X-AFP Training Full

8/9/2019 X-AFP Training Full

http://slidepdf.com/reader/full/x-afp-training-full 1/169

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x-AFP Trainingx-AFP Training



2

Agenda (day 1)

• Tool Installation

– License Request

– Install full installatin – Install u!grades

– Installing "ulti!le #ersins (!tinal)

• The Optimi X environment

– $a! #ie%

– Layers "anager

– Pi#t ta&le

– 'dit sectr edit net%r

– Tas fl% "anager

• OptimiX Project Creation from RAW Data

– *!ti"i + Pr,ect reatin .u""ary

– P/ysical net%r traffic 0* R+AL R+L'3 i"!rtatin

– 4ata&ase rss 3alidatin

– 5.I Audit and "&ile "easure"ents cllectin



6

• IM generation

– .can List generatin

– $$R i"!rtatin

– $ulti!le I$ "anage"ent

• IM validation

– 4ata&ase rss 3alidatin

– I$ relatins/i!s

– I$ nr"ali7atin

– Additinal Interference nstraints .u!!rt

– Predicted R+AL #s $easured R+AL

• Qo sim!lator

– .ettings – rrelatin re!rts

– Results analysis

• IM !pdate

– Interferers insertin

Agenda (day 2)



8

Agenda (day 6)

• Optimi"ation

– 9et%r !ara"eters

– AFP settings (ex!lanatin f cnstraints)

– *!ti"i7a&le !ara"eters

– *!ti"i7atin csts• 4efault .ettings fr Ad-0c *!ti"i7er

• sts Per .ectr:Freq Re!rt

– 0.9:$AI* Planning – 50 and T0 Plan Re#ie%

– ;l&al Frequency Plan Re#ie%

– .i"ulatin %it/ t/e *!ti"i7ed Freq Plan

– .cring and c"!aring frequency !lans

• *!ti"i+ Additinal Features

• *!ti"i+ 4is!lays and Re!rts

• T0 Retune $et/dlgy <ey Pints

• .u!!rt Infr"atin



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Tl Installatin and License Inf

• .end e-"ail t license>!ti"i?c" t request a license• Install *!ti"i+

• Full Installatin• !grade t a ne% #ersin if yu already /a#e *!ti"i+ installed

• !y license file ?lic t t/e @*!ti"i*!ti"i + flder • Run *!ti"i+

• 4u&le clic n *!ti"i+?exe

• reate a s/rtcut fr *!ti"i+?exe n t/e dest!• .end e-"ail t *!ti"i License t get an acti#atin cde

• 4 nt /it A9'L n t/e acti#atin %ind%

• !y and !aste (r ty!e) t/e acti#atin cde• *!ti"i+ is running n yur lcal "ac/ine• If license ex!ires send an e-"ail t *!ti"i License t request a ne%

licenseB• Cu %ill need t attac/ yur license file ?lic• *!ti"i %ill send yu a ne% ?lic file t install

mailto:[email protected]

mailto:[email protected]



D

T/e *PTI$I + 'n#irn"entT/e *PTI$I + 'n#irn"ent



E

T/e *!ti"i + 'n#irn"ent

•

#o!r Main Windo$s to vie$% edit% and

modif& data'• patial vie$ (map vie$)• Tools*+ie$ (la&ers manager)

• Olap vie$ (pivot ta,le)• -dit sector% and net$or. vie$

(forms)

patial vie$% la&ers% forms% and pivot

ta,les are s&nchroni"ed




Main Men!

/ Tool,ar

R!ns on all Windo$s Platforms

Men! Driven Application

Tool 0ar Availa,le for major

operations

patial +ie$



G


• 1a&er Manager

It all%s users t ena&le:disa&le layers fr dis!lay suc/ as Plygnsrasters "a!s and !r,ect s!ecific !/ysical net%r RF . and Traffic data?

• 2et$or. Manager It all%s users t #ie% and access Pr,ect 9et%r Infr"atin in a

tree lie fr"at lie t/at f Hind%s 'x!lrer?

• Men! items It all%s uses access all $enu t/rug/ tree lie fr"at

1a&er Manager

2et$or. Manager

Men! Items



1


• 4ca&le Tls:3ie%s

• ust"i7a&le tl&ars

• lred and dca&le "essage Lg

ser $essages are !resented

in different clrs de!ending n

t/e i"!rtance f t/e "essage



12

+ie$ Pi#t Ta&le 9et%r ;.$ 50 distri&utin *R

Men! Items 1a&er 3ie% Pi#t Ta&le 9et%r ;.$ 50 distri&utin


Olap +ie$ (Pivot Ta,le)• n#enient %ay t select and filter

sectrs &ased n !ara"eter #alues

• All%s user t analy7e• Physical

• Network • RF • Traffic • QoS

4is!lay *nly@ ;rid ;ra!/ r 5t/?

'x!rt t@ .3 'xcel and 0T$L



16

-dit .ectr @ or Men! Item 1a&er 'dit .ectr??


List f

sectrs

9a"e

uery

;ru!s

-dit ector +ie$

• 4is!lays t/e /ard and sft!ara"eters fr e#ery sectr

in t/e net%r• Ta& 4ri#en Fr"• 'diting f $ulti!le sites

su!!rted



18

• Frequency Allcatins• 50:T0

• Add:Re"#e Frequencies• $A Lists

• 3ie%:'dit 0!!ing Lists

• .yste" Para"eters• 'dit .yste" Pr!erties

• Access $et/d• /annel Allcatin

• .!atial 3ie% .ettings• Ad,ust .!atial 3ie% :I

• Pi#t Ta&le• Ad,ust:'dit Pi#t ta&le 3ie%

.ettings

-dit 9et%r @ or

Men! Item 1a&er 'dit 9et%r @




1=

Tas Fl% $anager

• T/e Tas Fl% $anager (TF$) is designed t si"!lify t/e na#igatin

f t/e tl "enu and t assist in t/e creatin f re!rduci&le

engineering !rcesses – *nce a Tas Fl% is defined it can &e distri&uted t t/er engineers

• 2 "des f !eratin

– $anager a&ility t define t/e ste!s needed t re!rduce a !rcess

– ser fll% t/e ste!s defined &y t/e "anager



1D

Tas Fl% $anager

• reating a !rcess is

as si"!le as draggingand dr!!ing a "enuite" fr" t/e rig/t sidef t/e screen t t/e left

• All "enu ite"s in t/e

a!!licatin area#aila&le in t/e TF$including Pi#t Ta&lesand .!atial #ie%s

• 'ac/ Tas Fl% t/at

yu create is stred inan x"l file inNinstKflderO*!ti"i+syste"tas-te"!lates



1E

4efault Para"eters i"!rtatin

• *!ti"i + !resents a grand #ariety f !ara"eters

t/at can &e tuned t ada!t x-AFP t a great#ariety f net%rs and situatins?

• *!ti"i7atin and:r si"ulatin !ara"eters can &ei"!rted (default?si" default?g!)

