231267550 bts3900-v100 r008c00spc220-e-nodeb-performance-counter-reference

3900 Series Base Station

V100R008C00(eNodeB)

Performance Counter Reference

Issue 05

Date 2013-08-26

HUAWEI TECHNOLOGIES CO., LTD.

Copyright Huawei Technologies Co., Ltd. 2013. All rights reserved.

No part of this document may be reproduced or transmitted in any form or by any means without prior writtenconsent of Huawei Technologies Co., Ltd. Trademarks and Permissions

and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.All other trademarks and trade names mentioned in this document are the property of their respective holders. NoticeThe purchased products, services and features are stipulated by the contract made between Huawei and thecustomer. All or part of the products, services and features described in this document may not be within thepurchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information,and recommendations in this document are provided "AS IS" without warranties, guarantees or representationsof any kind, either express or implied.

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Huawei Technologies Co., Ltd.Address: Huawei Industrial Base

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Email: [email protected]

Issue 05 (2013-08-26) Huawei Proprietary and ConfidentialCopyright Huawei Technologies Co., Ltd.

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http://www.huawei.commailto:[email protected]

About This Document

PurposeThis document describes all the performance counters of the eNodeB.

Product VersionThe following table lists the product version involved in this document.

Product Name Product Version

DBS3900 V100R008C00The mapping single-mode base station versionis:eNodeB: V100R006C00

BTS3900A

DBS3900

BTS3900L

BTS3900AL

Intended AudienceThis document is intended for:

l Network planners

l System engineers

Change HistoryFor detailed performance counter changes, see Performance Counter Changes document of therelease notes.

3900 Series Base StationPerformance Counter Reference About This Document


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Document StructureFigure 1 shows the document structure.

Figure 1 Document structure

Table 1 explains the terms shown in Figure 1.

Table 1 Terms

Term Explanation

Classification of object type

On the top level, object types are classified into threecategories: Radio Network Related Measurement, TransportNetwork Related Measurement, Hardware Platform RelatedMeasurement.

Object typeObject types are located at the second level of the documentstructure.One object type contains one or more function subsets.

Function Subset

Function Subsets are located at the third level of the documentstructure.One function subset contains one or more counters butbelongs to only one object type.

Counter

Counters are located at the fourth level of the documentstructure.Counters are the basic elements of performance measurement.One counter can belong to only one function subset.

Counter Item Description

Table 2 Description of each counter item

Item Description

Objecttype

Overview Definition and function of a object type.

Function SubSets Function subsets contained in a object type.



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Item Description

Function Set

FunctionSetName

Name of the function set.One function set contains one or more function subsets.

Function Subset

Overview Definition of a function subset and the flowchart formeasuring related counters.

Counters Counters contained in a function subset.

CounterRelationship

A table that lists parent counters and their child counters in atable. Note that the child counters listed in the table cover onlytypical scenarios. That is, some scenarios are not covered byany counter. Therefore, the value of a parent counter is largerthan or equal to the sum of the values of its child counters.Some counters may not be involved in any counterrelationship.

Counter Counter ID A string of digits that uniquely identifies a counter.

Counter Name Name of a counter. It is composed of a string of uppercaseletters, lowercase letters, and dots.

CounterDescription

A phrase that provides a simple description about a counter.

Description Detailed description about a counter.

MeasurementPoint

Condition for triggering counter measurement.

Formula Relationship among counters.

Unit Unit of a counter.

Related Features Features related to a counter are listed in feature ID and featurename. A counter is used to estimate related features. Relatedfeatures are listed as follows in different scenarios:l If a counter has no related features, no features are listed.l A counter has related features,

If this counter applies only to GSM, UMTS, LTE, orSingleRAN, the features are related to such RAT.

If this counter applies to multiple RATs in GSM,UMTS, LTE, and SingleRAN, the features are a set offeatures related to all associated RATs. Only thefeature IDs and feature names of the features for relatedRATs are listed.

Original Release The number of version for which the counter was firstavailable.

Network Element Name of the NE to which the counter applies.



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Contents

About This Document.....................................................................................................................ii

1 Radio Network Related Measurement......................................................................................11.1 Measurement of Cell performance (Cell).......................................................................................................................21.1.1 Measurement related to RRC setup (RRC.Setup.Cell)................................................................................................41.1.1.1 Number of RRC Connection Setup Requests in a Cell..........................................................................................101.1.1.2 Number of Successful RRC Connection Setups in a Cell......................................................................................151.1.1.3 Success Rate of RRC Connection Setups for Services...........................................................................................201.1.1.4 Number of RRC Connection Setup Attempts in a Cell..........................................................................................211.1.1.5 Number of Times a UE Transits from the Uplink-Synchronized State to the Uplink Out-of-Synchronization State............................................................................................................................................................................................231.1.1.6 Number of Times a UE Transits from the Uplink Out-of-Synchronization state to the Uplink-Synchronized State............................................................................................................................................................................................241.1.1.7 RRC Connection Setup Duration in a Cell.............................................................................................................251.1.2 Measurement related to RRC setup failure (RRC.SetupFail.Cell)............................................................................271.1.2.1 Number of RRC Connection Setup Failures for Different Causes in a Cell..........................................................291.1.3 Measurement related to RRC reestablish (RRC.ReEst.Cell)....................................................................................351.1.3.1 Number of RRC Connection Reestablishment Requests in a Cell.........................................................................381.1.3.2 Number of Successful RRC Connection Reestablishments in a Cell.....................................................................401.1.4 Measurement related to RRC reestablish fail (RRC.ReEstFail.Cell)........................................................................431.1.4.1 Number of RRC Connection Reestablishment Failures for Different Causes in a Cell.........................................461.1.5 Measurement related to E-RAB establish (E-RAB.Est.Cell)....................................................................................511.1.5.1 Number of E-RAB Setup Attempts in a Cell.........................................................................................................681.1.5.2 Number of Successful E-RAB Setups in a Cell.....................................................................................................731.1.5.3 E-RAB Setup Success Rate in a Cell......................................................................................................................781.1.5.4 Number of Initial E-RAB Setup Attempts in a Cell...............................................................................................791.1.5.5 Number of Successful Initial E-RAB Setups in a Cell...........................................................................................841.1.5.6 Total Number of E-RAB Setup Attempts for Incoming Handovers in a Cell........................................................881.1.5.7 Number of Successful E-RAB Setups for Incoming Handovers in a Cell.............................................................911.1.5.8 Number of UE-related Signaling Connection Setups over the S1 Interface........................................................1011.1.5.9 E-RAB Setup Duration in a Cell..........................................................................................................................1031.1.6 Measurement related to E-RAB release (E-RAB.Rel.Cell).....................................................................................1071.1.6.1 Number of Abnormal E-RAB Releases in a Cell.................................................................................................133

