21TCV_MODEM.v_abt1,C_uil2p_dontcare), TCV_bcapListIndicator),TCV_modemt := C_modemt_V21)

11.8.2.5.2

4654 [ur = C_1200bs]


4756 (TCV_BcapMO1 :=OC_ModifyBcap(BcapX_MO(TCV_Rchr,C_3100Hz, struc, nirr, C_no_rate_adaption,C_I440_450, C_Asynchronous,C_stopbit_dontcare, C_databit_dontcare, ur, ir,C_parity_dontcare, ce, C_modemt_V22TCV_MODEM.v_abt1, C_uil2p_dontcare),TCV_bcapListIndicator), TCV_modemt :=C_modemt_V22)

11.8.2.5.2

4857 [ur = C_120075bs]



11.8.2.5.2

5060 [ur = C_2400bs]

51 +local_BumpListIndicator

61 (TCV_MODEM := V22bisOrV26terOrAbt1)

5262 (TCV_BcapMO1 :=OC_ModifyBcap(BcapX_MO(TCV_Rchr,C_3100Hz, struc, nirr, C_no_rate_adaption,C_I440_450, C_Asynchronous,C_stopbit_dontcare, C_databit_dontcare, ur,ir, C_parity_dontcare, ce,TCV_MODEM.V22bisOrV26terv_abt1,C_uil2p_dontcare), TCV_bcapListIndicator),TCV_modemt :=TCV_MODEM.V22bisOrV26ter)

11.8.2.5.2

5363 [ur = C_4800bs]



11.8.2.5.2

5566 [ur = C_9600bs]


5668 (TCV_BcapMO1 :=OC_ModifyBcap(BcapX_MO(TCV_Rchr,C_3100Hz, struc, C_nirr_nomeaning,C_no_rate_adaption, C_I440_450,C_Asynchronous, C_stopbit_dontcare,C_databit_dontcare, ur, C_ir_16kbs,C_parity_dontcare, ce, C_modemt_V32TCV_MODEM.v_abt1, C_uil2p_dontcare),TCV_bcapListIndicator), TCV_modemt :=C_modemt_V32)

11.8.2.5.2


local_BumpListIndicator

57 [TCV_bcapListIndicator < C_modemList_ce]

58 (TCV_bcapListIndicator := TCV_bcapListIndicator +3)

59 [TCV_bcapListIndicator >= C_modemList_ce]

local_BS61or81_S_T( ir:B_2; ur: B_4;modemt:B_5)

6069 (TCV_BcapMO1 :=OC_ModifyBcap(Bcap_MO(TCV_Rchr, C_3100Hz,C_Unstructured, C_nirr_nomeaning,C_no_rate_adaption, C_I440_450, C_Synchronous,C_stopbit_NA, C_databit_NA, ur, ir, C_parity_NA,C_transparent, modemt), TCV_bcapListIndicator),TCV_modemt := modemt)

11.8.2.5.3

local_pixitvaluechk

6170 L_097

2

[(ce <> C_transparent) AND( ce <> C_notransparent)AND(NOT both) AND async]

I IXIT error

6271 L_097

3

[(a_ur1 <> C_300bs) AND(a_ur1 <> C_1200bs)AND(a_ur1 <> C_2400bs) AND(a_ur1 <> C_4800bs)AND(a_ur1 <> C_9600bs) AND(a_ur1 <>C_120075bs) AND async]

I IXIT error

6372 L_097

4

[(s_ur1 <> C_1200bs) AND(s_ur1 <> C_2400bs)AND(s_ur1 <> C_4800bs) AND(s_ur1 <> C_9600bs)AND sync]

I IXIT error


local_selectSaAndCe

6574 [async] 3.

6675 (TCV_sa := C_Asynchronous, TCV_ur := a_ur1)

6776 [both]

6877 [(a_ur1 = C_300bs) OR (a_ur1 = C_120075bs)OR ( a_ur1 = C_4800bs)]

6978 (TCV_ce := C_notransparent)

7079 [(a_ur1 = C_1200bs) OR (a_ur1 = C_2400bs)OR ( a_ur1 = C_9600bs)]

7180 (TCV_ce := C_transparent)

7281 [NOT both]

7382 (TCV_ce := ce)

7483 [sync]

7584 (TCV_sa := C_Synchronous, TCV_ce :=C_transparent, TCV_ur := s_ur1)

local_setupmsg

7685 [TCV_sa = C_Asynchronous]


7887 (TCV_Setup_mo := Setup_11_3100( ri,Bcap_Speech_MO(C_Rchr_dontcare),TCV_BcapMO1, Llcmp_NotApplicable,Llcmp_BS2xOrBS61aOrBS81a_3100, ri, ri,Hlcmp_NotApplicable, Hlcmp_AnyOrOmit))

Non EFR Mobile


8089 (TCV_Setup_mo := Setup_11_3100( ri,Bcap_Speech_Efr_MO(C_Rchr_dontcare),TCV_BcapMO1, Llcmp_NotApplicable,Llcmp_BS2xOrBS61aOrBS81a_3100, ri, ri,Hlcmp_NotApplicable, Hlcmp_AnyOrOmit))

EFR Mobile

8190 [TCV_sa = C_Synchronous]



8392 (TCV_Setup_mo := Setup_11_3100( ri,Bcap_Speech_MO(C_Rchr_dontcare),TCV_BcapMO1, Llcmp_NotApplicable,Llcmp_BS3xOrBS61sOrBS81s_3100, ri, ri,Hlcmp_NotApplicable, Hlcmp_AnyOrOmit))

Non EFR Mobile


8594 (TCV_Setup_mo := Setup_11_3100( ri,Bcap_Speech_Efr_MO(C_Rchr_dontcare),TCV_BcapMO1, Llcmp_NotApplicable,Llcmp_BS3xOrBS61sOrBS81s_3100, ri, ri,Hlcmp_NotApplicable, Hlcmp_AnyOrOmit))

EFR Mobile

Detailed Comments: 1. validate IXIT values

2. select sync or async mode and corresponding CE

3. If the MS supports both synchronous and asynchronous mode, selete the asynchronous

mode

4. The BS61 or BS81 Bearer Capabilities and SETUP messages for MO is constructed

according

to section 11.8.2.5.1, section 11.8.2.5.2 and section 11.8.2.5.3 of GSM 11.10 and section

B.1.6.1, section B.1.6.2.1, section B.1.6.2.2, section B.2.2.2 and section B.2.3.2 of GSM

07.01.

The algorithm for selecting parameters for BS61 basice service:

IF (TSPX_BS_61_A)

TCV_sa := C_Asynchronous

IF (TSPX_BS_61_A_ur1_T_NT)

TCV_ce := C_notransparent

ELSE

TCV_ce := TSPX_BS_61_A_ur1_ce

use (TCV_sa, TCV_ce, TSPX_BS_61_A_ur1, svc) for OO_IFsetup_BS61orBS81_MO

ELSE

TCV_sa := C_Synchronous

use (TCV_sa, C_transparent, TSPX_BS_61_S_ur1, svc) for

OO_IFsetup_BS61orBS81_MO

The algorithm for selecting parameters for BS61 basice service is the same as above

except using corresponding IXIT parameters.

Modifications due to SMG7 Tdoc 7-00-144


Test Step Dynamic BehaviourTest Step Name: CallCfmGen(svc:SERVICES; rate:RATE)


Objective: To generate a CALL COMFIRMED based on the service and rate, as well as on several IXIT

parameters, itc, ce, ur, synchronous bit for verifying received CALL COMFIRMED message.