• I"!rtatin t current !r,ect and:r default

directry• ;reat ad#antageB c"!any s!ecific default

!ara"eters can &e distri&uted t its engineers

Default.SIM Default.GOP



1

*PTI$I x-AFP !r,ect*PTI$I x-AFP !r,ectcreatin fr" RAH datacreatin fr" RAH data



1G

File and Flder .tructure

• Prgra" files

– 4efault

• Pr,ects

– Rec""endatinB

• <ee! %ell rgani7ed

• *ne !r,ect !er significant c/ange



2

!ying *rgani7ing data int flders



21

*!ti"i + Pr,ect reatin .u""ary

• I"!rt P/ysical data&ase

– File I"!rt P/ysical Planet @• I"!rt ;ru! file r gru! files

– File I"!rt ;ru!s @

• Jany na"e?cs#

• I"!rt 9et%r nfiguratin – File I"!rt 9et%r ;.$ All

Alcatel@:'ricssn@ :0ua%ei@ :$trla@ :9ia@:9rtel@ :.ie"ens

• I"!rt $easured R+AL 4ata – File I"!rt . $easured ;.$ R+AL 'ricssn $RR:*!ti"i Alternate

– se Qint R+L'3:R+AL files Jany na"e?cs#



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• I"!rting 0* stats in *!ti"i Fr"at

– File I"!rt 9et%r ;.$ 0* unts *!ti"i @

• se in!ut file Jany na"e? net%r?gs"?/?cs#

• I"!rt Traffic 4ata in *!ti"i + Fr"at – File I"!rt Traffic 3ice ;.$ *!ti"i @

• se Jany na"e? traffic?#ice?gs"?cs#

• I"!rt T0 TR 4e"and – File I"!rt 9et%r ;.$ T0 4e"and *!ti"i @ – se file Jany na"e?net%r?gs"?tc/Kde"and?cs#

• I"!rt $a!inf Plygns:Rads – .elect 3ie% $enu Layer $anager t dis!lay t/e Layer $anager – I"!rt file – /ec t/e Plygn c/ec &x – /ec t/e Hld:$a!Pint c/ec &x



26


• Run 5.I audit

• I"!rt Interference $atrix ($&ile $easure"ents) 4ata – File I"!rt RF $&ile $easure"ents

'ricssn@ : 9ia @ *t/ers – I"!rt *!ti"i Fr"at File I"!rt RF All

*!ti"i• se Jany na"e?cid file (I$ in *!ti"i + fr"at)

• ;enerating I$ fr" $&ile $easure"ents (if using $&ile$easure"ents) – x-AFP Interference $atrix Tls ;enerate I$

Fr" $&ile $easure"ents@

2oteB All I"!rts can &e dne t/rug/ t/e $enu Ite"s Layers als?



28

I"!rt P/ysical data&ase

• File I"!rt P/ysical Planet @



2=

I"!rt P/ysical data&ase

• As a result f t/e i"!rtatin t/e fll%ing *!ti"i files are createdB

• J!r,ect-na"e?!/ysical?sectr?cs#• J!r,ect-na"e?!/ysical?site?cs#

• T/e list f cells in t/e !/ysical data&ase %ill decide t/e set f cells%e %ill &e %ring %it/?

• *t/er %ays t i"!rt !/ysical data&ase in *!ti"i + !r,ectB• File I"!rt P/ysical *!ti"i @• File I"!rt P/ysical ;eneric I"!rter @

• 0% t create *!ti"i+ !/ysical files• sing +L.• Fr" Hi7ard• Fr" Planet '3• Pega!lan@

hysical.sector.csPhysical.site.csv



2D

I"!rting P/ysical 4ata&ase

3eneric Importer

• All%s user t s!ecify t/eP/ysical data&ase fr"at

t/rug/ t/e 4ata Fr"at Ta&

• All%s t $a!!ed !/ysicaldata&ase fields t *!ti"i x-

AFP fr"at t/rug/ t/e Field

$a!!ing Ta&?

• It als all%s t sa#e a

te"!late fr future use?



2E

reate Alternati#e na"e fr .ectrs

5esides alternati#e site na"es users are n% als a&le t add alternati#e

na"es n sectr le#els?

T/e list f alternati#e na"es can &e i"!rted fr" t/e I"!rt $enuB

(FileI"!rtP/ysical Alternati#e 9a"e $a!???)



2

reatin f ;ru!s

• *&,ecti#e:""ents – lassify sectrs in #arius gru!s (reate ?cs# file see sa"!le file fr"at)

– Cu "ay use any gru!s yu %uld lie? 'xa"!les includeB• T0KFrequencyK;ru!

• 50KFrequencyK;ru!

• 5.

• TR+s

• ell .tatus (*9-AIR r 9e%)

• I"!rt gru!s – File I"!rt ;ru!s @

• 'nsure all sectrs &elng t a gru! – se 3ie% Pi#t Ta&le 9et%r ;.$ All @

– 'nsure n gru! /as t/e !tin Snassigned

• Practice /% t select sectrs fr" #arius gru!s – Fr exa"!le sectrs %it/ .tatusU*n-Air

• reate gru!s %it/in t/e tl ('dit ;ru!@)

ample Groups Fil



2G

I"!rt f 9et%r nfiguratin (I)

• I"!rt net%r cnfiguratin in

*!ti"i + – File I"!rt 9et%r ;.$ All 'ricssn

9A@:9ia +$L??:.ie"ens :$trla :Pega!lan

• Para"eter Filter • .ectrs Filters &y ;ru!

• In!ut 4ata Filter

• $ain *!ti"i + files – J!r,ect-na"e?net%r?gs"?sectr?cs#

(505.I$ALL:*L)

– J!r,ect-na"e?net%r?gs"?trx?cs# (T0 TR+ !er cell

$AI* T0 c/annel /!!ing ty!e)

– J!r,ect-na"e?net%r?gs"?"al?cs# (frequencies in eac/

$AL)

– J!r,ect-na"e?net%r?gs"?neig/&r?cs# (neig/&r list)

• 'xternal neig/&rs can als &e i"!rted fr"

Pega!lan



6

Import Options

•$erge int urrent nfiguratin – !datesnet%r data fr t/e sectrs &eing i"!rted

• !date 0alted .ectrs – I"!rts data fr 0alted

.ectrs

• Preser#e existing neig/&r relatins/i!s – <ee!s

current neig/&r relatins/i!s in t/e !r,ectt/er%ise all neig/&r relatins/i!s are re"#ed

• Al%ays reate K0;RK1 .ectrs – /annel

;ru!s

• Preser#e unique "al definitin – Preser#es *..

$A Lists na"es?

• *ut!ut Recnciliatin 4ata – "!ares P/ysical

4ata %it/ 9et%r 4ata and !r#ides files %it/

differences &et%een t/e t%

I"!rt f 9et%r nfiguratin (II)



61

9et%r 4ata (;.$) ntainsB

Pr,ect Frequency 5and.ectr 50 Frequencies

.ectr 5.I

.ectr TR+ Infr"atin

.ectr $A List

.ectr 0.9

I"!rt f 9et%r nfiguratin (III)

9et%r 4ata (9eig/&rs) ntainsB9eig/&r Relatins

0* unt and 0* .uccess V

50:5.I !air f 9eig/&r

'xternal 9eig/&r Inf can als &e #ie%ed



62

Traffic data creatin fr AFP and .