3900 Series Base StationPerformance Counter Reference Contents


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1.1.6.2 Number of Normal E-RAB Releases in a Cell.....................................................................................................1391.1.6.3 Number of Normal E-RAB Releases for Outgoing Handovers in a Cell.............................................................1451.1.6.4 Number of Abnormal E-RAB Releases for Outgoing Handovers in a Cell.........................................................1551.1.6.5 Total Number of Abnormal E-RAB Releases in a Cell........................................................................................1651.1.6.6 Number of Abnormal E-RAB Releases for Different Causes in a Cell...............................................................1691.1.6.7 Number of Released E-RABs of UEs in the Uplink Out-of-Synchronization State............................................1751.1.6.8 Total Number of E-RABs of UEs When the UEs Transit from the Uplink-synchronized State to the Uplink Out-of-Synchronization State..................................................................................................................................................1791.1.6.9 Number of E-RAB Releases Initiated by the eNodeB in a Cell...........................................................................1801.1.6.10 Number of E-RAB Releases Initiated by the MME in a Cell............................................................................1851.1.6.11 Number of Remaining E-RABs in a Cell...........................................................................................................1901.1.6.12 Number of E-RAB Releases Initiated by the eNodeB Because of the S1 RESET in a Cell..............................1931.1.6.13 Number of E-RAB Releases Initiated by the MME Because of the S1 RESET in a Cell..................................1981.1.7 Measurement related to E-RAB establish failure (E-RAB.EstFail.Cell)................................................................2021.1.7.1 Number of E-RAB Setup Failures for Different Causes in a Cell........................................................................2051.1.8 Measurement related to E-RAB modify (E-RAB.Modify.Cell)..............................................................................2131.1.8.1 Number of E-RAB Modification Attempts in a Cell............................................................................................2191.1.8.2 Number of Successful E-RAB Modifications in a Cell........................................................................................2231.1.8.3 Number of E-RAB Modification Failures for Different Causes in a Cell............................................................2281.1.9 Measurement related to Cell Algorithm (Algo.Cell)...............................................................................................2301.1.9.1 Number of Times Uplink or Downlink Congestion Occurs in a Cell..................................................................2371.1.9.2 Duration of Uplink or Downlink Congestion in a Cell........................................................................................2391.1.9.3 Number of Service Releases due to Congestion in a Cell....................................................................................2401.1.9.4 Duration of Cell Unavailability............................................................................................................................2411.1.9.5 Duration of Cell Availability................................................................................................................................2431.1.9.6 Number of Signaling Messages over the Uu Interface.........................................................................................2431.1.9.7 Number of DRX Reconfiguration Messages........................................................................................................2441.1.9.8 Uplink or Downlink Voice Quality in a Cell........................................................................................................2451.1.9.9 Number of Times that E-UTRAN is Configured as the Highest Frequency Priority in an IMMCI IE................2491.1.9.10 Number of Times that the WCDMA Network is Configured as the Highest Frequency Priority in an IMMCI IE..........................................................................................................................................................................................2501.1.9.11 Number of Times that GERAN is Configured as the Highest Frequency Priority in an IMMCI IE.................2521.1.9.12 Number of Successful Preemptions Triggered due to User Limitation..............................................................2531.1.9.13 Number of Semi-Persistent Scheduling Times in a cell.....................................................................................2541.1.9.14 Number of Failed Semi-Persistent Scheduling Transmissions in a Cell............................................................2561.1.9.15 Number of Times a UE in Connected Mode Enters DRX in RRC_CONECTED Mode...................................2571.1.9.16 Number of Times a UE in Connected Mode Exits DRX in RRC_CONECTED Mode.....................................2591.1.9.17 DRX Duration.....................................................................................................................................................2601.1.10 Measurement related to DRB (Traffic.DRB.Cell).................................................................................................2621.1.10.1 Number of DRBs in a Cell.................................................................................................................................2651.1.11 Measurement related to Thruput (Traffic.Thruput.Cell).......................................................................................2681.1.11.1 Maximum Uplink Traffic Volume for PDCP SDUs in a Cell............................................................................294



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1.1.11.2 Maximum Downlink Traffic Volume for PDCP SDUs in a Cell.......................................................................2981.1.11.3 Total Bits of Transmitted Signaling SDUs on SRBs at the PDCP Layer in a Cell............................................3021.1.11.4 Total Bits of Received Signaling SDUs on SRBs at the PDCP Layer in a Cell................................................3021.1.11.5 Total Duration of Downlink Data Transmission in a Cell..................................................................................3031.1.11.6 Total Duration of Uplink Data Transmission in a Cell......................................................................................3051.1.11.7 Duration of Data Transmission for Services with a Specific QCI in a Cell.......................................................3061.1.11.8 Total Duration of UE Data Transmission in a Cell............................................................................................3101.1.11.9 Uplink Traffic Volume for PDCP SDUs in a Cell.............................................................................................3111.1.11.10 Receive Duration of Uplink PDCP SDUs in a Cell..........................................................................................3151.1.11.11 Downlink Traffic Volume for PDCP SDUs in a Cell......................................................................................3191.1.11.12 Transmit Duration of Downlink PDCP SDUs in a Cell...................................................................................3231.1.11.13 Total Bits of User Data Received at the PDCP Layer from CEUs in a Cell....................................................3281.1.11.14 Total Duration in Which User Data From CEUs Is Received at the PDCP Layer in a Cell............................3291.1.11.15 Total Bits of User Data Transmitted at the PDCP Layer to CEUs in a Cell....................................................3301.1.11.16 Total Duration in Which User Data Is Transmitted to CEUs at the PDCP Layer in a Cell.............................3311.1.11.17 Total Traffic Volume of Downlink PDCP SDUs Transmitted to Activated CA UEs in a Cell.......................3321.1.11.18 Total Transmit Duration of Downlink PDCP SDUs Transmitted to Activated CA UEs in a Cell..................3331.1.11.19 Total Duration of Downlink Data Transmission with the Precision of 1 Millisecond in a Cell......................3341.1.11.20 Total Duration of Uplink Data Transmission with the Precision of 1 Millisecond in a Cell...........................3351.1.11.21 Downlink traffic volume sent in the last TTI before the buffer is empty.........................................................3371.1.11.22 Data transmit duration except the last TTI before the downlink buffer is empty.............................................3411.1.11.23 Traffic Volume of Uplink PDCP SDUs Sent in the Last TTI Before the UE Buffer is Empty.......................3451.1.11.24 Uplink Data Transmit Duration Except the Last TTI Before the UE Buffer is Empty....................................3461.1.11.25 Uplink Traffic Volume of PDCP SDUs Scheduled for Small Packets............................................................3471.1.11.26 Uplink Data Transmission Duration Except that for Small Packets.................................................................3481.1.12 Measurement related to PDCP (Traffic.PDCP.Cell).............................................................................................3491.1.12.1 Number of Discarded Downlink PDCP SDUs...................................................................................................3541.1.12.2 Downlink ROHC Compression Rate of Headers...............................................................................................3581.1.12.3 Downlink ROHC Compression Rate..................................................................................................................3591.1.12.4 Decompression Failure Rate of Uplink PDCP SDUs After the ROHC.............................................................3601.1.12.5 Number of Transmitted Downlink Traffic PDCP SDUs for DRB Services in a Cell over the Uu Interface..........................................................................................................................................................................................3611.1.12.6 Uplink ROHC Compression Rate of Headers....................................................................................................3651.1.12.7 Uplink ROHC Compression Rate.......................................................................................................................3661.1.13 Measurement related to Paging (Paging.Cell).......................................................................................................3671.1.13.1 Number of Received Paging Messages over the S1 Interface in a Cell.............................................................3691.1.13.2 Number of UEs Contained in Paging Messages Transmitted over the Uu Interface in a Cell...........................3701.1.13.3 Number of Successful Paging Responses from the UE in a Cell.......................................................................3721.1.13.4 Number of Discarded Paging Messages from the MME to UEs in a Cell.........................................................3731.1.13.5 Number of Paging Messages Transmitted Due to System Information Changes..............................................3741.1.13.6 Number of Paging Messages Discarded due to Paging Channel Congestion....................................................3761.1.14 Measurement related to securmode (SecurMode.Cell).........................................................................................377