Comments: Used only for TC_11_2


1 +local_init Default values

2 [TCV_Service = C_Telephony]


4 (TCV_BcapMO1 :=Bcap_Speech_MO(TCV_Rchr))

TS11 - Non EFR Mobile

5 +local_callcfm1


7 (TCV_BcapMO1 :=Bcap_Speech_Efr_MO(TCV_Rchr))

TS11 - EFR Mobile

8 +local_callcfm1

9 [TCV_Service = C_AltSpchFax]

10 [rate = C_Full]

11 +local_TS61( C_AltSpchFax) TS61

12 L_098

3


13 [TCV_Service = C_AutoFax]

14 [rate = C_Full]

15 +local_TS62( C_AutoFax) TS62

16 L_098

4



18 +local_BS2x( C_Async300, C_300bs,C_modemt_V21TCV_MODEM.v_abt1,TSPX_BS_21_ce)

BS21


20 +local_BS2x( C_Async1200, C_1200bs,C_modemt_V22 TCV_MODEM.v_abt1,TSPX_BS_22_ce)

BS22



BS23



2524 +local_BS2x( C_Async2400, C_2400bs,TCV_MODEM.V22bisOrV26terTCV_MODEM.v_abt1, TSPX_BS_24_ce)

BS24



BS25



BS26


3130 +local_BS3x( C_Sync1200, TSPX_BS_31_sacp1,C_1200bs, C_transparent, C_modemt_V22TCV_MODEM.v_abt1)

BS31




3432 +local_BS3x( C_Sync2400, TSPX_BS_32_sacp1,C_2400bs, TSPX_BS_32_X32_ce,TCV_MODEM.V22bisOrV26terTCV_MODEM.v_abt1)

BS32


3634 +local_BS3x( C_Sync4800, TSPX_BS_33_sacp1,C_4800bs, TSPX_BS_33_X32_ce,C_modemt_V32 TCV_MODEM.v_abt1)

BS33


3836 +local_BS3x( C_Sync9600, TSPX_BS_34_sacp1,C_9600bs, TSPX_BS_34_X32_ce,C_modemt_V32 TCV_MODEM.v_abt1)

BS34

3937 [TCV_Service = C_AltSpchData]

4038 +local_BS61or81( C_AltSpchData,TSPX_BS_61_A, TSPX_BS_61_A_ur1,TSPX_BS_61_A_ur1_ce, TSPX_BS_61_S,TSPX_BS_61_S_ur1, C_RI_alternate)

BS61

4139 [TCV_Service = C_SpchData]

4240 +local_BS61or81( C_SpchData, TSPX_BS_81_A,TSPX_BS_81_A_ur1, TSPX_BS_81_A_ur1_ce,TSPX_BS_81_S, TSPX_BS_81_S_ur1,C_RI_follow)

BS81

4341 L_098

5

[C_Yes] I IXIT error

Local_init

4442 (TCV_Service := svc, TCV_Rchr := C_Rchr_Full,TCV_MODEM := V22bisOrV26ter,TCV_bcapListIndicator := C_modemt_ce)

43 +LocalGenerateModemType

4544 [TSPC_DualRate]

4645 (TCV_Rchr := '1?'B)

4746 [NOT TSPC_DualRate]

Local_BS2x(svc:SERVICES; ur:B_4; modem:B_5;ce:B_2)

4847 L_098

6

[(ce <> C_transparent) AND( ce <> C_notransparent)] I IXIT value error

4948 [C_Yes]

5049 +local_callCfm_BS2x(ce, ur, modem) generate call comfirmed

msg

5140 (TCV_Null := OO_IFsetup_BS2xorBS3x_MO(svc,C_3100Hz, C_I440_450, ce, TCV_ChRate))

ask test operator to

configure the MS

Local_callCfm_BS2x(ce1: B_2; ur1:B_4;modem1:B_5)

5251 [ce1 = C_transparent]

5352 [ur1 = C_9600bs]

5453 (TCV_BcapMO1 :=OC_ModifyBcap(Bcap_MO(TCV_Rchr,C_3100Hz, C_Unstructured, C_nirr_nomeaning,C_no_rate_adaption, C_I440_450,C_Asynchronous, C_stopbit_dontcare,C_databit_dontcare, ur1, C_ir_16kbs,C_parity_dontcare, C_transparent, modem1),TCV_bcapListIndicator))

11.8.2.1.1.1

5554 +local_callcfm1

5655 [ur1 <> C_9600bs]

5756 (TCV_BcapMO1 :=OC_ModifyBcap(Bcap_MO(TCV_Rchr,C_3100Hz, C_Unstructured, C_nirr_nomeaning,C_no_rate_adaption, C_I440_450,

11.8.2.1.1.1


C_Asynchronous, C_stopbit_dontcare,C_databit_dontcare, ur1, C_ir_8kbs,C_parity_dontcare, C_transparent, modem1),TCV_bcapListIndicator))


5958 [ce1 = C_notransparent]

6059 (TCV_BcapMO1 :=OC_ModifyBcap(BcapX_MO(TCV_Rchr,C_3100Hz, C_SDUintegrity, C_nirr_nomeaning,C_no_rate_adaption, C_I440_450,C_Asynchronous, C_stopbit_dontcare,C_databit_dontcare, ur1, C_ir_16kbs,C_parity_dontcare, C_notransparent, modem1,C_uil2p_dontcare), TCV_bcapListIndicator))

11.8.2.1.1.2


local_BS3x( svc:SERVICES; sacp:B_3; ur:B_4;ce:B_2; modem:B_5)

6261 L_098

7

[((ce <> C_transparent) AND( ce <>C_notransparent)) OR((sacp <> C_I440_450)AND(sacp <> C_X32))]

I IXIT value error

6362 [C_Yes]

6463 +local_callCfm_BS3x(ce, ur, sacp, modem) generate call comfirmed

msg

6564 (TCV_Null := OO_IFsetup_BS2xorBS3x_MO(svc,C_3100Hz, sacp, ce, TCV_ChRate))

ask operator to

configure the MS

local_callCfm_BS3x(ce1: B_2; ur1: B_4; sacp1:B_3; modem1 :B_5)

6665 [sacp1 = C_I440_450]

6766 [ur1 = C_9600bs]

6867 (TCV_BcapMO1 :=OC_ModifyBcap(Bcap_MO(TCV_Rchr,C_3100Hz, C_Unstructured, C_nirr_nomeaning,C_no_rate_adaption, C_I440_450,C_Synchronous, C_stopbit_NA, C_databit_NA,ur1, C_ir_16kbs, C_parity_NA, C_transparent,modem1), TCV_bcapListIndicator))

11.8.2.2.1.1


7069 [ur1 <> C_9600bs]

7170 (TCV_BcapMO1 :=OC_ModifyBcap(Bcap_MO(TCV_Rchr,C_3100Hz, C_Unstructured, C_nirr_nomeaning,C_no_rate_adaption, C_I440_450,C_Synchronous, C_stopbit_NA, C_databit_NA,ur1, C_ir_8kbs, C_parity_NA, C_transparent,modem1), TCV_bcapListIndicator))

11.8.2.2.1.1


7372 [sacp1 = C_X32]

7473 [ce1 = C_transparent]

7574 [ur1 = C_9600bs]

7675 (TCV_BcapMO1 :=OC_ModifyBcap(Bcap_MO(TCV_Rchr,C_3100Hz, C_Unstructured, C_nirr_nomeaning,C_no_rate_adaption, C_X32, C_Synchronous,C_stopbit_NA, C_databit_NA, ur1, C_ir_16kbs,C_parity_NA, C_transparent, modem1),TCV_bcapListIndicator))

11.8.2.2.1.3


7877 [ur1 <> C_9600bs]

7978 (TCV_BcapMO1 :=OC_ModifyBcap(Bcap_MO(TCV_Rchr,C_3100Hz, C_Unstructured, C_nirr_nomeaning,C_no_rate_adaption, C_X32, C_Synchronous,C_stopbit_NA, C_databit_NA, ur1, C_ir_8kbs,C_parity_NA, C_transparent, modem1),

11.8.2.2.1.3


TCV_bcapListIndicator))8079 +local_callcfm1

8180 [ce1 = C_notransparent]

8281 (TCV_BcapMO1 := OC_ModifyBcap(BcapX_MO(TCV_Rchr, C_3100Hz, C_SDUintegrity,C_nirr_nomeaning, C_no_rate_adaption, C_X32,C_Synchronous, C_stopbit_NA, C_databit_NA,ur1, C_ir_16kbs, C_parity_NA, ce1, modem1,C_X25_flct), TCV_bcapListIndicator))