• *&,ecti#e

– I"!rt Indi#idual .ectr 5usy 0ur (I.50) traffic data t use fr AFP?

– I"!rt traffic fr t/e Qint R+AL:R+L'3 recrding !erid fr I$#alidatin?

– reate t/e *!ti"i + fr"at

• $ulti!le traffic #alues !er cell?

• Tl a#erage ut traffic #alues and assigns it !er cell?

• I"!rting *!ti"i + traffic file

– File I"!rt Traffic 3ice ;.$ *!ti"i @

• $ain *!ti"i + files created

• J!r,ect-na"e? traffic?#ice?gs"?cs#

ample Trac Fil



66

;enerating Traffic fr" .A0 Re!rts

• *&,ecti#e:""ents

– reate traffic data in *!ti"i + fr"at fr" Qint R+L'3:R+AL

– "!are esti"ated traffic fr" Qint R+L'3:R+AL %it/ traffic fr" s%itc/

• 0% t calculate 'rlangs fr" Qint R+L'3:R+AL re!rt

– '#ery "easure"ent re!rt /as a duratin f 8 "sec (;.$ .A0 !erid)

– If %e /a#e 1 re!rts recei#ed &y t/e cell site it "eans t/at t/e cell %as utili7ed fr

1W8 "secU8 secs U "inutes r $s

If t/ese re!rts %ere recrded during t/e entire day i? 28 /rs t/en

Traffic in 'rlangs U $s:(28WD "inutes) U =?== erlangs

– n#erting f .A0 $easure"ent Re!rts t .u&scri&er 'rlangs

Mo4s5 (6 of ACC7 Reports)8(9':;*<9) min!tes

Traffic(-) 5Mo4s*(<986 of 7o!rs of Recording)

– 9te t/at Traffic (') re!resents .u&scri&er 'rlangs i?e? des nt accunt fr 0R traffic

X=A#P pecial !tilities>

9u"&er f ttal /urs

r $RR:Rxual

recrdings



68

4ata&ase rss 3alidatin

• 0% t identify incnsistencies – Recnciliatin files

– /ec !i#t ta&lesB Trx 4iagnstic .ectr diagnstic – Re#ie% sectrs %it/ n 50 n neig/&rs@ (.!atial 3ie%s)

– Re#ie% t/e *!ti"i + "essages in $sg Lg Hind%

– Run nsistency /ec *!tins tl



6=


• *&,ecti#es

– Identify data&ase incnsistencies a"ngstB• *9-AIR cells

• Traffic re!rt

• .%itc/ file

• Ty!ical data&ase incnsistencies:flags

– P/ysical 4ata&ase cells nt *n-Air

– *n-Air cells nt in P/ysical 4ata&ase

– *n-Air cells nt !resent in t/e traffic re!rt

– *n-Air cells in traffic re!rt &ut /a#e traffic

– ells in traffic re!rt carrying traffic &ut nt in !/ysical

(i?e? n-air cells nt flagged as n-air)

– All n-air cells need t /a#e a 50:5.I defined



6D

Recnciliatin files

• I"!rt data recnciliatin

– 4ifference &et%een !r,ect and net%r files

Revie$??



6E


.e#erity and suggestin t fix

eac/ incnsistency are lgged

$ d R+AL d R+L'3 4 t



6

$easured R+AL and R+L'3 4ata

• *&,ecti#e:""ents

– I"!rt $easured R+AL data !er cell

– I"!rt $easured R+L'3 data !er cell

– "!are $easured R+AL %it/ Predicted R+AL

– T/e c"!arisn %ill tell us /% accurately %e can !redict R+AL

• I"!rting $RR data – File I"!rt . $easured ;.$ R+AL 'ricssn

$RR@:9ia@:*!ti"i Alternate @t/ers

• $ain *!ti"i + files created

• J!r,ect-na"e?gs"?qs?"easured?cs#

• J!r,ect-na"e? ?gs"?qs?"easured?rx?,int?cs#

T ffi di / l d L:*L



6G

Traffic s!reading n c/annel gru!s and L:*L

• se *!ti"i + S.!ecial tilities

– x-AFP .!ecial tilities .!lit Traffic 5et%een nderlays:*#erlays @• *&,ecti#e

– .!read traffic n c/annel gru!s

0* tt t d t ti



8

0* atte"!ts data creatin• *&,ecti#e

– n#ert a re!rt f 4aily f 0* atte"!ts t an *!ti"i + fr"at

– *ut!ut is t/e a#erage daily f f 0* atte"!ts fr eac/ n&r relatins/i!

• *!ti"i + file created

– J!r,ect-na"e? net%r?gs"?/?cs#

• I"!rting 0* stats in *!ti"i +

– File I"!rt 9et%r ;.$ 0* unts *!ti"i @

• .!reading f 0* atte"!ts in t/e L:*L

–x-AFP

.!ecial tilities

.!lit 0andff .tatistics 5et%een nderlay:*#erlay

Sample HO File

I t f T0 TR ll



81

I"!rt f T0 TRs !er cell

• *&,ecti#e

– ./% a sa"!le file t/at can &e used t i"!rt t/e f T0 TRs in

*!ti"i +• *!ti"i + file "dified

– J!r,ect-na"e? net%r?gs"?trx?cs#

• *!ti"i + file t &e i"!rted

– Jany na"e?net%r?gs"?tc/Kde"and?cs#

• I"!rting T0 TR de"and – File I"!rt 9et%r ;.$ T0 4e"and *!ti"i @

– T% *!tins $erge and A!!end

– 9te t/at if f T0 TRs is L'.. t/an current cnfiguratin t/en

TR+ is 9*T u!datedXXXX

TCH Deman File

5.I Audit (5efre running Recrdings)



82

5.I Audit (5efre running Recrdings)

• *&,ecti#e

– Identify a list f cells %it/ clse -50-5.I reuse (J 1=

"iles:28 <")

– Retune t/e 5.I fr t/is set f cells

• se 5.I Re!rt in *!ti"i + t deter"ine t/e cells %it/ -50-

5.I reuseB

– 3ie%

Pi#t Ta&le

9et%r

;.$

*-50:5.Inflict Re!rt @

– 4istance is s!ecified in <" ( 4ist("iles) U 4ist(<"):1?D )

• .elect t !ti"i7e t/e 5.I *9LC fr cells %it/ -50-5.I

reuse J 1= "iles

• *!ti"i7e 5.I fr cells %it/ -50-5.I reuse J 1= "iles – x-AFP *!ti"i7atin

– .elect 5.I t !ti"i7ate

5.I Audit (.a"!le 5.I Re!rt)



86

5.I Audit (.a"!le 5.I Re!rt)

5.I * ti i ti 4 f lt . tti



88

5.I *!ti"i7atin 4efault .ettings

•Interference $atrix can &e used as interference surce (if I$ is a#aila&le)•If !re#ius !tin is used %/ile calculating t/e interference signal le#els t/e

!ti"i7er %ill cnsider t/e :I #alues fr" t/e !r,ect I$

5.I * ti i ti 4 f lt . tti



8=

5.I *!ti"i7atin 4efault .ettings

Additional costs for second order relations@• 9eig/&r-9eig/&r • 9eig/&r-Interferer • 'xternal neig/&r-'xternal 9eig/&r

50 5.I cnflict reslutin



8D

• 50 5.I cnflict re!rt i"!r#ed t !erfr" cnsistency c/ecs n

external neig/&rs and 2nd rder neig/&rsB

• Y2nd *rder 'xt 9&rsY c/ecs t/e cnflicts if t% sectrs t/at are neig/&r t sa"e

external cell s/are t/e sa"e 50-5.I c"&inatin

• Y2nd *rder 9&r-InterfY clu"n c/ecs if t/e YsectrY is a neig/&r f a c""n cell %/ile

Ysectr2Y is t/e interferer f t/at cell?