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1.1.14.1 Number of Security Mode Setups in a Cell........................................................................................................3781.1.15 Measurement related to RA (RA.Cell)..................................................................................................................3821.1.15.1 Number of Times the Contention Preamble Is Received...................................................................................3881.1.15.2 Number of Times the Random Access Response Message Is Sent After the Contention Preamble Is Received..........................................................................................................................................................................................3901.1.15.3 Number of Times the Contention Resolution Message Is Sent After the Contention Preamble Is Received..........................................................................................................................................................................................3921.1.15.4 Number of Times the Non-Contention-Based Preamble Is Received................................................................3951.1.15.5 Number of Times the Random Access Response Message Is Sent After the Non-Contention-Based Preamble IsReceived...........................................................................................................................................................................3971.1.15.6 Number of Times the UE Msg3 Response Message Is Received in the Handover-Triggered Non-Contention-Based RA Procedure.........................................................................................................................................................3991.1.15.7 Number of Times the TA with a Specific Value Range in a UE-Initiated Random Access Procedure in a Cell..........................................................................................................................................................................................4011.1.16 Measurement related to PWR (ChMeas.Pwr.Cell)................................................................................................4051.1.16.1 Downlink Transmit Power..................................................................................................................................4071.1.16.2 Interference and Noise Received by Each PRB in a Cell...................................................................................4091.1.16.3 Receive Power of interference and noise detected of each PRB in the UL UpPTS...........................................4111.1.16.4 Receive Power of the first Symbol in First UL Subframe..................................................................................4111.1.16.5 Receive Power of the seventh (or fifth) Symbol in First UL Subframe.............................................................4121.1.16.6 Receive Power of the first Symbol in Last UL Subframe..................................................................................4131.1.16.7 Receive Power of the twelfth (or tenth) Symbol in the Last UL Subframe.......................................................4141.1.17 Measurement related to MIMO (ChMeas.MIMO.Cell)........................................................................................4161.1.17.1 Number of Used Downlink PRBs in MIMO Mode............................................................................................4191.1.17.2 Number of RBs That Are Successfully Paired for VMIMO UEs in a Cell........................................................4231.1.17.3 Number of RBs That Can Be Paired for VMIMO UEs in a Cell.......................................................................4241.1.17.4 Number of RBs for MIMO UEs That Are Successfully Paired for MUBF in a Cell.........................................4251.1.17.5 Number of RBs for MIMO UEs That Can Be Paired for MUBF in a Cell........................................................4261.1.17.6 Number of Used Downlink PRBs in BF Mode..................................................................................................4271.1.18 Measurement related to CQI (ChMeas.CQI.Cell).................................................................................................4281.1.18.1 Number of Wideband CQI Reports in a Cell.....................................................................................................4521.1.18.2 Number of Periodic Wideband CQI Reports in Single-Codeword Transmission in a Cell...............................4591.1.18.3 Number of Aperiodic Wideband CQI Reports in Single-Codeword Transmission in a Cell.............................4661.1.18.4 Number of Periodic Wideband CQI Reports for Codeword 0 in Dual-Codeword Transmission in a Cell.......4731.1.18.5 Number of Aperiodic Wideband CQI Reports for Codeword 0 in Dual-Codeword Transmission in a Cell..........................................................................................................................................................................................4801.1.18.6 Number of Periodic Wideband CQI Reports for Codeword 1 in Dual-Codeword Transmission in a Cell.......4871.1.18.7 Number of Aperiodic Wideband CQI Reports for Codeword 1 in Dual-Codeword Transmission in a Cell..........................................................................................................................................................................................4941.1.19 Measurement related to MCS (ChMeas.MCS.Cell)..............................................................................................5011.1.19.1 Number of Times an MCS Index Is Scheduled on the PUSCH.........................................................................5371.1.19.2 Number of Times a Specific MCS Index Is Scheduled on the PDSCH.............................................................5521.1.19.3 Number of PRBs on the PUSCH Using a Specified MCS for Scheduling in a Cell..........................................568



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1.1.19.4 Number of PRBs on the PDSCH Using a Specific MCS index for Scheduling in a Cell..................................5781.1.20 Measurement related to PRB (ChMeas.PRB.Cell)................................................................................................6201.1.20.1 Number of Used Uplink PRBs...........................................................................................................................6271.1.20.2 Number of Used Downlink PRBs......................................................................................................................6291.1.20.3 Number of Used PUCCH...................................................................................................................................6301.1.20.4 Number of OFDM Symbols Occupied by the PDCCH......................................................................................6311.1.20.5 Number of PDCCH CCEs used in a cell............................................................................................................6331.1.20.6 Average Number of PRBs Occupied by CA UEs in a Cell................................................................................6351.1.20.7 Average Number of Available PRBs in a Cell...................................................................................................6371.1.20.8 Average Number of PRBs Used by CEUs in a Cell...........................................................................................6391.1.20.9 Average Number of PRBs Allocated for Frequency Selective Scheduling.......................................................6401.1.20.10 Average Number of PRBs Allocated for Uplink Pre-scheduling.....................................................................6421.1.20.11 Number of Times of DTX for PDCCH Resource Allocation with a Specific Aggregation Level in a Cell..........................................................................................................................................................................................6431.1.20.12 Number of Times of Successful PDCCH Resource Allocations with a Specific Aggregation Level..............6451.1.21 Measurement related to MAC (Traffic.MAC.Cell)...............................................................................................6471.1.21.1 Total Number of Bits of TBs Transmitted on the BCH.....................................................................................6571.1.21.2 Total Number of Bits of TBs Transmitted on the PCH......................................................................................6581.1.21.3 Number of TBs Initially Transmitted on the Downlink SCH............................................................................6591.1.21.4 Number of Bits of TBs Initially Transmitted on the Downlink SCH.................................................................6621.1.21.5 Number of TBs Retransmitted on the Downlink SCH.......................................................................................6641.1.21.6 Number of Bits of TBs Retransmitted on the Downlink SCH...........................................................................6661.1.21.7 Number of TBs Initially Transmitted on the Uplink SCH.................................................................................6681.1.21.8 Number of Bits of TBs Initially Transmitted on the Uplink SCH......................................................................6691.1.21.9 Number of TBs Retransmitted over the Uplink SCH.........................................................................................6711.1.21.10 Number of Bits of TBs Retransmitted on the Uplink SCH..............................................................................6731.1.21.11 Number of Downlink Error TBs After Initial Transmission............................................................................6751.1.21.12 Number of Downlink Error TBs After the Maximum Number of Retransmissions Is Reached.....................6771.1.21.13 Number of Uplink Error TBs After Initial Transmission.................................................................................6791.1.21.14 Number of Uplink Error TBs After the Maximum Number of Retransmissions Is Reached..........................6811.1.21.15 Maximum Traffic Volume for MAC TBs in a Cell..........................................................................................6821.1.22 Measurement related to the number of User (Traffic.User.Cell)...........................................................................6841.1.22.1 Number of Users in a Cell..................................................................................................................................6951.1.22.2 Number of Cell Edge Users in a Cell.................................................................................................................6961.1.22.3 Number of UEs with Data in the Uplink Buffer.................................................................................................6991.1.22.4 Number of UEs with Data in the Downlink Buffer............................................................................................7011.1.22.5 Number of UL Synchronized Users in a Cell.....................................................................................................7021.1.22.6 Number of UEs Transmitting or Receiving Data in a Cell.................................................................................7031.1.22.7 Number of UL CoMP UEs in a Cell...................................................................................................................7051.1.22.8 Number of CA UEs in a Cell..............................................................................................................................7061.1.22.9 Average Number of Activated UEs with a Specific QCI in the Uplink Buffer.................................................7091.1.22.10 Average Number of Activated UEs with a Specific QCI in the Downlink Buffer...........................................713