11.8.2.2.1.4


local_BS61or81(svc1:SERVICES;async1:BOOLEAN; ur_a1:B_4; ce_a1:B_2;sync1:BOOLEAN; ur_s1:B_4; ri3: RPI)

8483 L_098

8

[(ce_a1 <> C_transparent) AND( ce_a1 <>C_notransparent) AND async1]

I IXIT error

8584 L_098

9

[(ur_a1 <> C_300bs) AND(ur_a1 <> C_1200bs)AND(ur_a1 <> C_2400bs) AND(ur_a1 <> C_4800bs)AND(ur_a1 <> C_9600bs) AND(ur_a1 <>C_120075bs) AND async1]

I IXIT error

8685 L_099

0

[(ur_s1 <> C_1200bs) AND(ur_s1 <> C_2400bs)AND(ur_s1 <> C_4800bs) AND(ur_s1 <> C_9600bs)AND sync1]

I IXIT error


8887 +local_callCfm_BS61or81(svc1, async1, ur_a1,ce_a1, sync1, ur_s1, ri3)

8988 (TCV_Null := OO_IFsetup_BS61orBS81_MO(svc,TCV_ur, TCV_sa, TCV_ce, TCV_ChRate))

local_callCfm_BS61or81(svc:SERVICES;async:BOOLEAN; ur_a:B_4; ce_a:B_2;sync:BOOLEAN; ur_s:B_4; ri:RPI)

9089 [async]

9190 [ce_a = C_transparent]

9291 (TCV_ur := ur_a, TCV_sa := C_Asynchronous,TCV_ce := C_transparent)

9392 [ur_a = C_300bs]

93 TCV_MODEM.v_abt1 := C_modemt_V21

94 +local_Bs61or81_async_T(C_300bs,C_modemt_V21 TCV_MODEM.v_abt1, ri)

95 [ur_a = C_1200bs]



9798 [ur_a = C_120075bs]



99101 [ur_a = C_2400bs]

102 TCV_MODEM := V22bisOrV26ter

100103

+local_Bs61or81_async_T(C_2400bs,TCV_MODEM.V22bisOrV26terv_abt1, ri)

101104

[ur_a = C_4800bs]


102106

+local_Bs61or81_async_T(C_4800bs,C_modemt_V32TCV_MODEM.v_abt1, ri)

103107

[ur_a = C_9600bs]


104109

+local_Bs61or81_async_T(C_9600bs,C_modemt_V32 TCV_MODEM.v_abt1, ri)

105110

[ce_a = C_notransparent]


106111

(TCV_ur := ur_a, TCV_sa := C_Asynchronous,TCV_ce := C_notransparent)

107112

[ur_a = C_300bs]

113 TCV_MODEM := V21OrAbt1

108114

+local_Bs61or81_async_NT( C_300bs,C_modemt_V21 TCV_MODEM.v_abt1, ri)

109115

[ur_a = C_1200bs]


110117


111118

[ur_a = C_120075bs]


112120


113121

[ur_a = C_2400bs]

122 TCV_MODEM := V22bisOrV26terOrAbt1

114123

+local_Bs61or81_async_NT( C_2400bs,TCV_MODEM. V22bisOrV26terv_abt1, ri)

115124

[ur_a = C_4800bs]


116126


117127

[ur_a = C_9600bs]


118129


119130

[sync]

120131

(TCV_ur := ur_s, TCV_sa := C_Synchronous,TCV_ce := C_transparent)

121132

[ur_s = C_1200bs]


122134

+local_Bs61or81_sync_T(C_1200bs,C_modemt_V22, ri)

123135

[ur_s = C_2400bs]

136 TCV_MODEM := V22bisOrV26ter

124137

+local_Bs61or81_sync_T(C_2400bs,TCV_MODEM.V22bisOrV26terv_abt1, ri)

125138

[ur_s = C_4800bs]


126140


127141

[ur_s = C_9600bs]


128143


local_Bs61or81_async_T(usrrt:B_4;modemtp:B_5; rpi:RPI)

129144

[usrrt <> C_9600bs]

130145

(TCV_BcapMO1 := Bcap_MO( TCV_Rchr,C_3100Hz, C_Unstructured, C_nirr_nomeaning,C_no_rate_adaption, C_I440_450,C_Asynchronous, C_stopbit_dontcare,C_databit_dontcare, usrrt, C_ir_8kbs,C_parity_dontcare, C_transparent, modemtp))

11.8.2.5.1


131146

+local_callcfm2(rpi)

132147

[usrrt = C_9600bs]

133148

(TCV_BcapMO1 := Bcap_MO( TCV_Rchr,C_3100Hz, C_Unstructured, C_nirr_nomeaning,C_no_rate_adaption, C_I440_450,C_Asynchronous, C_stopbit_dontcare,C_databit_dontcare,usrrt, C_ir_16kbs,C_parity_dontcare, C_transparent, modemtp))

11.8.2.5.1

134149


Local_Bs61or81_async_NT(usrrt1:B_4;modemtp2:B_5; rpi:RPI)

135150

(TCV_BcapMO1 := BcapX_MO(TCV_Rchr,C_3100Hz, C_SDUintegrity, C_nirr_nomeaning,C_no_rate_adaption, C_I440_450, C_Asynchronous,C_stopbit_dontcare, C_databit_dontcare, usrrt1,C_ir_16kbs, C_parity_dontcare, C_notransparent,modemtp2, C_uil2p_dontcare))

11.8.2.5.2

136151


Local_Bs61or81_sync_T(usrrt2:B_4; modemtp2:B_5; rpi2:RPI)

137152

[usrrt2 <> C_9600bs]

138153

(TCV_BcapMO1 := Bcap_MO(TCV_Rchr,C_3100Hz, C_Unstructured, C_nirr_nomeaning,C_no_rate_adaption, C_I440_450,C_Synchronous, C_stopbit_NA, C_databit_NA,usrrt2, C_ir_8kbs, C_parity_NA, C_transparent,modemtp2))

11.8.2.5.3

139154

+local_callcfm2(rpi2)

140155

[usrrt2 = C_9600bs]

141156

(TCV_BcapMO1 := Bcap_MO(TCV_Rchr,C_3100Hz, C_Unstructured, C_nirr_nomeaning,C_no_rate_adaption, C_I440_450,C_Synchronous, C_stopbit_NA, C_databit_NA,usrrt2, C_ir_16kbs, C_parity_NA, C_transparent,modemtp2))

11.8.2.5.3

142157

+local_callcfm2(rpi2)

Local_TS61(svc:SERVICES)

143158

(TCV_ur := TSPX_TS_61_ur1, TCV_ce :=TSPX_TS_61_ce)

144159

L_099

1

[(TCV_ur <> C_4800bs) AND(TCV_ur <>C_2400bs) AND(TCV_ur <> C_9600bs)]

I IXIT parameter error

145160

L_099

2

[(TCV_ce <> C_transparent) AND(TCV_ce <>C_notransparent)]


146151

[C_Yes]

147162

+local_Bcap_TS6x

148163

+local_callcfm2(C_RI_alternate)

149164

(TCV_Null := OO_IFsetup_TS6x_MO(svc,TCV_ur, TCV_ce, TCV_ChRate))

Local_TS62(svc:SERVICES)

150165

(TCV_ur := TSPX_TS_62_ur1, TCV_ce :=TSPX_TS_62_ce)

151166

L_099

3

[(TCV_ur <> C_4800bs) AND(TCV_ur <>C_2400bs) AND(TCV_ur <> C_9600bs)]



152167

L_099

4

[(TCV_ce <> C_transparent) AND(TCV_ce <>C_notransparent)]


153168

[C_Yes]

154169

+local_Bcap_TS6x

155170

+local_callcfm1

156171

(TCV_Null := OO_IFsetup_TS6x_MO(svc,TCV_ur, TCV_ce, TCV_ChRate))

Local_Bcap_TS6x

157172

[TCV_ce = C_transparent]

158173

[TCV_ur = C_9600bs]