50 5.I cnflict reslutin



8E

Interference $atrixInterference $atrix

(I$)(I$)

I$ .urces f ;eneratin



8

I$ .urces f ;eneratin

• 4ri#e test I$• seful in !erfr"ing %/at-if scenaris i?e? RF c/anges can

&e dri#e tested t generate ne% I$ "atrix

• Ti"e intensi#e t cllect

• Require se#eral scanners running si"ultaneusly

• .%itc/ &ased I$• Pr#ides interference !icture exactly %/ere "&ile calls are

!laced

• Taes s"e ti"e t cllect (A!!rx 2 Hees)

• Pr!agatin "del I$• Fastest %ay t generate I$

• I$ can &e "dified i""ediately &ased n RF c/anges

• 0ea#ily de!endent n t/e accuracy f t/e !r!agatin "del

4ri#e Test I$



8G

4ri#e Test I$

• PrsB

– Accurate R..I "easure"ents

– Pr#ides a #ery accurate :I descri!tin at e#ery "easured lcatin

– .er#ing area f t/e #icti" cell

• Inde!endent f t/e frequency assign"ent

• 5ased n t/e strngest R..I and /ysteresis #alue

• nsB

– 3ery ex!ensi#e and ti"e cnsu"ing

– R..I "easured n street le#el nly

• 4es nt tae in-&uilding "easure"ents

• .u&scri&er traffic distri&utin is unifr" alng rads

– Actual traffic nt re!resented

– *lder dri#e test equi!"ent cannt al%ays differentiate &et%een

interferers

– Incrrect 5.I r readings are liely t ccur

.%itc/ed 5ased I$



=

.%itc/ed 5ased I$

•PrsB – 0ig/ accuracy (&ased n R..I "easure"ents n t/e !/ne) – Taes int accunt '+AT traffic distri&utin f su&scri&ers

• :I calculated exactly %/ere calls are !laced• Accunts fr su&scri&ers in &uildings

– Less ti"e and "ney – 9 need t define actual cell ser#ing areas – Taes int accunt

• 0. nderlay : *#erlay 0and#ers 9eig/&r relatins

•ConsB – 9 lcatin infr"atin i?e? crdinates – Interferer is identified &y 50-5.I – 5lind .!ts ften ccur

• Interference fr" sectrs %it/ sa"e 50• 'rrr decding 5.I if 3icti"-Interferer ZR.L is s"all• Acc!rac& of the IM is some$hat dependent on the 0IC plan• 50-5.I reuse needs t &e !ti"i7ed• .er#ing areas de!endent n frequency !lan

– A "a!!ing f 50:5.I t cell I4 is required – $issing neig/&rs and interferers

• *nly t/e D strngest interferers are re!rted (neig/&rs are a !ririty)• $ax f interferers !er #icti" cell is D8

Pr!agatin $del I$



=1

Pr!agatin $del I$

• PrsB – If yu dn[t "del tune can &e fast and c/ea!?

– $st c"!lete I$ (unli"ited f relatins/i!s) – .er#ing area f t/e #icti" cell is inde!endent f t/e frequency !lan – 5ased n t/e strngest ser#er R.L Nd5"O and /ysteresis "argin – an &e used t fill in "issing data in t/er ty!es f I$

• nsB

– $del tuning can tae ti"e and "ney due t required dri#e"easure"ents – :I calculated le#els n t/e grund (des nt accunt fr su&s in

&uildings) – .u&scri&er traffic distri&utin is a &est guess

• Rads• lutter data&ase

– L% accuracy (de!endent n t/e accuracy f !r!agatin "del)• .tandard de#iatin U D t 12 d5

– .er#ing area &undaries are inaccurate – Relies n t/e accuracy f t/e site data&ase clutter file terrain file and

!r!agatin "del

.%itc/ed 5ased I$



=2

.%itc/ed 5ased I$

• .te!s required t get a #alid I$B

1? ;enerate scan lists %it/in x-AFP

2? ;enerate and acti#ate s%itc/ c""ands t cllect

"easure"ents

6? I"!rt $$R files int x-AFP

8? ;enerate I$ %it/in t/e tl

=? 3alidate accuracy f I$

;enerate .can Lists



=6

;enerate .can Lists

x-AFP !redictinsRelia&le 1st cut I$B

- !r!agatin tl- ld "easure"ent-&ased I$

x-AFP Scan List Generator…

;enerate .can Lists



=8

;enerate .can Lists

• $ulti&andnet%rsB

– 5A lists %ill

cntain

frequencies fr&t/ &ands

• Acti#ate \Rtating

5ALs[

– %/en nu"&er f

50 c/annels

is greater t/an 62

;enerate .can Lists



==

;enerate .can Lists

Sa!le" Scan List .i"ens5ALK?cs# file

#ne fol$er !er rotation

.%itc/ c""ands t cllect "easure"ents



=D

.%itc/ c""ands t cllect "easure"ents

• 'xternal utilities can &e used?

• Practically sa"e a!!rac/ fr different #endrs?

• 5asically c""ands are in c/arge fB

– 4u""y neig/&rs creatin

– llectin !erid definitin (n a cell &asis)

– 4ifferent a!!rac/es t a#id #erfl% (.ie"ens)

– .t! "easure"ents after eac/ rtatin

–4elete du""y neig/&rs and !re!are fr nextrtatin

'xa"!leB .ie"ens



=E

'xa"!leB .ie"ens

IMP1-M-2TATIO2 O# C1I CRIPT

– To Create an MMR collection rotation

1? Run WK!re!are?cli scri!ts n eac/ Radi ""ander

2? Run WKscaset?cli scri!ts n eac/ Radi ""ander

– To Reset CA o,jects d!ring a rotation

1? Run WKscareset?cli scri!ts n eac/ Radi ""ander

2? Run WKscaset?cli scri!ts n eac/ Radi c""ander

– To Delete an MMR collection rotation

1?Run WKscarest?cli scri!ts n eac/ Radi ""ander

2? Run WKdelete?cli scri!ts n eac/ Radi ""ander

I"!rt $$R files int x-AFP



=

I"!rt $$R files int x AFP

• *&,ecti#e

– $atc/ $&ile $easure"ents ('ricssn 5AR 9ia 4A:F .ie"ens

.A) %it/ s%itc/ files – I"!rt $&ile $easure"ents File

– ;enerate I$ fr" $$ file

• *!ti"i + file created

– J!r,ect-na"e?rf?""?gs"?cs# ($$ file)