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1.1.22.11 Number of UEs Configured with SRS Resources in a Cell.............................................................................7171.1.22.12 Number of UEs on Which TTI Bundling Takes Effect in a Cell.....................................................................7181.1.22.13 Number of UEs on Which ROHC Takes Effect in a Cell................................................................................7191.1.22.14 Number of UEs on Which DRX Takes Effect in a Cell...................................................................................7211.1.22.15 Number of Activated UEs in the Downlink in a Cell.......................................................................................7221.1.22.16 Number of Activated UEs in the Uplink in a Cell............................................................................................7231.1.22.17 Number of Activated UEs in a Cell..................................................................................................................7251.1.23 Measurement related to IRATHOOUT (HO.IRAT.Out.Cell)...............................................................................7261.1.23.1 Number of Inter-RAT Handover Attempts from E-UTRAN to CDMA2000 Network.....................................7561.1.23.2 Number of Inter-RAT Handovers Executions from E-UTRAN to CDMA2000 Network................................7581.1.23.3 Number of Successful Inter-RAT Handovers from E-UTRAN to CDMA2000 Network.................................7601.1.23.4 Number of Inter-RAT Handover Attempts from E-UTRAN to WCDMA Network.........................................7621.1.23.5 Number of Inter-RAT Handovers Executions from E-UTRAN to WCDMA Network.....................................7641.1.23.6 Number of Successful Inter-RAT Handovers from E-UTRAN to WCDMA Network.....................................7661.1.23.7 Number of Inter-RAT Handover Attempts from E-UTRAN to GERAN..........................................................7681.1.23.8 Number of Inter-RAT Handovers Executions from E-UTRAN to GERAN......................................................7701.1.23.9 Number of Successful Inter-RAT Handovers from E-UTRAN to GERAN......................................................7721.1.23.10 Number of Inter-RAT Handover Attempts from E-UTRAN to TD-SCDMA Network..................................7741.1.23.11 Number of Inter-RAT Handovers Executions from E-UTRAN to TD-SCDMA Network..............................7761.1.23.12 Number of Successful Inter-RAT Handovers from E-UTRAN to TD-SCDMA Network..............................7781.1.23.13 Number of Inter-RAT Handover Failures for Different Causes.......................................................................7801.1.23.14 Number of Inter-RAT Blind Handover Attempts from E-UTRAN to Another System..................................7891.1.23.15 Number of Blind Handover Executions from E-UTRAN to Another System.................................................7921.1.23.16 Number of successful Inter-RAT Blind Handovers from E-UTRAN to Another System ..............................7961.1.23.17 Number of Indicators for CSFB to Another System........................................................................................7991.1.23.18 Number of CSFB Responses to MMEs............................................................................................................8031.1.23.19 Number of Procedures for CSFB to Another System.......................................................................................8071.1.23.20 Number of Inter-RAT Redirection Preparations from E-UTRAN to Another System....................................8191.1.23.21 Number of Inter-RAT Redirections from E-UTRAN to Another System.......................................................8221.1.23.22 Number of Inter-RAT Handover Attempts from E-UTRAN to WCDMA network for SRVCC....................8251.1.23.23 Number of Inter-RAT Handover Executions from E-UTRAN to WCDMA network for SRVCC.................8271.1.23.24 Number of Successful Inter-RAT Handovers from E-UTRAN to WCDMA Network for SRVCC................8291.1.23.25 Number of Inter-RAT Handover Attempts from E-UTRAN to GERAN for SRVCC....................................8311.1.23.26 Number of Inter-RAT Handover Executions from E-UTRAN to GERAN for SRVCC.................................8331.1.23.27 Number of Successful Inter-RAT Handovers from E-UTRAN to GERAN for SRVCC.................................8351.1.23.28 Number of Inter-RAT Handover Attempts from E-UTRAN to TD-SCDMA Network for SRVCC..............8371.1.23.29 Number of Inter-RAT Handover Executions from E-UTRAN to TD-SCDMA Network for SRVCC...........8391.1.23.30 Number of Successful Inter-RAT Handovers from E-UTRAN to TD-SCDMA network for SRVCC...........8411.1.23.31 Number of LCS-triggered CS Fallback Indicators Received by the eNodeB..................................................8431.1.23.32 Number of Responses Sent from the eNodeB to MMEs for CSFB Triggered by LCS...................................8461.1.23.33 Number of CCO Executions from E-UTRAN to GERAN...............................................................................848