159174

(TCV_BcapMO1 := Bcap_MO(TCV_Rchr,C_FAX3, C_Unstructured, C_nirr_nomeaning,C_no_rate_adaption, C_sacp_NA,C_Synchronous, C_stopbit_NA, C_databit_NA,TCV_ur, C_ir_16kbs, C_parity_NA,C_transparent, C_modemt_none))

11.8.2.7.1

160175

[(TCV_ur = C_4800bs) OR (TCV_ur = C_2400bs)]

161176

(TCV_BcapMO1 := Bcap_MO(TCV_Rchr,C_FAX3, C_Unstructured, C_nirr_nomeaning,C_no_rate_adaption, C_sacp_NA,C_Synchronous, C_stopbit_NA, C_databit_NA,TCV_ur, C_ir_8kbs, C_parity_NA, C_transparent,C_modemt_none))

11.8.2.7.1

162177

[TCV_ce = C_notransparent]

163178

(TCV_BcapMO1 := BcapX_MO(TCV_Rchr,C_FAX3, C_SDUintegrity, C_nirr_nomeaning,C_no_rate_adaption, C_sacp_NA,C_Synchronous, C_stopbit_NA, C_databit_NA,TCV_ur, C_ir_16kbs, C_parity_NA,C_notransparent, C_modemt_none, C_X25_flct))

11.8.2.7.2

Local_callcfm1

164179

(TCV_CallCfm := CallConfirm_04(TI_01,TCV_BcapMO1))

Local_callcfm2(rpi:RPI)

165180

[(NOT TSPC_EFR_Speech_v2) AND(NOTTSPC_EFR_Speech_v3)]

166181

(TCV_CallCfm := CallConfirm_05(TI_01, rpi,Bcap_Speech_MO(TCV_Rchr), TCV_BcapMO1))

Non EFR Mobile

167182

[TSPC_EFR_Speech_v2 ORTSPC_EFR_Speech_v3]

168183

(TCV_CallCfm := CallConfirm_05(TI_01, rpi,Bcap_Speech_Efr_MO(TCV_Rchr),TCV_BcapMO1))

EFR Mobile

LocalGenerateModemType




187 [TSPX_BS_21_ce = C_notransparent]

















203 (TCV_MODEM := V22bisOrV26terOrOrAbt1)



















222 [C_Yes] No modem type

Detailed Comments: The implementation of this test step is based on the SMG 7 Tdoc 266/96. Modifications

due to SMG7 Tdoc 7-00-144.

The Log file below shows a SETUP message, containing the Autobauding type 1 modem, successfully matched inTC_11_1_2.


TTCN MP File Version GSM_L3_MS_v4280a 14/4/2000 14:28:44 Campaign execution started 19APR2000 15:49:51.79 Operator tgb Campaign selection file c:\sat_results\autobaud\15_48_46.sel Campaign parameter file c:\sat_results\autobaud\15_48_46.prm

Test Case TC_11_1_2 execution started at 15:49:52.72

Tr Evt Tester SUT FNdT | |20 27 |<---------------------------------------------------| 1899017.714 | CHANNEL REQUEST 00010000B rach | | |20 29 |--------------------------------------------------->| 1903217.908 | L2PL=00101101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |20 31 |<---------------------------------------------------| 1906718.069 | SI/TI=0000b PD=0101b MT=00001000b | | LOCATION UPDATING REQUEST sdcch(sabm) sapi=0 | | |20 35 |--------------------------------------------------->| 1915418.471 | SI/TI=0000b PD=0101b MT=00010010b | | AUTHENTICATION REQUEST sdcch(i) sapi=0 | | |20 40 |<---------------------------------------------------| 1922018.775 | SI/TI=0000b PD=0101b MT=01010100b | | AUTHENTICATION RESPONSE sdcch(i) sapi=0 | | |20 45 |--------------------------------------------------->| 1930719.177 | SI/TI=0000b PD=0101b MT=00000010b | | LOCATION UPDATING ACCEPT sdcch(i) sapi=0 | | |20 50 |<---------------------------------------------------| 1937319.482 | SI/TI=0000b PD=0101b MT=00011011b | | TMSI REALLOCATION COMPLETE sdcch(i) sapi=0 | | |20 53 |--------------------------------------------------->| 1946019.883 | SI/TI=0000b PD=0110b MT=00001101b | | CHANNEL RELEASE sdcch(i) sapi=0 | | |20 86 |<---------------------------------------------------| 73820270.775 | CHANNEL REQUEST 11111110B rach | | |20 88 |--------------------------------------------------->| 73863270.974 | L2PL=00101101b SI/TI=0000b PD=0110b MT=00111111b | | IMMEDIATE ASSIGNMENT agch(ui) sapi=0 | | |

20 90 |<---------------------------------------------------| 73892271.107 | SI/TI=0000b PD=0101b MT=00100100b | | CM SERVICE REQUEST sdcch(sabm) sapi=0 | | |20 95 |--------------------------------------------------->| 73979271.509 | SI/TI=0000b PD=0101b MT=00010010b | | AUTHENTICATION REQUEST sdcch(i) sapi=0 | | |20 100 |<---------------------------------------------------| 74045271.814 | SI/TI=0000b PD=0101b MT=01010100b | | AUTHENTICATION RESPONSE sdcch(i) sapi=0 | | |20 103 |--------------------------------------------------->| 74132272.215 | SI/TI=0000b PD=0110b MT=00110101b | | CIPHERING MODE COMMAND sdcch(i) sapi=0 | | |20 108 |<---------------------------------------------------| 74198272.520 | SI/TI=0000b PD=0110b MT=00110010b | | CIPHERING MODE COMPLETE sdcch(i) sapi=0 | | |20 113 |<---------------------------------------------------| 74249272.755 | SI/TI=0000b PD=0011b MT=00000101b | | SETUP sdcch(i) sapi=0 | | 03 05 04 07 a2 88 81 21 11 63 a8 5e 04 81 21 43 | | f5 15 01 01 | | IEI 00000100b | | CC/Bearer Capability | | Length of contents 7 | | Octet 3 ext 1b | | Radio channel requirement 01b [Full rate only] | | Coding standard 0b [GSM standardised coding] | | Transfer mode 0b [Circuit mode] | | Information transfer capability 010b [3.1kHz aud | | io, ex PLMN] | | Octet 4 ext 1b | | Structure 00b | | Duplex mode 1b | | Configuration 0b | | NIRR 0b | | Establishment 0b | | Octet 5 ext 1b | | Access id. 00b | | Rate adaption 00b | | Signalling access protocol 001b | | Octet 6 ext 0b | | Layer 1 id. 01b | | User inf. L1 protocol 0000b | | Sync/async 1b | | Octet 6a ext 0b | | Numb. stop bits 0b | | Negotiation 0b | | Numb. data bits 1b | | User rate 0001b |










Subject: Minor change to 11.10-3 TC_26_5_7_1_4

Work item: TEI



Release 00

Reason forchange:


I would like to propose a minor change to 11.10-3 TC_26_5_7_1_4.

Currently, the traffic channel is initialised to use a ciphering algorithm set byTSPX_CphAlgDef. However when the mobile is assigned to this channel the Cipheringalgorithm in the Assignment Command is set by TSPX_CphAlgE. Unless these twoPIXITs are the same, the test will fail at this point.

Therefore I propose to change the Ciphering algorithm PIXIT in the AssignmentCommand to TSPX_CphAlgDef (line 14).