– J!r,ect-na"e?cid (*!ti"i+ I$)

• I"!rting $$ file

– File I"!rt RF $&ile $easure"ents ;.$ @

• ;enerating I$ fr" $&ile $easure"ents

– x-AFP Interference $atrix Tls ;enerate I$ Fr" $&ile

$easure"ents @

$&ile $easure"ents I"!rt



=G

$&ile $easure"ents I"!rt

File I"!rt RF $&ile $easure"ents ;.$

'ricssn@ :$trla@ :9ia@ :.ie"ens@ :t/ers

.ie"ens $$R #erfl%



D

.ie"ens $$R #erfl%

4etectin and crrectin

algrit/" /as &een intrduced

t .ie"ens $$R i"!rter t

/andle t/e #erfl% issues

%/ilst lading sie"ens $$R

files?

Y*#erfl% rrectinS c/ec&x intrduced n t/e .ie"ens

$$R i"!rter dialg It is rec""ended t acti#ate t/is

!tin t crrect t/e #erfl% in t/e

IR distri&utin cunts if t/ey

exceed t/e "axi"u" #aluesu!!rted in .ie"ens 5. .H

(D==6D)?

50-5.I $atc/ing rules



D1

50 5.I $atc/ing rules

R1

R2

A

5

4

'F

Rule 1B• $axi"u" distance t

resl#e 50:5.I !airs

Rule 2B• If &eynd distance in Rule

1 a!!ly antenna

&ea"%idt/ t decide

Rules can &e extended t

discard unique "atc/es?

4es nt accunt fr !%erB

- Pr!agatin rec""ended

I"!rt Antenna 4ata



D2

I"!rt Antenna 4ata

I"!rting Antennas

• File I"!rt Antenna Antennas Hi7ard@Tl I"!rts

• *!ti"i• Hi7ard• Pla9et• Pla9et '3• elPlan

sed Fr R1 and R2 Rules %/en i"!rting $&ile $easure"ents

If antennas nt a#aila&le• Tl default is 12] &ea"%idt/

Antenna are stred in t/e• syste"antenna-filessu&flder

7ori"ontal plane +ertical plane

$&ile $easure"ents I"!rt Lg



D6

$&ile $easure"ents I"!rt Lg

• $essage lg

– 3erify t/at all relatins/i!s /a#e &een created and allinterferers /a#e &een resl#ed

$$R 4iagnstics (I)



D8

$$R 4iagnstics (I)

T/is functinality all%s t/e users t analy7e aut"atically i"!rted "easure"ents

&ased n?B

• T/e 0* Percentage re!resented &y t/e I$ relatins?

• 9u"&er f cllectin days

• T/e a"unt f traffic !er sectr

?

$$R 4iagnstics (II)



D=

$$R 4iagnstics (II)

Analy7ing eac/ f t/e !int "entined in !re#ius slide t/is functinality

esti"ates t/e nu"&er and t/e quality f $$R $easure"ents and scres

t/e" as Pr ;d r 'xcellent

$&ile $easure"ent Files



DD

$&ile $easure"ent Files

Victim Total

Measurements

BCCH/BSIC Threshold 1 Threshold 2

DS100A 39000 233/23 123 23

DS100A 23000 23!/" 231 13!

DS100B 100! 212/3 390# 2$#9

.%itc/ed 5ased I$ using *!ti"i +



DE

.%itc/ed 5ased I$ using *!ti"i +

• T% t/res/lds are set e?g? -6d5 and 12d5

– Assu"e ;aussian distri&utin f #alues – T/e user s!ecifies t/e relati#e t/res/lds f signal strengt/ &et%een t/e ser#ing and

"easured 5T.? – H/en a "easure"ent re!rts includes a :I J -6d5 cunter 1 is incre"ented and if it

is als &el% 12d5 cunter 2 incre"ents tget/er %it/ cunter 1? – Hit/ t/ese t% t/res/lds it is easy t fit a ;aussian cur#e and calculate t/e $ean

and .tandard 4e#iatin :I? Pr^+J-6d5_ and Pr^+J12d5_

;aussian u"ulati#e 4istri&utin

Pr ^+ J :I_

:I

;enerate I$



D

;e e a e

x-AFP Interference $atrix Tls ;enerate I$ Fr"

$&ile $easure"ents

I$ can als &e i"!rted fr" different surcesB .ie"ens 'ricssn

Pega!lan@

$ulti!le I$ "anage"ent



DG

! g

• Tl all%s t stre

:"anage se#eral I$ filesin t/e sa"e !r,ect?

• $anage I$ functinality

is a#aila&le fr"B

1? xAFP – Interference $atrix

Tls – $anage I$s@2? ;.$ .i"ulatin Para"eters

dialg

6? ;.$ *!ti"i7atin Para"eters

dialg

B

3ie% I$ Relatins/i!s



E

!

Fr" 'dit .ectr 4ialg SRF Ta& *R *la! 3ie% *R .!atial #ie%

T/e \.urce[ !ara"eter re!resents t/e surce f t/e interference and it can/a#e #alues suc/ asB ADD-D (c!ied fr" t/ers r added in edit sectr)

M-A4R-M-2T (fr" $$R) PR-DICTIO2 (insert interferers feature)

M-A4R-M-2T AIC% P-3AP1A2% 42E2OW2 %>

I$ #alidatin



E1

• ritical !art f retuning !rcess• 3alidatin Tests• Additinal Audits• 0% t i"!r#e I$

• ;enerate a "re c"!lete I$

I$ #alidatin tests



E2

• 3alidatin Tests

– ells %it/ I$ relatins/i!s• 3ie% Pi#t Ta&le RF Interference $atrix I$.tatistics @

– ells %it/ #ery fe% I$ relatins/i!s (J =B rural cells indr!ic cells are ex!lained)

• 3ie% Pi#t Ta&le RF Interference $atrix I$

.tatistics @ – I$ relatins/i!s %it/ #ery fe% cunts (J =)

• 3ie% Pi#t Ta&le RF Interference $atrix I$.tatistics @

– Identify cells %it/ I.50 utside t/e recrding !erid – 9eig/&rs %it/ "issing I$ relatins/i!s

• 3ie% Pi#t Ta&le RF Interference $atrix I$9eig/&r (;.$) @

– nsistency /ec Re!rt• x-AFP nsistency /ec r FD

ells %it/ r fe% (J=) I$ relatins/i!s



E6

ells %it/ r fe% (J=) I$ relatins/i!s

• 3ie% Pi#t Ta&le RF Interference $atrix I$ .tatistics @

• .rt &y S f Interferers

I$ relatins/i!s %it/ fe% I$ cunts (J=)



E8

! ( )