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1.1.23.34 Number of Successful CCOs from E-UTRAN to GERAN..............................................................................8501.1.23.35 Number of Inter-RAT Handover Initiation Failures Because the Adjacent Cell is not the NRT of the Source Cell..........................................................................................................................................................................................8521.1.23.36 Number of CSFB Preparation Failures Because of Process Conflict...............................................................8571.1.23.37 Number of Handover Preparation Attempts from E-UTRAN to WCDMA Network Triggered Because of HighLoad..................................................................................................................................................................................8591.1.23.38 Number of Inter-RAT Handover Execution Attempts Triggered Because of High Load................................8611.1.23.39 Number of Successful Inter-RAT Handover Executions Triggered Because of High Load............................8631.1.23.40 Number of Redirections from E-UTRAN to WCDMA Network Triggered Because of High Load...............8651.1.23.41 Number of Inter-RAT Handover Attempts from E-UTRAN to WCDMA Network Triggered for UEs to Go backto the HPLMN..................................................................................................................................................................8671.1.23.42 Number of Inter-RAT Handover Executions from E-UTRAN to WCDMA Network Triggered for UEs to Goback to the HPLMN..........................................................................................................................................................8691.1.23.43 Number of Inter-RAT Handovers from E-UTRAN to WCDMA Network Triggered for UEs to Go back to theHPLMN............................................................................................................................................................................8711.1.23.44 Number of Inter-RAT Handover Executions from E-UTRAN to WCDMA Network Triggered for UEs That Donot Transmit or Receive Data...........................................................................................................................................8731.1.23.45 Number of Successful Inter-RAT Handovers from E-UTRAN to WCDMA Network Triggered for UEs That Donot Transmit or Receive Data...........................................................................................................................................8751.1.23.46 Number of LCS-based Inter-RAT Handover Executions for SRVCC.............................................................8771.1.23.47 Number of Responses for Abnormal Causes Received by the eNodeB from the MME During Inter-RATHandover Executions from E-UTRAN to Another System.............................................................................................8821.1.23.48 Number of Responses for Abnormal Causes Received by the eNodeB from the MME During Inter-RATHandover Executions from E-UTRAN to Another System for SRVCC..........................................................................8861.1.23.49 Number of Responses for Abnormal Causes Received by the eNodeB from the MME During CCO Executionsfrom E-UTRAN to GERAN.............................................................................................................................................8891.1.23.50 Number of Responses for Abnormal Causes Received by the eNodeB from the MME During CSFB-based Inter-RAT Handover Executions from E-UTRAN to Another System....................................................................................8911.1.24 Measurement related to IRATHOIN (HO.IRAT.In.Cell).....................................................................................8951.1.24.1 Success Rate of Inter-RAT Handovers from E-UTRAN to CDMA2000 Network...........................................8991.1.24.2 Success Rate of Inter-RAT Handovers from E-UTRAN to WCDMA Network................................................9001.1.24.3 Success Rate of Inter-RAT Handovers from E-UTRAN to GERAN.................................................................9011.1.24.4 Number of Inter-RAT Handover Attempts from GERAN to E-UTRAN..........................................................9021.1.24.5 Number of Inter-RAT Handover Preparation from GERAN to E-UTRAN.......................................................9041.1.24.6 Number of Successful Inter-RAT Handovers from GERAN to E-UTRAN......................................................9061.1.24.7 Number of Inter-RAT inter-RAT Handover Preparation Failures for Different Causes in a Cell.....................9081.1.24.8 Number of Inter-RAT Handover Attempts from TD-SCDMA Network to E-UTRAN....................................9111.1.24.9 Number of Inter-RAT Handover Preparation from TD-SCDMA Network to E-UTRAN................................9131.1.24.10 Number of Successful Inter-RAT Handovers from TD-SCDMA Network to E-UTRAN..............................9151.1.24.11 Number of Inter-RAT Handover Attempts from WCDMA Network to E-UTRAN.......................................9171.1.24.12 Number of Inter-RAT Handover Preparation from WCDMA Network to E-UTRAN....................................9191.1.24.13 Number of Successful Inter-RAT Handovers from WCDMA Network to E-UTRAN...................................9211.1.25 Measurement related to Intra eRan HOOUT (HO.eRAN.Out.Cell).....................................................................9231.1.25.1 Number of Intra-eNodeB Outgoing Handover Attempts in a Cell.....................................................................934



xi

1.1.25.2 Number of Intra-eNodeB Outgoing Handovers Executions in a Cell................................................................9371.1.25.3 Number of Successful Intra-eNodeB Outgoing Handovers in a Cell.................................................................9391.1.25.4 Number of Inter-eNodeB Outgoing Handover Attempts in a Cell.....................................................................9411.1.25.5 Number of Inter-eNodeB Outgoing Handovers Executions in a Cell................................................................9451.1.25.6 Number of Successful Inter-eNodeB Outgoing Handovers in a Cell.................................................................9481.1.25.7 Intra-Frequency Handover Success Rate............................................................................................................9561.1.25.8 Inter-Frequency Handover Success Rate............................................................................................................9571.1.25.9 Number of Outgoing Blind Handover Attempts in a Cell..................................................................................9581.1.25.10 Number of Outgoing Blind Handovers Executions in a Cell...........................................................................9601.1.25.11 Number of Successful Outgoing Blind Handovers in a Cell............................................................................9631.1.25.12 Number of Outgoing Handover Failures for Different Causes in a Cell..........................................................9731.1.25.13 Number of Intra-RAT Redirections..................................................................................................................9801.1.25.14 Number of Intra-RAT Handover Initiation Failures Because the Adjacent Cell is not on the NRT of the SourceCell....................................................................................................................................................................................9821.1.25.15 Number of Inter-Frequency Handover Preparation Attempts Triggered Because of High Load.....................9851.1.25.16 Number of Inter-Frequency Handover Execution Attempts Triggered Because of High Load.......................9871.1.25.17 Number of Successful Inter-Frequency Handover Executions Triggered Because of High Load...................9901.1.25.18 Number of Inter-Frequency Outgoing Handover Attempts Triggered for UEs to Go back to the HPLMN........................................................................................................................................................................................10001.1.25.19 Number of Inter-Frequency Outgoing Handover Executions Triggered for UEs to Go back to the HPLMN........................................................................................................................................................................................10031.1.25.20 Number of Successful Inter-Frequency Outgoing Handovers Triggered for UEs to Go Back to the HPLMN........................................................................................................................................................................................10061.1.25.21 Number of Intra-Frequency Handover Execution Attempts Triggered for UEs that do not transmit or receivedata..................................................................................................................................................................................10131.1.25.22 Number of Successful Intra-Frequency Handover Executions Triggered for UEs that do not transmit or receivedata..................................................................................................................................................................................10161.1.25.23 Number of Inter-Frequency Handover Execution Attempts Triggered for UEs That Do not Transmit or ReceiveData.................................................................................................................................................................................10251.1.25.24 Number of Successful Inter-Frequency Handover Executions Triggered for UEs That Do not Transmit or ReceiveData.................................................................................................................................................................................10291.1.25.25 Number of Responses for Abnormal Causes Received by the eNodeB from the MME During S1-based OutgoingHandover Executions......................................................................................................................................................10381.1.25.26 Number of Successful Intra-eNodeB Outgoing Handovers Where RRC Connections Are Reestablished to theSource Cell for UEs in a Cell.........................................................................................................................................10401.1.25.27 Number of Successful Inter-eNodeB Outgoing Handovers Where RRC Connections Are Reestablished to theSource Cell for UEs in a Cell.........................................................................................................................................10421.1.25.28 Number of successful blind outgoing handovers where RRC connections are reestablished to the source cell forUEs in a cell....................................................................................................................................................................10461.1.26 Measurement related to Intra eRan HOIN (HO.eRAN.In.Cell)..........................................................................10501.1.26.1 Number of Intra-eNodeB Incoming Handover Attempts in a Cell...................................................................10551.1.26.2 Number of Intra-eNodeB Incoming Handovers Executions in a Cell..............................................................10571.1.26.3 Number of Successful Intra-eNodeB Incoming Handovers in a Cell...............................................................10581.1.26.4 Number of Inter-eNodeB Incoming Handover Attempts in a Cell...................................................................1061