Clauses affected: TC_26_5_7_1_4



Othercomments:



+----------------------------------------------------------------------------------+| Test Case Dynamic Behaviour |+--------------------+-------------------------------------------------------------+|Test Case Name :TC_26_5_7_1_4 ||Group :GSM_L3_MS_v4280a/BiBo/ ||Test Purpose : To verify that the MS in the MM-state "MM-Connection active"|| and in RR-Connected mode ignores the value of spare bits in t|| he special case of the spare bits occurring in the Cell Chann|| el Description IE and in the Power Command IE. ||Defaults :OtherEventsFail ||Comments : |+----+-------+-------+--------------------------+--------------+--------+----------+| Nr | Label | Behaviour | Cref |Verdict | Comments |+----+-------+----------------------------------+--------------+--------+----------+| 1 | |START T_guard(300) | | | || 2 | | +BasicServiceMT( TSPX_MTBscSvcC, | | | || | | TSPX_MTChRateC) | | | || 3 | | +IdleUpdated( C_E_default, C_Cel| | | || | | lA, C_SCH_A, C_BCCH_A_1, C_Immas| | | || | | s, C_S0, C_SlotNU, C_SlotNU, C_S| | | || | | lotNU, C_BCC, C_TxInt_5, C_Max_1| | | || | | , C_NECI_0, C_ATT_0, TimingAdv( | | | || | | 0), C_BABR_0, C_cch_1Comb, C_BPM| | | || | | _3, C_T3212_0, C_ci_cellA, C_MC| | | || | | C_1, C_PLMN_1, C_LAC_1, CellOpt_| | | || | | 01, CellChDes_Omit, CellChDes_Om| | | || | | it, C_CellReselectHys12, C_MaxPw| | | || | | rLvlG, C_MaxPwrLvlD, BcchFreqLst| | | || | | _45, BcchFreqLst_02, BcchFreqLst| | | || | | _03, BcchFreqLst_04, C_Restablis| | | || | | hment, C_BCC, C_NCC, C_Start_Tms| | | || | | i, TSPX_SDCCH4SubDef, TSPX_CKSND| | | || | | ef, TSPX_RANDDef, C_arfcnA, C_ar| | | || | | fcnAd, TSPX_IMSI, C_Test_nfh, C_| | | || | | NCCP_2) | | | || 4 | | +CCConfigTCH( TSPX_TCHHSubDef, | | | 1. || | | C_Ass, TSPX_TmSltDef, TSPX_TscD| | | || | | ef, TimingAdv( 0), C_BABR_0, C_| | | || | | cch_1Comb, C_BPM_3, TCV_ChMod.m| | | || | | ode, FreqTCHa1, FreqTCHa2, C_No| | | || | | arfcn, C_Noarfcn) | | | || 5 | | +PreEstRRConn( TCV_slot, TCV_t| | | || | | sc, TimingAdv( 0)) | | | || 6 |body | +Ciphering_on( TCV_ch) | | | || 7 | | (TCV_Setup_mt.sig := Signal_| | | || | | 01) | | | || 8 | | L!DL_DatRqSetup |SetupSnd( TCV_| | 2. || | | |ch, TCV_Setup_| | || | | |mt) | | || 9 | | L?DL_DatInCallCo |CallCfm( CallC| | || | | |onfirm_01( TI_| | || | | |01)) | | || 10 | | L?DL_DatInAlert |AlertRcv( Aler| | || | | |tingInd_01( T| | || | | |I_01)) | | || 11 | | +localtree1 | | | || 12 | | L?DL_DatInConn |ConnRcv( Conne| | || | | |ct_01( TI_01))| | || 13 | | +localtree1 | | | || | |localtree1 | | | || 14 | |+AssCmdGen_fh( TCV_ChRate, TSPX_Tm| | | 3. || | |SltDef, TSPX_TscDef, TSPX_TCHHSubD| | | || | |ef, 7, 3, '000000'B, '111111'B, Fr| | | || | |ql_omit, Frql_omit, CellChDes_01, | | | || | |CellChDes_01d, TCV_ChMod, MoblAllc| | | || | |_r03, MoblAllc_r03, CphMod_04iei( | | | || | | TSPX_CphAlgDefTSPX_CphAlgE)) | | | || 15 | | +AssCh_complete( TCV_ch, TCV_chTc| | | || | | h, TCV_AssCmd) | | | || 16 | | +PostLinkRelEnd( TCV_chTch) | | | 4. |+----+-------+-------+--------------------------+--------------+--------+----------+|Detailed Comments: | 1. To setup a physical channel as hopping traffic channel. || |2. To send SETUP message indicating full rate channel and con|| |taining signal IE. || |3. To send a modified ASSIGNMENT COMMAND containing randomly || |chosen spare bits. || |4. The assignment procedure succeeds. |+--------------------+-------------------------------------------------------------+










Subject: Minor change to 11.10-3 TC_26_9_4 and TC_26_9_5

Work item: TEI



Release 00

Reason forchange:

This change was initiated in Anite Mail 1520 and confirmed with ETSI mail L00016.

I would like to propose a minor change to 11.10-3 TC_26_9_4 and TC_26_9_5.

Currently in both tests, Authentication during the Location Update procedure assigns Kcto a CKSN defined by TSPX_CKSNA. When a channel is next assigned in the test, theTTCN matches the CKSN sent in the Paging Response message againstTSPX_CKSNDef. If TSPX_CKSNA and TSPX_CKSNDef are not the same, the test willfail at this point.

Therefore I propose to modify the matching value in the Paging Response constraint inline 24 to TSPX_CKSNA in both tests.

Clauses affected: TC_26_9_4, TC_26_9_5



Othercomments:



+----------------------------------------------------------------------------------+| Test Case Dynamic Behaviour |+--------------------+-------------------------------------------------------------+|Test Case Name :TC_26_9_4 ||Group :GSM_L3_MS_v4280a/StructureProc/ ||Test Purpose : 1) To verify that the MS in MM state "idle, updated" an|| d in RR idle || mode with a TMSI assigned, after being paged by the network o|| n the correct paging subchannel, after initiating the immedia|| te assignment procedure || by sending the CHANNEL REQUEST message, after receipt of an I|| MMEDIATE ASSIGNMENT message allocating an SDCCH, after having|| sent a PAGING RESPONSE || message on the allocated SDCCH, after having performed succes|| sful authentication and cipher mode setting procedures, after|| receipt of a SETUP message not containing a signal informatio|| n element, returns a CALL CONFIRMED message. || 2) To verify that subsequently, the SS sending an ASSIGN|| MENT COMMAND message, the MS successfully continues a mobile || terminating call establishment with early assignment of traff|| ic channel || a) by replying to the ASSIGNMENT COMMAND with an ASSIGNM|| ENT COMPLETE message, and || b) by continuing the call establishment by either sendin|| g a CONNECT message and through connecting the TCH in both di|| rections, or, sending an ALERTING message. || 3) To verify that if after sending a CALL PROCEEDING mes|| sage, the MS sends an ALERTING message during MTC establishme|| nt with early assignment, it generates an alerting indication|| . || 4) To verify that if an ALERTING had been sent, subseque|| ntly, when the user accepts the call (possibly internal actio|| n as declared in PICS/PIXIT statement), the MS returns a CONN|| ECT message. || 5) To verify that the MS: || - if the call is a speech call: after sending the CONNE|| CT message has through connected the TCH in both directions (|| this is checked by verifying that after transmission of the f|| irst L2 frame containing the (complete) CONNECT message, the || MS is sending appropriate speech or data frames || whenever it doesn't have to transmit or acknowledge an I fram|| e on layer 2 of the FACCH.) || - if the call is a data call: after receipt of a subseq|| uent CONNECT ACKNOWLEDGE message through connects the TCH in || both directions (this is checked by verifying that there is a|| point in time after transmission of the first L2 frame contai|| ning the (complete) CONNECT ACKNOWLEDGE message, where the MS|| is sending appropriate speech or data frames whenever it does|| n't have to transmit or acknowledge an I frame on layer 2 of || the FACCH.) || 6) To verify that subsequently, the MS can initiate call|| clearing by sending a DISCONNECT message. || 7) To verify that the MS in this phase of call release, || upon receipt of a RELEASE message, returns a RELEASE COMPLETE|| message. || 8) To verify that subsequently the MS, upon receipt of a|| CHANNEL RELEASE message, disconnects the main signalling link|| . ||Defaults :OtherEventsFail ||Comments : |+----+-------+-------+--------------------------+--------------+--------+----------+| Nr | Label | Behaviour | Cref |Verdict | Comments |+----+-------+----------------------------------+--------------+--------+----------+| 1 | |START T_guard(300) | | | || 2 |body | [TSPC_Serv_TS11] | | | || 3 | | +BasicServiceMT( C_Telephony, C_| | | || | | Full) | | | || 4 | | +local_testfullrate | | | 1. || 5 | | (TCV_Null := OM_CphMd (TCV_ch,| | | || | | CphMod_02, TCV_CphKey)) | | | || 6 | | [TSPC_DualRate ] | | | || 7 | | +BasicServiceMT( C_Telephony| | | || | | , C_Half) | | | || 8 | | +local_testhalfrate | | | 2. || 9 | | [NOT TSPC_DualRate ] | | | || 10 | | [TSPC_Serv_TS62] | | | TS62 || 11 | | +BasicServiceMT( C_AutoFax, C_Fu| | | || | | ll) | | | || 12 | | +local_testfullrate | | | 3. || 13 |L_0512 | [C_Yes] | | I | || | |local_testfullrate | | | || 14 | |+IdleUpdated( C_E_default, C_CellA| | | || | |, C_SCH_A, C_BCCH_A_1, C_Immass, C| | | || | |_S0, C_SlotNU, C_SlotNU, C_SlotNU,| | | || | |C_BCC, C_TxInt_5, C_Max_1, C_NECI_| | | || | |0, C_ATT_0, TimingAdv( 0), C_BABR_| | | || | |0, C_cch_1Comb, C_BPM_3, C_T3212_0| | | || | |, C_ci_cellA, C_MCC_1, C_PLMN_1, | | | || | |C_LAC_1, CellOpt_01, CellChDes_Omi| | | || | |t, CellChDes_Omit, C_CellReselectH| | | || | |ys12, C_MaxPwrLvlG, C_MaxPwrLvlD, | | | |