• 3ie% Pi#t Ta&le RF Interference $atrix I$ 4etail@

• .rt &y S$in I$ unt

9eig/&rs %it/ "issing I$ relatins/i!s



E=

• 3ie% Pi#t Ta&le RF Interference $atrix I$ 9eig/&r (;.$) @

• .rt &y S0* unt

ells "issing 0* data



ED

g

• Identify cells %it/ f *T;*I9; 0* atte"!ts – 3ie% Pi#t Ta&le 9et%r ;.$ 9eig/&rs @ – .rt &y S0* cunts

nsistency /ec Re!rt



EE

• ectors Tests

• Identify cell 9t in Interference $atrix and .ectrs %it/ J = Interferers – x-AFP nsistency /ec r FD

nsistency /ec Re!rt



E

• Relationship Tests

• Identify cells in Interference $atrix &ut %it/ J 1 I$ cunts – x-AFP nsistency /ec r FD

I$ 3alidatin



EG

• Additinal Audits

– I$ #alidatin #ia R+AL c"!arisn – I$ 9r"ali7atin – Additinal Interference nstraints Re!rt

I$ #alidatin #ia R+AL c"!arisn



I$ #alidatin #ia R+AL c"!arisn

• se s!reads/eet Pr3s$rrrelatinTe"!late?xls"es %it/ *PTI$I x installatin N@O*!ti"i*!ti"i +su!!rt

• I"!rt $easured R+AL fr t/e date yu %ant t c"!are• I"!rt net%r cnfiguratin fr t/e sa"e date in *n-Air !r,ect• se traffic data fr t/e sa"e recrding !erid as t/e "easured

R+AL

• Run . si"ulatin t &tained !redicted R+AL? – x-.i"ulatr ;.$ .i"ulatin @ – .ee next slides fr rec""ended settings

• *#er#ie% f . .i"ulatr (%/ile si"ulatin is running)• 'x!rt t t/e Predicted #s $easured R+AL t use in

Pr3s$rrrelatinTe"!late?xls – 3ie% Pi#t Ta&le . R+AL Predicted #s $easured

@

!vM! Correlation Template

I$ 9r"ali7atin



1

• 2e$ men!@

• x-AFP Interference $atrix Tls 9r"ali7e I$

• 2ormali"ation parameters@

• $ax .td? 4e#iatinB

Any relatins/i! t/at /as /ig/er #alue t/an t/is

#alue %ill &e nr"ali7ed?• :I "!arisn le#elB

sed t c"!ute a ne% "ean #alue fr #icti"-

interferer relatins/i!s t/at /as .T4 #alue a&#e

t/e "axi"u" defined in $ax .td? 4e#iatin?

• I$ 4estinatin

sers can select t stre t/e nr"ali7ed I$ in t/e

current !r,ect I$ r as an external I$ file?

I$ 3alidatin



2

• 0% t i"!r#e I$

– Identify cells %it/ 50 utside t/e recrding !erid• I$ &ased n t/se recrdings "ig/t nt &e significant ut f t/e I.50

– 0efore t/e start f "easure"ents cllectin !rcessB• 5.I audit and 5.I !ti"i7atin

• Huld reduce 50-9-5 reuse and i"!r#e i"!rt $$R

– Run additinal recrdings fr 1-6 days – 'xtend t recrding !erid and try t ca!ture cell 50

• ;enerate "re c"!lete I$ – I"!rt ALL recrdings and !erfr" I$ #alidatin again

– Identify cells %it/ n r fe% I$ relatins/i!s• se lder I$ data t fill in suc/ /les

– 5lind s!ts

• se lder I$ data t fill in suc/ /les

. .i"ulatr



6

• Generates %sers for each cell &ase$ on the

Poisson $istri&%tion 'offere$ erlangs(

• )hooses the ones that are not &locke$

• Assigns %sers on TR*s &ase$ on the channel

allocation an$ access etho$s.

• Generates fre+%encies for each TR* &ase$

on the GS, F algorith 'SN ,A/# FN(

• For each %ser in each cell it i$entifies all

sectors that ca%se co an$ a$0. interference.

• Generates a )1/ sa!le fro int. cell toser2ing cell $istri&%tion.

• )o!%tes the total1co!osite )1/

• ,a!s the )1/ to a 34R1R*Q5AL an$ F4R

• /f the F4R 6 F4R 7)R threshol$ the %ser is

$ro!!e$ an$ its +%ality not recor$e$.

• Re!eats that for each si%late$ %ser

• Then goes to the 8 n$ si%lation r%n.

• )ollects statistics for )1/ R*Q5AL F4R for

3)) T) an$ &oth co&ine$ .

3icti" .tatin

Pro,e Mo,ile

Interfering .ectr

Interfering .ectr

. .i"ulatr



8

Simulations• For e2ery sector • For e2ery o&ile

# of Iterations• 5ser $efine$

Other parameters• A$0acent )hannel

Re0ection• )all $ro! 9F4R target • 7P) gain 5L an$ 7L• 7T* 5L an$ 7L• ,ini% RSL threshol$

ur#es 4ata



=

,a!!ing • )1/ to 34R • )1/ to F4R • Relation )1/ to a QoS ,etric • Assigne$ to sector

• c%r2e.gs.sector file

,a!!ing f%nction of "• S!eech co$ec • ,o&ile s!ee$ • Ra$io channel

. .i"ulatr .ettings



D

all 4r! F'RB T/is #alue

s!ecifies t/e F'R #alue at

%/ic/ calls are cnsidered

dr!!ed

P%er ntrl ;ain

su!!lies t/e !ara"etersneeded t accunt fr

!%er cntrl n T0

c/annels

4T+ Factr s!ecifies t/e

ti"e t/at a call is

trans"itting

$anage I$ all%s

t/e user t s!ecify

%/ic/ I$ %ill &e

used %/en running

t/e si"ulatr?

If t/is !tin is c/eced

t/e crrelatin results

are !resented n

se!arate s!reads/eet?

. .i"ulatr .ettings



E

se R+L'3 – If

c/eced t/e

si"ulatr %ill tae

int accunt !r

quality due t l%signal strengt/

. .i"ulatr .ettings



.!ecifies %/ic/ <PIs

%ill &e calculated &y

t/e si"ulatr? If a

&x is c/eced t/e

si"ulatr %ill

c"!ile stats fr t/e

gi#en <PI fr all

sectrs?

. .i"ulatr .ettings



G

T/e sft%are %ill esti"ate

t/e nu"&er f $nte

arl runs needed t

"eet t/e cn#ergence

!ara"eters s!ecified in

t/e 'dit 9et%r

!ara"eters? Ty!ically t/is

crres!nds t a

cnfidence le#el f G=V

t/at yur si"ulatin

results are %it/in M:- 1V?

rrelatin Re!rt Analysis



G

• R+ual Predicted 3s? $easured rrelatin

– Refine t/e Re!rt t #ie% Predicted $easured Pr- $r and `Pr-$r`

Ttal 'rlang – Refine Re!rt t #ie% Rxual =-E




G1

• 0% t '#aluate ResultsB• Re#ie% R$.' T/res/lds

• Re#ie% .catter /arts

• Re#ie% 5ar /arts




G2




G6

Predicted #s $easured Plt



G8

se excel te"!late OR

3ie%Pi#t Ta&le. Rxual Predicted #s? $easured /art




G=

L at &t/ V sectrs and V

'rlangs? 5t/ f t/ese %ill gi#e

yu a gd indicatin f /% t/e

si"ulatr is !redicting quality in

yur net%r



3ie% . Predictins Results



G

" #$amine results usin% Spatial &ie'

" Spatial &ie' (G)I*+ Preicte !$,ual

+ C-I

+ F#!