xii

1.1.26.5 Number of Inter-eNodeB Incoming Handovers Executions in a Cell..............................................................10631.1.26.6 Number of Successful Inter-eNodeB Incoming Handovers in a Cell...............................................................10651.1.26.7 Number of Incoming Handover Failures for Different Causes in a Cell..........................................................10701.1.26.8 Number of Path Switch Requests for Inter-eNodeB Incoming Handovers in a Cell.......................................10771.1.26.9 Number of Successful Path Switches for inter-eNodeB Incoming Handovers in a Cell..................................10791.1.26.10 Number of Incoming Handover Failures Because of High Load in a Cell....................................................10801.1.26.11 Number of HANDOVER CANCEL Messages Received by the Target Cell from the Source Cell During Inter-eNodeB Incoming Handover Executions in a Cell.........................................................................................................10821.1.27 Measurement related to Intra eRan X2 HOOUT (HO.eRAN.X2Out.Cell).........................................................10861.1.27.1 Number of X2-based Outgoing Handover Attempts in a Cell.........................................................................10891.1.27.2 Number of X2-based Outgoing Handover Executions in a Cell......................................................................10921.1.27.3 Number of Successful X2-based Outgoing Handovers in a Cell.....................................................................10941.1.27.4 Number of X2-based Outgoing Handover Failures for Different Causes in a Cell..........................................10981.1.27.5 Number of Successful X2-based Outgoing Handovers Where RRC Connections Are Reestablished to the SourceCell for UEs in a Cell.....................................................................................................................................................11001.1.28 Measurement related to Intra eRan DRX HOOUT (HO.DRX.Out.Cell)............................................................11021.1.28.1 Number of Intra-eNodeB Outgoing Handovers Executions in the DRX State................................................11061.1.28.2 Number of Successful Intra-eNodeB Outgoing Handovers in the DRX State.................................................11081.1.28.3 Number of Inter-eNodeB Outgoing Handovers Executions in the DRX State................................................11111.1.28.4 Number of Successful Inter-eNodeB Outgoing Handovers in the DRX State.................................................11141.1.29 Measurement related to Packet (Traffic.Packet.Cell)..........................................................................................11221.1.29.1 Total Processing Delay of Downlink PDCP SDUs for DRB Services in a Cell..............................................11341.1.29.2 Number of Successfully Transmitted Downlink PDCP SDUs for DRB Services in a Cell.............................11371.1.29.3 Total Number of Discarded Downlink PDCP SDUs for DRB Services in a Cell............................................11411.1.29.4 Total Number of Transmitted Downlink PDCP SDUs for DRB Services in a Cell........................................11451.1.29.5 Total Number of Discarded Uplink PDCP SDUs for DRB Services in a Cell................................................11491.1.29.6 Total Number of Expected Uplink Data Packets for DRB Services in a Cell..................................................11531.1.30 Measurement related to DFEE (ChMeas.DFEE.Cell).........................................................................................11571.1.30.1 Duration of Energy Saving and Emission Reduction.......................................................................................11581.1.31 Measurement related to LCS in a cell (LCS.Cell)...............................................................................................11601.1.31.1 Number of E-CID Measurement Requests in a Cell........................................................................................11611.1.31.2 Number of Successful E-CID Measurement Requests in a Cell......................................................................11631.1.32 Measurements related to EMC (EMC.Cell)........................................................................................................11641.1.32.1 Number of Outgoing Handover Attempts for Emergency Calls in a Cell........................................................11671.1.32.2 Number of Executed Outgoing Handovers for Emergency Calls in a Cell......................................................11691.1.32.3 Number of Successful Outgoing Handovers for Emergency Calls in a Cell....................................................11721.1.32.4 Number of E-RAB Setup Attempts for Emergency Calls in a Cell.................................................................11811.1.32.5 Number of Successful E-RAB Setups for Emergency Calls in a Cell.............................................................11841.1.32.6 Number of Normal E-RAB Releases Due to Outgoing Handovers for Emergency Calls in a Cell.................11861.1.32.7 Number of Abnormal E-RAB Releases Due to Outgoing Handovers for Emergency Calls in a Cell.............11881.1.32.8 Number of Abnormal Releases of E-RABs for Emergency Calls in a Cell.....................................................11911.1.32.9 Number of Normal E-RAB Releases for Emergency Calls in a Cell...............................................................1194



xiii

1.1.33 Measurements related to UECNTX (UeCntx.Rel.Cell)......................................................................................11981.1.33.1 Number of Abnormal UE Context Releases in a Cell......................................................................................12011.1.33.2 Number of Normal UE Context Releases in a Cell..........................................................................................12061.1.33.3 Number of UE Context Releases due to High Mobility of UEs.......................................................................12071.1.33.4 Number of UE Context Releases During an Inter-RAT Measurement............................................................12091.1.33.5 Number of UE Context Releases Initiated by the eNodeB in a Cell................................................................12111.1.33.6 Number of UE Context Releases Initiated by the eNodeB due to Different Causes in a Cell.........................12131.1.33.7 Number of UE Context Releases Initiated by the MME in a Cell....................................................................12151.1.33.8 Number of UE Context Releases Initiated by the MME due to a Normal Cause in a Cell..............................12161.1.34 Measurement related to SFN (SFN.Cell)............................................................................................................12181.1.34.1 Number of Times When the Downlink Attribute of a UE Changes from Independent-scheduling to Joint-scheduling.......................................................................................................................................................................12201.1.34.2 Number of Times When the Downlink Attribute of a UE Changes from Joint-scheduling to Independent-scheduling.......................................................................................................................................................................12211.1.34.3 Number of Times that the Downlink Target RRU of a UE in an SFN Cell Changes......................................12221.1.34.4 Average Number of Joint-scheduling UEs in the Uplink.................................................................................12231.1.34.5 Average number of working RRUs for a joint-scheduling UE in the uplink...................................................12241.1.34.6 Number of Times When the Uplink Attribute of a UE Changes from Independent Scheduling to Joint Schedulingin an SFN Cell................................................................................................................................................................12251.1.34.7 Number of Times When the Uplink Attribute of a UE Changes from Joint-scheduling to Independent-schedulingin an SFN cell.................................................................................................................................................................12261.1.34.8 Number of Times that the Uplink Target RRU of a UE in an SFN Cell Changes...........................................12271.1.34.9 Average Number of Joint-scheduling UEs in the Downlink............................................................................12281.1.34.10 Average Number of Working RRUs for a Joint-scheduling UE in the Downlink.........................................12291.1.35 Measurements related to UECNTX Modify (UeCntx.Mod.Cell).......................................................................12311.1.35.1 Number of UE Context Modification Attempts...............................................................................................12321.1.35.2 Number of Successful UE Context Modifications...........................................................................................12331.1.36 Measurement related to CA (CA.Cell)................................................................................................................12351.1.36.1 Total Number of Abnormal E-RAB Releases for CA UEs in a Cell................................................................12361.1.36.2 Total Number of Normal E-RAB Releases for CA UEs in a Cell....................................................................12381.1.36.3 Number of Handover Attempts for CA UEs in a Cell......................................................................................12421.1.36.4 Number of Handover Executions for CA UEs in a Cell...................................................................................12461.1.36.5 Number of Successful Handovers for CA UEs in a Cell..................................................................................12491.1.37 Measurement related to RLC (Traffic.RLC.Cell)................................................................................................12581.1.37.1 Number of Bits of Uplink RLC ARQ PDUs Retransmitted by UEs................................................................12591.1.37.2 Number of Bits of Downlink RLC ARQ PDUs Retransmitted by the eNodeB...............................................12601.1.37.3 Number of Received Uplink RLC ARQ PDUs................................................................................................12611.1.37.4 Number of Transmitted Downlink RLC ARQ PDUs.......................................................................................12621.1.37.5 Number of Received Uplink RLC ARQ PDUs Retransmitted by UEs............................................................12631.1.37.6 Number of Downlink RLC ARQ PDUs Retransmitted by UEs.......................................................................12641.1.37.7 Number of Downlink RLC PDUs Failed to Be Sent to UEs in AM Mode in a Cell.......................................12651.1.38 Measurement related to Reserve Cell (Reserve.Cell)..........................................................................................1266