| | |BcchFreqLst_45, BcchFreqLst_02, Bc| | | || | |chFreqLst_03, BcchFreqLst_04, C_Re| | | || | |stablishment, C_BCC, C_NCC, C_Star| | | || | |t_Tmsi, TSPX_SDCCH4SubDef, TSPX_CK| | | || | |SNA, TSPX_RANDA, C_arfcnA, C_arfcn| | | || | |Ad, TSPX_IMSI, C_Test_nfh, C_NCCP_| | | || | |2) | | | || 15 | | +FullRateCh_A_1( C_Ass, TSPX_TmSl| | | || | | tDef, TSPX_TscDef, ChMod_sign, Fr| | | || | | eqTCH_omit, FreqTCH_omit, C_arfcn| | | || | | _tchA, C_arfcn_tchAd, TimingAdv( | | | || | | 0), C_BABR_0, C_cch_1Comb, C_BPM_| | | || | | 3) | | | || 16 | | (TCV_Null := OM_ChMdModi( TCV_ch| | | || | | Tch, TCV_ChMod)) | | | || 17 | | +localtree( C_Full) | | | || | |local_testhalfrate | | | || 18 | |+HalfRateCh_A_1( TSPX_TCHHSubDef,| | | 4. || | |C_Ass, TSPX_TmSltDef, TSPX_TscDef,| | | || | |ChMod_speech, FreqTCH_omit, FreqTC| | | || | |H_omit, C_arfcn_tchA, C_arfcn_tchA| | | || | |d, TimingAdv( 0), C_BABR_0, C_cch_| | | || | |1Comb, C_BPM_3) | | | || 19 | | +localtree( C_Half) | | | || | |localtree(rate : IA5String) | | | || 20 | |L!DL_UdatRqPg1Rq |PgReq1(TCV_PgC| | || | | |h, TCV_Pgg, Pg| | || | | |ReqTp1_01) | | || 21 | | L?DL_RacInChRq |ChReq( ChReque| | || | | (TCV_Rr := DL_RacInChRq. msg.ecau|st_17) | | || | | _rrf, | | | || | | TCV_Fn := DL_RacInChRq.fn) | | | || 22 | | ACTIVATE(OtherEventsFail_02) | | | To match || | | | | |ChReq retr|| | | | | |ans. || 23 | | L!DL_UdatRqImmass |ImmAss( TCV_ag| | || | | |ch, ImmAsgn_01| | || | | |Def( TCV_Rr, T| | || | | |CV_Fn, TSPX_SD| | || | | |CCH4SubDef, TC| | || | | |V_slot, TCV_ts| | || | | |c, TCV_chdescr| | || | | |_arfcn, Timing| | || | | |Adv( 0))) | | || 24 | | L?DL_EstInPgRes |PagingRes( Pag| | || | | |ingRes_03( TSP| | || | | |X_CKSNADef)) | | || 25 | | ACTIVATE(OtherEventsFail) | | | Restore N|| | | | | |ormal defa|| | | | | |ult || 26 | | L!DL_DatRqAuthRq |AuthReq(TCV_ch| | || | | |, AuthRequest(| | || | | |TSPX_CKSNA, TS| | || | | |PX_RANDA)) | | || 27 | | L?DL_DatInAuthRes( TCV_Sres|AuthRes( AuthR| | || | | := DL_DatInAuthRes.msg.sres|esponse) | | || | | ) | | | || 28 | | (TCV_Res := OC_ChkSRES(TCV| | | || | | _Sres, TSPX_Ki, TSPX_RANDA| | | || | | )) | | | || 29 |L_0513 | [NOT TCV_Res ] | | (F) | || 30 | | +PostMainLinkRel( TCV_ch| | | || | | ) | | | || 31 |L_0514 | [TCV_Res ] | | (P) | 5. |

+----------------------------------------------------------------------------------+| Test Case Dynamic Behaviour |+--------------------+-------------------------------------------------------------+|Test Case Name :TC_26_9_5 ||Group :GSM_L3_MS_v4280a/StructureProc/ ||Test Purpose : 1) To verify that the MS in "Idle, Updated" state with || a TMSI assigned, after being paged by the network on the corr|| ect paging subchannel, after initiating the immediate assignm|| ent procedure by sending the CHANNEL || REQUEST message, after receipt of an IMMEDIATE ASSIGNMENT mes|| sage allocating an SDCCH, after having established the main s|| ignalling link, after having sent a PAGING RESPONSE message, || after having performed successful authentication and cipher m|| ode setting procedures, after receipt of a SETUP message cont|| aining a signal information element, returns a CALL CONFIRMED|| message followed by || - an ALERTING message || - or a CONNECT message. || 2) To verify that in the situation of test purpose 1, if|| the MS sends an ALERTING message, the MS generates an alertin|| g indication in the way described in a PICS/PIXIT statement. || 3) To verify that subsequently the MS, if it had not yet|| sent a CONNECT message, upon acceptance of the call, sends a || CONNECT message. || 4) To verify that subsequently after receipt of an ASSIG|