+ TCH

+ CCH+ Com/ine

!date I$ Fr *!ti"i7atin



GG

• !date I$

– Insert 5lind .!ts

• Pre#ius I$

• Predictins

– Insert relatins fr cells %it/ "issing r fe% I$

relatins/i!s• Pre#ius I$

– Insert Interferers fr ne% cells

• Predictins

5lind .!ts



1

.ite 2

.ite 1

.ite 6

.ite 8

A

5

5

A

5

A

5

212

.ite D

5

212

218

226

2G

9eig/&r

9n -

9eig/&r

Insert 5lind .!ts Fr" *ld I$



11

Insert Interferers@ r $enu Ite" Layer Insert

Interferers

Insert interferers



12

Insert IM relationships for sectors $ith fe$ IM relationships

from O1D IM


Interferers

Insert Interferers



16

Creating IM for ne$ sectors


Interferers



18

*!ti"i7atin*!ti"i7atin

.etu! 9et%r Para"eters



1=

• nfigure 50:T0

/annels

• nfigure $A Lists• nfigure .yste"

.ettings

-dit 2et$or. > or

Men! Item 1a&er -dit 2et$or. >




1D

• nfigure 50:T0 /annels

• nfigure $A Lists• nfigure .yste" .ettings

reate a 9e% $A list

t/at cntains all t/ea#aila&le frequencies

in T0




1E

• nfigure 50:T0 /annels

• nfigure $A Lists• nfigure .yste" .ettings

'dit .ectr AFP settings



1

*!ti"i7a&le Para"eters



1G

*!ti"i7a&lePara"eters

-dit ector > r Men! Item 1a&er -dit ector >

*!ti"i7a&le Para"eters



11

'na&les users t gl&ally c/ange t/e T0 TR+ ty!e &et%een 55

0!!ing 55 0!!ing n 50 .C 0!!ing and Fixed

-dit ector > r Men! Item 1a&er -dit ector >

TRX Override

*!ti"i7a&le Para"eters (cnt?)



111

ser selects %/ic/ #aria&les

t !ti"i7e@

*!ti"i7a&le Para"eters (cnt?)



112

ser selects %/ic/ #aria&le

t !ti"i7e @

I"!rt:ex!rt 50 and T0 !ti"i7atin c/annels



116

It all%s t/e user t ex!rt:i"!rt t/e current cnfiguratin

c/annels t &e used in t/e 50 an T0 !ti"i7atin• 50 /annels@

• T) )hannels…

File

Import Network GSM Valid Optimizable channels

*!ti"i7atin Para"eters (I)



118

Optimi"ation Parameters• x-AFP *!ti"i7atin @

• ; t ;.$ Ta&

*!ti"i7atin Para"eters (II)



11=


• ; t *&,ecti#e Ta&

*!ti"i7atin Para"eters (III)



11D


• ; t *!ti"i7er Ta&

*!ti"i7atin Para"eters (I3)



11E


• ; t 50:T0 Ta&

*!ti"i7atin sts



11

• .ectr Heig/t W N nstraints M RF sts M 0andff csts O

• .ectr Heig/t U ser setting in t/e AFP ta& f 'dit .ectr

• nstraints U ser settings in t/e *!ti"i7er Ta&

• RF sts U 1 W Pr&a&ility f Interference W Traffic (If .!ecified)

• 0and *ff sts U N 9u"&er f 0* &et%een 3ictKInt !air : A#g f 0* &et%een 3ictKInt

!air in !r,ect O W .!ecified st

4efault .ettings fr Ad-0c *!ti"i7er

• Optimi"ation Parameters

*



11G

– x-AFP *!ti"i7atin @

– ; t 50:T0 '#aluatin Ta&

– ; t t/e 50:T0 sts

– Press Ad#anced .ettings 5uttn

4efault .ettings fr Ad-0c *!ti"i7er

• Optimi"ation Parameters



12

• Optimi"ation Parameters – x-AFP *!ti"i7atin @ – ; t 50:T0 '#aluatin Ta&

– ; t t/e Additinal sts – Press Ad#anced .ettings 5uttn

Ad 0c !ti"i7atin cst functin #isuali7atin



121

T/e initial current and &est csts fr t/e Ad 0c !ti"i7erare gra!/ically !resented during !ti"i7atin !rcess

sts Per .ectr:Freq Re!rt



122

Pi#t ta&le re!rts t/at re!resents t/e Ad /c *!ti"i7er csts n sectr &asisB

+ie$ Pivot Ta,le 2et$or. 3M

• A$ oc Fre+%ency )ost PT

• A$ oc 7etaile$ )ost PT

0!!ing layer !ti"i7er



126

0.9:$AI* Planning



128

0.9 !lanning• $axi"i7e distance &et%een -$AL -0.9

$AI* !lanning (*!ti"i7e *!tin)• A#id -c/annel T0 &et%een T0 TR+s%it/in t/e sectr

• A#id -c/annel T0 &et%een T0 TR+s%it/in sectrs f sa"e site

• A#id Ad,-c/annel T0 &et%een T0 TR+s%it/in t/e sectr

• A#id Ad,-c/annel T0 &et%een T0 TR+s

%it/in sectrs f sa"e site• If interference cannt &e a#ided interference

is !us/ed n /ig/er TR+ nu"&ers• Prduces rand" $AI* assign"ents

$AI* !lanning (Plan *!tin)• A#ids c-c/annel and ad,acent %it/in TR+s

f sa"e sectr and sa"e site

• If nt !ssi&le t/en "aes n effrt?• Assigns $AI*s using a !attern• se t/is nly if yu are certain t/at c and

ad,acent can &e a#ided?