xiv

1.1.38.1 L.Reserve.1.......................................................................................................................................................12721.1.38.2 L.Reserve.2.......................................................................................................................................................12731.1.38.3 L.Reserve.3.......................................................................................................................................................12741.1.38.4 L.Reserve.4.......................................................................................................................................................12751.1.38.5 L.Reserve.5.......................................................................................................................................................12751.1.38.6 L.Reserve.6.......................................................................................................................................................12761.1.38.7 L.Reserve.7.......................................................................................................................................................12771.1.38.8 L.Reserve.8.......................................................................................................................................................12781.1.38.9 L.Reserve.9.......................................................................................................................................................12781.1.38.10 L.Reserve.10...................................................................................................................................................12791.1.38.11 L.Reserve.11...................................................................................................................................................12801.1.38.12 L.Reserve.12...................................................................................................................................................12811.1.38.13 L.Reserve.13...................................................................................................................................................12811.1.38.14 L.Reserve.14...................................................................................................................................................12821.1.38.15 L.Reserve.15...................................................................................................................................................12831.1.38.16 L.Reserve.16...................................................................................................................................................12841.1.38.17 L.Reserve.17...................................................................................................................................................12841.1.38.18 L.Reserve.18...................................................................................................................................................12851.1.38.19 L.Reserve.19...................................................................................................................................................12861.1.38.20 L.Reserve.20...................................................................................................................................................12871.1.38.21 L.Reserve.21...................................................................................................................................................12871.1.38.22 L.Reserve.22...................................................................................................................................................12881.1.38.23 L.Reserve.23...................................................................................................................................................12891.1.38.24 L.Reserve.24...................................................................................................................................................12901.1.38.25 L.Reserve.25...................................................................................................................................................12901.1.38.26 L.Reserve.26...................................................................................................................................................12911.1.38.27 L.Reserve.27...................................................................................................................................................12921.1.38.28 L.Reserve.28...................................................................................................................................................12931.1.38.29 L.Reserve.29...................................................................................................................................................12931.1.38.30 L.Reserve.30...................................................................................................................................................12941.1.39 Measurement related to CellComb (CellComb.Cell)..........................................................................................12951.1.39.1 Number of Downlink Joint-scheduling UEs in a Combination Cell................................................................12971.1.39.2 Average Number of Work Physical Cells of Downlink Joint-scheduling UEs in a Combination Cell...........12981.1.39.3 Number of Times an Independent-scheduling UE Becomes a Joint-scheduling UE in Downlink in a CombinationCell..................................................................................................................................................................................12991.1.39.4 Number of Times a Joint-scheduling UE Becomes an Independent-scheduling UE in Downlink in a CombinationCell..................................................................................................................................................................................13001.1.39.5 Number of Times the Downlink Target Physical Cell of a UE in a Combination Cell Changes in a CombinationCell..................................................................................................................................................................................13001.1.39.6 Number of Uplink Joint-scheduling UEs in a Combination Cell.....................................................................13011.1.39.7 Average Number of Work Physical Cells of Uplink Joint-scheduling UEs in a Combination Cell in a CombinationCell..................................................................................................................................................................................1302



xv

1.1.39.8 Number of Times an Independent-scheduling UE Becomes a Joint-scheduling UE in Uplink in a Combinationcell..................................................................................................................................................................................13031.1.39.9 Number of Times a Joint-scheduling UE Becomes an Independent-scheduling UE in Uplink in a CombinationCell..................................................................................................................................................................................13041.1.39.10 Number of Times the Uplink Target Physical Cell of a UE in a Combination Cell Changes in a CombinationCell..................................................................................................................................................................................13041.1.40 Measurement related to Measure Reports (ChMeas.MeasRpt.Cell)...................................................................13051.1.40.1 Number of Measurement Control Messages Sent by the eNodeB in a Cell.....................................................13061.1.41 Measurement related to UECNTX establish (UeCntx.Est.Cell).........................................................................13081.1.41.1 Number of UE Context Setup Attempts in a Cell............................................................................................13101.1.41.2 Number of Successful UE Context Setups in a Cell........................................................................................13121.1.42 Measurement related to UECNTX establish failure (UeCntx.EstFail.Cell)........................................................13141.1.42.1 Number of UE Context Setup Failures for Different Causes in a Cell ............................................................13151.1.43 Measurement related to Intra eRan X2 HOIN (HO.eRAN.X2In.Cell)...............................................................13201.1.43.1 Number of X2-based Incoming Handover Attempts in a Cell.........................................................................13211.1.43.2 Number of X2-based Incoming Handover Executions in a Cell......................................................................13231.1.43.3 Number of Successful X2-based Incoming Handovers in a Cell.....................................................................13241.1.44 Measurement related to Thruput Distribution (Traffic.Thruput.PDF.Cell).........................................................13271.1.44.1 Distribution of the Downlink Throughput in a Cell.........................................................................................13491.1.44.2 Distribution of the Uplink Throughput in a Cell..............................................................................................13881.2 Measurement of S1-LINK performance between eNodeB and MME (Sig.S1).......................................................13921.2.1 Measurement related to S1 link (Sig.S1)...............................................................................................................13921.2.1.1 Number of S1 Interface Setups...........................................................................................................................13931.2.1.2 Duration of S1 Link Unavailability....................................................................................................................13961.3 Measurement of X2-LINK performance between eNodeB and neighbor eNodeB (Sig.X2)...................................13971.3.1 Measurement related to X2 link (Sig.X2).............................................................................................................13971.3.1.1 Number of X2 Link Setup Attempts...................................................................................................................13991.3.1.2 Number of Successful X2 Link Setups...............................................................................................................14021.3.1.3 Duration of X2 Link Unavailability...................................................................................................................14051.4 Measurement between two neighbor cell (NCell)....................................................................................................14061.4.1 Measurement related to Intra eRan NCELL HOOUT (HO.NCell.Cell)...............................................................14061.4.1.1 Number of Outgoing Handover Attempts Between Two Specific Cells............................................................14111.4.1.2 Number of Outgoing Handover Executions Between Two Specific Cells.........................................................14141.4.1.3 Number of Successful Outgoing Handovers Between Two Specific Cells........................................................14181.4.1.4 Number of Ping-Pong Handovers Between Two Specific Cells........................................................................14271.4.1.5 Number of Delayed Intra-RAT Handovers between two specific cells.............................................................14331.4.1.6 Number of Premature Intra-RAT Handovers between two specific cells..........................................................14351.4.1.7 Number of Responses for Abnormal Causes Received by the eNodeB from the MME During Outgoing HandoverExecutions Between Two Specific Cells........................................................................................................................14381.4.1.8 Number of Successful Outgoing Handovers Between Two Specific Cells Where RRC Connections AreReestablished to the Source Cell for UEs in a Cell........................................................................................................14411.4.1.9 Number of intra-RAT handovers to a wrong cell between two specific cells....................................................14451.5 Measurement of Operator (Cell.Operator)...............................................................................................................1448