| NMENT COMMAND, the MS sends an ASSIGNMENT COMPLETE message. || 5) To verify that subsequently the MS || - if the call is a speech call: after sending the ASSIG|| NMENT COMPLETE message has through connected the TCH in both || directions (this is checked by verifying that after transmiss|| ion of the first L2 frame containing the (complete) ASSIGNMEN|| T COMPLETE message, the MS is sending appropriate speech or d|| ata frames whenever it doesn't have to transmit or acknowledg|| e an I frame on layer 2 of the FACCH.) || - if the call is a data call: after receipt of a subseq|| uent CONNECT ACKNOWLEDGE message through connects the TCH in || both directions (this is checked by verifying that there is a|| point in time after transmission of the first L2 frame contai|| ning the (complete) CONNECT ACKNOWLEDGE message, where the MS|| is sending appropriate speech or data frames whenever it does|| n't have to transmit or acknowledge an I frame on layer 2 of || the FACCH.) || These test purposes are tested for all rates supported by the|| MS (full rate/half rate). ||Defaults :OtherEventsFail ||Comments : |+----+-------+-------+--------------------------+--------------+--------+----------+| Nr | Label | Behaviour | Cref |Verdict | Comments |+----+-------+----------------------------------+--------------+--------+----------+| 1 | |START T_guard(300) | | | || 2 |body | [TSPC_Serv_TS11] | | | || 3 | | +BasicServiceMT( C_Telephony, C_| | | || | | Full) | | | || 4 | | +local_testfullrate | | | 1. || 5 | | (TCV_Null := OM_CphMd (TCV_ch,| | | || | | CphMod_02, TCV_CphKey), TCV_Nu| | | || | | ll := OM_CphMd (TCV_chTch, Cph| | | || | | Mod_02, TCV_CphKey)) | | | || 6 | | [TSPC_DualRate ] | | | || 7 | | +BasicServiceMT( C_Telephony| | | || | | , C_Half) | | | || 8 | | +local_testhalfrate | | | 2. || 9 | | [NOT TSPC_DualRate ] | | | || 10 | | [TSPC_Serv_TS62] | | | TS62 || 11 | | +BasicServiceMT( C_AutoFax, C_Fu| | | || | | ll) | | | || 12 | | +local_testfullrate | | | 3. || 13 |L_0521 | [C_Yes] | | I | || | |local_testfullrate | | | || 14 | |+IdleUpdated( C_E_default, C_CellA| | | || | |, C_SCH_A, C_BCCH_A_1, C_Immass, C| | | || | |_S0, C_SlotNU, C_SlotNU, C_SlotNU,| | | || | |C_BCC, C_TxInt_5, C_Max_1, C_NECI_| | | || | |0, C_ATT_0, TimingAdv( 0), C_BABR_| | | || | |0, C_cch_1Comb, C_BPM_3, C_T3212_0| | | || | |, C_ci_cellA, C_MCC_1, C_PLMN_1, | | | || | |C_LAC_1, CellOpt_01, CellChDes_Omi| | | || | |t, CellChDes_Omit, C_CellReselectH| | | || | |ys12, C_MaxPwrLvlG, C_MaxPwrLvlD, | | | || | |BcchFreqLst_45, BcchFreqLst_02, Bc| | | || | |chFreqLst_03, BcchFreqLst_04, C_Re| | | || | |stablishment, C_BCC, C_NCC, C_Star| | | || | |t_Tmsi, TSPX_SDCCH4SubDef, TSPX_CK| | | || | |SNA, TSPX_RANDA, C_arfcnA, C_arfcn| | | || | |Ad, TSPX_IMSI, C_Test_nfh, C_NCCP_| | | || | |2) | | | || 15 | | +FullRateCh_A_1(C_Ass, TSPX_TmSlt| | | || | | Def, TSPX_TscDef, ChMod_sign, Fre| | | || | | qTCH_omit, FreqTCH_omit, C_arfcn_| | | || | | tchA, C_arfcn_tchAd, TimingAdv( 0| | | || | | ), C_BABR_0, C_cch_1Comb, C_BPM_3| | | || | | ) | | | || 16 | | (TCV_Null := OM_ChMdModi(TCV_chT| | | || | | ch, TCV_ChMod)) | | | || 17 | | +localtree (C_Full) | | | || | |local_testhalfrate | | | || 18 | |+HalfRateCh_A_1( TSPX_TCHHSubDef, | | | 4. || | |C_Ass, TSPX_TmSltDef, TSPX_TscDef,| | | || | |ChMod_speech, FreqTCH_omit, FreqTC| | | || | |H_omit, C_arfcn_tchA, C_arfcn_tchA| | | || | |d, TimingAdv( 0), C_BABR_0, C_cch_| | | || | |1Comb, C_BPM_3) | | | || 19 | | +localtree( C_Half) | | | || | |localtree(rate : IA5String) | | | || 20 | |L!DL_UdatRqPg1Rq |PgReq1(TCV_PgC| | || | | |h, TCV_Pgg, Pg| | || | | |ReqTp1_01) | | || 21 | | L?DL_RacInChRq |ChReq( ChReque| | || | | (TCV_Rr := DL_RacInChRq. msg.ecau|st_17) | | || | | _rrf, | | | || | | TCV_Fn := DL_RacInChRq.fn) | | | || 22 | | ACTIVATE(OtherEventsFail_02) | | | To match || | | | | |ChReq retr|| | | | | |ans. || 23 | | L!DL_UdatRqImmass |ImmAss( TCV_ag| | || | | |ch, ImmAsgn_01| | |


| | | |Def( TCV_Rr, T| | || | | |CV_Fn, TSPX_SD| | || | | |CCH4SubDef, TC| | || | | |V_slot, TCV_ts| | || | | |c, TCV_chdescr| | || | | |_arfcn, Timing| | || | | |Adv( 0))) | | || 24 | | L?DL_EstInPgRes |PagingRes( Pag| | || | | |ingRes_03( TSP| | || | | |X_CKSNADef)) | | || 25 | | ACTIVATE(OtherEventsFail) | | | Restore N|| | | | | |ormal defa|| | | | | |ult || 26 | | L!DL_DatRqAuthRq |AuthReq(TCV_ch| | || | | |, AuthRequest(| | || | | |TSPX_CKSNA, TS| | || | | |PX_RANDA)) | | || 27 | | L?DL_DatInAuthRes(TCV_Sres:|AuthRes( AuthR| | || | | =DL_DatInAuthRes.msg.sres) |esponse) | | || 28 | | (TCV_Res := OC_ChkSRES(TCV| | | || | | _Sres, TSPX_Ki, TSPX_RANDA| | | || | | )) | | | || 29 |L_0522 | [NOT TCV_Res ] | | (F) | || 30 | | +PostMainLinkRel( TCV_ch| | | || | | ) | | | || 31 |L_0523 | [TCV_Res ] | | (P) | 5. || 32 | | +localtree1( rate) | | | |










Subject: 11.10-3 TC_20_4. Change to EXT_IND bit in the SI2 message for EGSM

Work item: TEI



Release 00

Reason forchange:

This change was initiated in Anite Mail 1519 and confirmed with ETSI mail L00015.

I would like to propose a minor change to the 11.10-3 implementation of the EGSMpath of test case 20.4.

The Initial Conditions (11.10-1 clause 20.4.4.1) state that "The BA(BCCH) list onlycontains the ARFCNs of the carriers used during the test". Table 20.1 states thatEGSM ARFCNs shall be broadcast in System Information 2bis messages.

In the implemetation of this test, if the Mobile supports EGSM an EGSM carrier isconfigured, therefore a SI 2bis message is required to describe the complete BA.However, currently the EXT-IND bit of the SI 2 message is set to 0, indicating that thecomplete BA is contained within the SI 2 message.

I propose to set the EXT-IND bit to 1 in the Structured Type Constraint Declaration"BcchFreqLst_53e" to indicate that the SI 2 message does not contain the complete BAfor EGSM mobiles. (This constraint is only used in TC_20_4).

Clauses affected: TC_20_4



Othercomments:

Change affects GSM_MS_CS_4280


+----------------------------------------------------------------------------------+| Structured Type Constraint Declaration |+--------------------+-------------------------------------------------------------+|Constraint Name :BcchFreqLst_53e ||Structured Type :NCD ||Derivation Path : ||Comments : Default neighbour cells description for SYSTEM INFORMATION 2|| and 5 under GSM900 with the ARFCN list = {3, 9, 18}. |+--------------------+----+-------------------------+------------------------------+| Element Name | Element Value | Comments |+-------------------------+-------------------------+------------------------------+|rfl2 |'00'B | bit map 0 format ||extind |'10'B | Not complete BA ||baind |'0'B | BCCH allocation sequence numb|| | |er ||rfl4 |'0000'B | ||rfl |'000000000000000000000000| Format:Bit map 0 || |020104'O | |+--------------------+----+-------------------------+------------------------------+|Detailed Comments: | |+--------------------+-------------------------------------------------------------+










Subject: Minor implementation error in 11.10-3 TC 26.11.5.2

Work item: TEI



Release 00

Reason forchange:

This change was initiated with AniteMail 1484 and confirmed with ETSI mail L00006.

11.10-1 section 26.11.5.2.3 states that the Handover Command used in this test shouldindicate a TCH ARFCN of 650. Currently 11.10-3 uses a PIXIT to specify this value. Ifthis PIXIT is set to any value except 650 the test will fail. Therefore I propose to replacethe Pixit in the Handover Command constraint with a constant of value 650.

Clauses affected: 26.11.5.2



Othercomments:

Change affects GSM_MS_DB_4280 ATS


+----------------------------------------------------------------------------------+| Test Case Dynamic Behaviour |+--------------------+-------------------------------------------------------------+|Test Case Name :TC_26_11_5_2 ||Group :GSM_MS_DB_4280/DualBand/ ||Test Purpose :1) To verify that a multiband MS is able to send an early CLA|| SSMARK CHANGE message on the DCCH uplink. || 2) To verify that the MS in "Idle, Updated" state with a TMSI|| assigned, after being paged by the network on the correct pag|| ing subchannel, after initiating the immediate assignment pro|| cedure by sending the CHANNEL REQUEST message, after receipt || of an IMMEDIATE ASSIGNMENT message allocating an SDCCH, after|| having established the main signalling link, after having sen|| t a PAGING RESPONSE message, after having performed successfu|| l authentication and cipher mode setting procedures, after re|| ceipt of a SETUP message containing a signal information elem|| ent, returns a CALL CONFIRMED message followed by: || - an ALERTING message; || - or a CONNECT message. || 3) To verify that in the situation of test purpose 1, if the || MS sends an ALERTING message, the MS generates an alerting in|| dication in the way described in a PICS/PIXIT statement. || 4) To verify that subsequently the MS, if it had not yet sent|| a CONNECT message, upon acceptance of the call, sends a CONNE|| CT message. || 5) To verify that subsequently after receipt of an HANDOVER C|| OMMAND ALLOCATING A tch IN another band, the MS sends an HAND|| OVER COMPLETE message. || 6) To verify that subsequently the MS || - if the call is a speech call: after sending the HANDOVER CO|| MPLETE message has through connected the TCH in both directio|| ns (this is checked by verifying that after transmission of t|| he first L2 frame containing the (complete) HANDOVER COMPLETE|| message, the MS is sending appropriate speech or data frames || whenever it does not have to transmit or acknowledge an I fra|| me on layer 2 of the FACCH.) || - if the call is a data call: after receipt of a subsequent C|| ONNECT ACKNOWLEDGE message through connects the TCH in both d|| irections (this is checked by verifying that there is a point|| in time after transmission of the first L2 frame containing t|| he (complete) CONNECT ACKNOWLEDGE message, where the MS is se|| nding appropriate speech or data frames whenever it does not || have to transmit or acknowledge an I frame on layer 2 of the || FACCH.) ||Defaults :OtherEventsFail ||Comments : |+----+-------+-------+--------------------------+--------------+--------+----------+| Nr | Label | Behaviour | Cref |Verdict | Comments |+----+-------+----------------------------------+--------------+--------+----------+

| 39 | | (TCV_Fn := OM_ComingFn( TCV_ch)| | | || | | , TCV_Null:= OM_SendNextOn( TC| | | || | | V_ch, TCV_Fn), TCV_Fn1 := TCV_F| | | || | | n) | | | || 40 | | L!DL_DatRqHoCmd |HndOvSnd( TCV_| |TA same as|| | | |ch, HandOverCm| |in Immedia|| | | |d_nfh( '00001'| |te Assignm|| | | |B, TSPX_TmSltC| |ent || | | |, TSPX_TscC, C| | || | | |_NCC, C_BCC, | | || | | |C_arfcnAd, TSP| | || | | |X_TCHcarrierBdC_arfcn_tchAd | | || | | |, TCV_Horf, TC| | || | | |V_Pwrlvl_ho, S| | || | | |ynchi( C_not_r| | || | | |eport_otd, C_p| | || | | |re_synchronise| | || | | |d), ChMod_spee| | || | | |ch_iei, RelTmd| | || | | |Dif_omit, Timi| | || | | |ngAdv_iei(0), | | || | | |CphMod_omit)) | | || 41 | | (TCV_ch1 := TCV_ch, TCV_ch :=| | | || | | C_FACCHF_B_1, TCV_sacch := C_| | | || | | SACCHF_B_1) | | | || 42 | | +RR_hocomp3(2600, TCV_ch1) | | | || 43 | | +ltree_speechcall | | | |










Subject: Minor PIXIT change to 11.10-3 TC_26_6_5_3 series

Work item: TEI



Release 00

Reason forchange: I would like to propose a minor change to the 11.10-3 implementation of test cases

26.6.5.3.1 and 26.6.5.3.2.

In the current implementation, Cell A is initialised to use SDCCH/4 subchannel definedby PIXIT TSPX_SDCCH4SubB on the combined BCCH. However, when a call isestablished, in test step EstMTCall_FH, the test uses the subchannel defined by PIXITTSPX_SDCCH4SubDef. Unless these two PIXITs are set to the same value the testwill fail.

Therefore I propose to change TSPX_SDCCH4SubB to TSPX_SDCCH4SubDef in line4 of both tests.

Clauses affected: TC_26_6_5_3_1, TC_26_6_5_3_2



Othercomments:

Change affects GSM_L3_MS_V4280 ATS


----------------------------------------------------------------------------------+| Test Case Dynamic Behaviour |+--------------------+-------------------------------------------------------------+|Test Case Name :TC_26_6_5_3_1 ||Group :GSM_L3_MS_v4280/RR/ ||Test Purpose : To test that when the MS is ordered to make a finely synchro|| nised handover to a synchronised cell, || it sends 4 access bursts on the main DCCH and then activates || the channel correctly, taking into || account the value of any Starting Time information element an|| d correctly calculating the timing advance to use. ||Defaults :OtherEventsFail_01 ||Comments : |+----+-------+-------+--------------------------+--------------+--------+----------+| Nr | Label | Behaviour | Cref |Verdict | Comments |+----+-------+----------------------------------+--------------+--------+----------+| 1 | |START T_guard(300) | | | || 2 | | (TCV_asscmd_ts := TSPX_TmSltNotZe| | | || | | ro1, | | | || | | TCV_ts:= TSPX_TmSltNotZero, | | | || | | TCV_Horf:= TSPX_HoRefA, | | | || | | TCV_Pwrlvl_ho:= INT_TO_BIT( TSPX_| | | || | | PwrlvlD, 5)) | | | || 3 | | +BasicServiceMT( TSPX_MTBscSvcI,| | | || | | C_Full) | | | || 4 | | +IdleUpdated( C_E_default, C_Ce| | | || | | llA, C_SCH_A, C_BCCH_A_1, C_Imm| | | || | | ass, C_S0, C_SlotNU, C_SlotNU, | | | || | | C_SlotNU, C_BCC, C_TxInt_5, C_M| | | || | | ax_7, C_NECI_0, C_ATT_0, Timing| | | || | | Adv( TSPX_y), C_BABR_0, C_cch_1| | | || | | Comb, C_BPM_3, C_T3212_0, C_ci| | | || | | _cellA, C_MCC_1, C_PLMN_1, C_LA| | | || | | C_1, CellOpt_01, CellChDes_20_A| | | || | | man, CellChDes_202_Adman, C_Cel| | | || | | lReselectHys12, C_MaxPwrLvlG, C| | | || | | _MaxPwrLvlD, BcchFreqLst_01, Bc| | | || | | chFreqLst_Omit, BcchFreqLst_48,| | | || | | BcchFreqLst_Omit, C_noRestablis| | | || | | hment, C_BCC, C_NCC, C_Start_Tm| | | || | | si, TSPX_SDCCH4SubBDef, TSPX_CKS| | | || | | NDef, TSPX_RANDDef, C_arfcnA, C| | | || | | _arfcnAd, TSPX_IMSI, C_Test_fh,| | | || | | C_NCCP_2) | | | |

ETSI TC SMG#32 Plenary Meeting Tdoc SMG P-00-265 ... · SMG 7 Meeting #25 Document 7-00-139 ......

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Transcript of ETSI TC SMG#32 Plenary Meeting Tdoc SMG P-00-265 ... · SMG 7 Meeting #25 Document 7-00-139 ......