xvi

1.5.1 Measurement related to E-RAB establish for the operator (E-RAB.Est.Cell.Operator).......................................14491.5.1.1 Number of E-RAB Setup Attempts for a Specific Operator in a Cell................................................................14571.5.1.2 Number of Successful E-RAB Setups for a Specific Operator in a Cell............................................................14641.5.1.3 Total Number of E-RAB Setup Attempts for Incoming Handovers for a Specific Operator.............................14721.5.1.4 Total Number of Successful E-RAB Setups for Incoming Handovers for a Specific Operator.........................14751.5.2 Measurement related to E-RAB release for the operator (E-RAB.Rel.Cell.Operator).........................................14811.5.2.1 Number of Abnormal E-RAB Releases for a Specific Operator........................................................................14961.5.2.2 Number of Normal E-RAB Releases for a Specific Operator............................................................................15041.5.2.3 Number of Normal E-RAB Releases for Outgoing Handovers for a Specific Operator in a Cell.....................15131.5.2.4 Number of Abnormal E-RAB Releases for Outgoing Handovers for a Specific Operator................................15221.5.2.5 Number of Abnormal E-RAB Releases for Different Causes for a specific operator in a cell..........................15321.5.2.6 Number of E-RAB Releases Initiated by the eNodeB Because of the S1 RESET for a Specific Operator ......15351.5.3 Measurement related to Thruput for the Operator (Traffic.Thruput.Cell.Operator).............................................15421.5.3.1 Uplink Traffic Volume for PDCP SDUs for a specified operator......................................................................15581.5.3.2 Receive Duration of Uplink PDCP SDUs for a specific Operator in a Cell.......................................................15651.5.3.3 Downlink Traffic Volume for PDCP SDUs for a Specific Operator in a Cell...................................................15721.5.3.4 Transmit Duration of Downlink PDCP SDUs for a Specific Operator in a Cell...............................................15791.5.3.5 Downlink Traffic Volume Sent in the Last TTI Before the Buffer Is empty for a Specific Operator...............15861.5.3.6 Data Transmit Duration Except the Last TTI Before the Downlink Buffer Is Empty for a Specific Operator........................................................................................................................................................................................15931.5.3.7 Traffic Volume of Uplink PDCP SDUs Sent in the Last TTI Before the UE Buffer is Empty for a Specific Operator........................................................................................................................................................................................16001.5.3.8 Uplink Data Transmit Duration Except the Last TTI Before the UE Buffer is Empty for a Specific Operator........................................................................................................................................................................................16011.5.3.9 Uplink Traffic Volume of PDCP SDUs Scheduled for Small Packets for a Specific Operator.........................16031.5.3.10 Uplink Data Transmission Duration Except that for Small Packets for a Specific Operator...........................16041.5.4 Measurement related to the number of User for the Operator (Traffic.User.Cell.Operator).................................16051.5.4.1 Number of Users for a Specific Operator in a Cell............................................................................................16061.5.5 Measurement related to the RB number for the Operator (Traffic.RB.Cell.Operator).........................................16081.5.5.1 Average Number of PDSCH PRBs Used by a Specific Operator......................................................................16091.5.5.2 Average Number of PUSCH PRBs Used by a Specific Operator......................................................................16111.5.6 Measurement related to Intra eRan HOOUT for the operator (HO.eRAN.Out.Cell.Operator)............................16131.5.6.1 Number of Intra-eNodeB Outgoing Handover Attempts for a Specific Operator..............................................16201.5.6.2 Number of Intra-eNodeB Outgoing Handover Executions for a Specific Operator..........................................16221.5.6.3 Number of Successful Intra-eNodeB Outgoing Handovers for a Specific Operator..........................................16251.5.6.4 Number of Inter-eNodeB Outgoing Handover Attempts for a specified operator.............................................16281.5.6.5 Number of Performed Inter-eNodeB Outgoing Handovers for a specified operator.........................................16321.5.6.6 Number of Successful Inter-eNodeB Outgoing Handovers for a specified operator.........................................16361.5.6.7 Number of X2-based Outgoing Handover Attempts for a Specific Operator....................................................16441.5.6.8 Number of X2-based Outgoing Handover Executions for a Specific Operator.................................................16471.5.6.9 Number of Successful X2-based Outgoing Handovers for a specific operator..................................................16501.5.6.10 Number of Outgoing Blind Handover Attempts for a Specific Operator.........................................................1655



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1.5.6.11 Number of Outgoing Blind Handover Executions for a Specific Operator......................................................16591.5.6.12 Number of Successful Outgoing Blind Handovers for a Specific Operator.....................................................16631.5.7 Measurement related to IRATHOOUT for the operator (HO.IRAT.Out.Cell.Operator)......................................16721.5.7.1 Number of Inter-RAT Handover Attempts from E-UTRAN to WCDMA Network for a Specific Operator........................................................................................................................................................................................16761.5.7.2 Number of Inter-RAT Handover Executions from E-UTRAN to WCDMA Network for a Specific Operator........................................................................................................................................................................................16781.5.7.3 Number of Successful Inter-RAT Handovers from E-UTRAN to WCDMA Network for a Specific Operator........................................................................................................................................................................................16801.5.7.4 Number of Inter-RAT Handover Attempts from E-UTRAN to GERAN for a Specific Operator.....................16821.5.7.5 Number of Inter-RAT Handover Executions from E-UTRAN to GERAN for a Specific Operator.................16841.5.7.6 Number of Successful Inter-RAT Handovers from E-UTRAN to GERAN for a Specific Operator.................16861.5.7.7 Number of Inter-RAT Blind Handover Attempts from E-UTRAN to Another System for a Specific Operator........................................................................................................................................................................................16881.5.7.8 Number of Inter-RAT Blind Handover Executions from E-UTRAN to Another System for a Specific Operator........................................................................................................................................................................................16911.5.7.9 Number of Successful Inter-RAT Blind Handovers from E-UTRAN to Another System for a Specific Operator........................................................................................................................................................................................16941.5.8 Measurement related to Thruput Distribution for the Operator (Traffic.Thruput.PDF.Cell.Operator).................16981.5.8.1 Distribution of the Downlink Throughput in a Cell for a Specific Operator......................................................17211.5.8.2 Distribution of the Uplink Throughput in a Cell for a Specific Operator..........................................................1791

2 Hardware Platform Related Measurement.........................................................................17992.1 Measurement of Board performance (Board)...........................................................................................................18002.1.1 Measurement related to CPU of board (Measurement related to CPU of board)..................................................18002.1.1.1 Maximum and Average Board CPU Usage........................................................................................................18012.1.1.2 Number of Times that the CPU Usage of Boards Exceeds the Preconfigured Threshold.................................18022.2 Measurement of RRU performance (RRU)..............................................................................................................18042.2.1 Measurement related to RRU (Measurement related to RRU)..............................................................................18042.2.1.1 RRU or RFU Power Consumption.....................................................................................................................18052.3 Measurement of eNodeB performance (eNodeB)....................................................................................................18062.3.1 Measurement related to eNodeB (eNodeB.Device)..............................................................................................18072.3.1.1 eNodeB Power Consumption.............................................................................................................................18082.3.1.2 eNodeB Power Consumption Calculated by the PMU.......................................................................................18092.3.1.3 PSU shutdo

231267550 bts3900-v100 r008c00spc220-e-nodeb-performance-counter-reference

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