50 and T0 Plan Re#ie%

• ;enerate /annel reuse re!rt



12=

– 3ie% Pi#t Ta&le 9et%r ;.$ /annel Reuse @ *R – File 'x!rt 9et%r ;.$ 4etailed /annel Reuse @ – se File 'x!rt fr a large !r,ect %/en T0 !lan !resent ("uc/ faster)

• 50 Plan Re#ie% – Identify %rst *-50-50 reuse relatins/i!s

• .rt &y %rst R+AL=-E• Ignre reuse %it/ R+AL=-E J ?1V

– Identify clsest *-50-50 reuse relatins/i!s• .rt &y clsest distance• Pay attentin t relatins/i!s %it/ 9* I$ data ($ean U EEE)

– Perfr" #isual s!t c/ecs f t/e *-50-50 reuse• 3ie% .!atial Layers .ectr 9et%r ;.$ 50 • 3ie% .!atial Layers .ectr RF Interference $atrix 4L Interferers

Ptential 4L -/annel Interferer $ean – 50-50-* dis!lays interferers t/at /a#e *-50-50 reuse

• T0 Plan Re#ie% – Identify %rst *-T0-T0 reuse relatins/i!s

• .rt &y %rst R+AL=-E

• Ignre reuse %it/ R+AL=-E J ?1V – Identify %rst *-T0-T0 9eig/&rs

• .rt &y /ig/est 0* .e#erity (llisin Pr&a&ility in V) – Perfr" #isual s!t c/ecs f t/e *-T0-T0 reuse

• 3ie% .!atial Layers .ectr 9et%r ;.$ $AL Reuse• 3ie% .!atial Layers .ectr 9et%r ;.$ :I during 0* (d5)

9et%r Frequency Retunes

. i F Pl



12D

• .cring Frequency Plans – File 'x!rt 9et%r ;.$ Frequency Plan ;l&al $etrics @

• nsult sa"!le I$P*RTA9TK #reF!enc&Plan3lo,alMetrics'Gls• nsult file #reF!enc& Plan Comparison Metrics'Gls

;l&al Frequency Plan Re#ie%



12E

• Tls *!tins• Tls Re!rts AFP "!are FP;[email protected] t/e lcatin f t/e

!r,ect %it/ t/e actual

frequency !lan

T/is is %ay t quantify and quality distinct frequency !lans• *!ti"i x-AFP all%s t c"!are t% frequency !lans using t/e "!are FP;$ !tin

.i"ulatin %it/ t/e *!ti"i7ed Freq Plan

• As t/e I$ /as &een



12

• As t/e I$ /as &een

c/anged after intrducing

interference fr"5linds!ts and fr t/e ne%

cells

• 'x!rt t/e !i#t ta&le .

Rxual Predicted

– Filtered ut &y \Rxual =-E[ – ./% nly \Predicted[ and

\Ttal 'rlangs[

"!arisn Te"!late

• .i"ulatins f u! t D different freq !lans can &e



12G

• .i"ulatins f u! t D different freq !lans can &e

c"!ared in t/e te"!late \$ulti!lan"!ariti#e.cring?xls[

(N@O*!ti"i*!ti"i +su!!rt)

4ata t &e !asted fr"

t/e !i#t ta&le .

Rxual Predicted

'ac/ freq !lan si"ulatin

"ust &e !asted inPred. ta&s

"!arisn Te"!late

• 4ifferent ta&s t scre t/e frequency !lans



16

• 4ifferent ta&s t scre t/e frequency !lans

Percentage f sa"!les %it/ Rxual

=-E

Percentage f

cells

'x!rts



161

• 4elta re!rts• sed t c"!are 2 !r,ects %/en it c"es t t/e !/ysical and

net%r infr"atin• 9et%r

• Hi7ard /annel Plan• 4etailed /annel Reuse• $issing 9eig/&rs• 9ext 5est /annels

• 'ricssn 9A• .ie"ens A.• 9ia /annel Plan• Frequency Plan ;l&al $etrics• 9eig/&r 4iagnstics• .ie"ens /annel Plan• $a! Inf Ta&le

• Pega!lan /annel Plan• *!ti"i7a&le /annels

•*.• Predicted uality• Predicted #s? $easured uality

'x!rtsB 4elta re!rts



162

• File 'x!rt 4elta re!rts @

'x!rtsB 'ricssn 9A u!date



166

• File 'x!rt 9et%r ;.$ 'ricssn 9A u!date @

*!ti"i+ Additinal Features



168

• 50 retunes

– I$ *#errides (Lcal <n%ledge I$)• 'dit .ectr RF 4L *#errides @

– 9ext 5est 50 /annel• 3ie% Pi#t Ta&le 9et%r ;.$ 9ext 5est 50@

• Adding ne% sectrs and sites

– Add ne &y ne• Insert .ectrs @

– Add "ulti!le nes #ia single i"!rt• File I"!rt P/ysical *!ti"i @

• 9eig/&r Audit 4ata&ase Filtering• x-AFP 9eig/&r List Audit@

I$ *#errides



16=

• se fr Lcal$aret

<n%ledge fInterference

• RF Ta& under'dit .ectr

• $axi"u" 3alueU 1

Insert .ite:.ectrs



16D

• Insert ectors>

lic Add .ites t insert site le#el

data

9eig/&r List Audit (I)

• G=A#P 2eigh,or 1ist A!dit Tool



16E

• G=A#P 2eigh,or 1ist A!dit Tool>

.et Filtering

*!tins

Filter 5ased nB

0andff unts

4istance

I$ Relatins/i!s

/annel Reuse

Add relatins/i!sB

'nfrce .y""etry

-.ites

All Pssi&le

9eig/&rs



Retune Prcess – .u""ary:5ig Picture(I)

• Deelop a !ro"ect !lan

/$entify all tasks that nee$ to &e $one



16G

/$entify all tasks that nee$ to &e $one

Ao%nt of tie ret%ne acti2ities will take in or$er to %n$erstan$ $ea$lines• Data Interit$ %ests

7ata&ase )ross :ali$ation Tests '/$entify correct list of #n-Air cells(• &SI' (udit

)heck for 3))"3S/) re%se $istance. Ret%ne 3S/)s with ;close< re%se '=>? iles(

/nterferer )4LL/7 atching with 3))"3S/) $e!en$s highly on 3S/) !lan• Mobile Measurement )ecordins and IM eneration

)ollect for 8 weeks 'ake s%re to incl%$e the 3 traffic(

Perfor /, 2ali$ation r%n a$$itional recor$ings %se ol$er /, $ata to fill issing /, $ata• *O stats

)ollect 7aily # atte!ts 8-@ weeks &efore ret%ne

4ns%re # $ata is co!lete '# $ata 2ali$ation(

4ns%re the $ata %se$ is %! to $ate. Plan !erforance is $egra$e$ with o%t of $ate $ata • %raffic Data

)ollect traffic $ata for the tie !erio$ as eas%re$ R*Q5AL 'for R*Q5AL !re$iction(

)ollect /S3 traffic for the last 8-@ weeks 'For Fre+%ency Planning(

Traffic for AFP B A2erage of @ Peak /S3 2al%es for each cell

• Measured )+,-(. )ecordins)ollect eas%re$ R*Q5AL recor$ings '!refera&le for 3 traffic &%siest $ays(

• Obtain %)- rowth• Neihbor/.ist Optimization

Neigh&or 7eletions

Neigh&or A$$itions

Retune Prcess – .u""ary:5ig Picture (II)



18

• 'reate !ro"ects for (F!

#n-Air !ro0ect with c%rrent fre+%ency !lan '3AS4L/N4 )5RR4NT(

#n-Air !ro0ect to &e %se$ to o!tiiCe c%rrent !lan '3AS4L/N4 N4D(

F#R4)AST !ro0ect '#n-Air !lan E New sites( to !lan for new sectors1sites 'F#R4)AST(

• )un Optimizer0 obtain arious fre1uenc$ plan scenarios0 decide on the final plan

• )eiew plan

Generate re!orts an$ i$entify cells with !otential !ro&les ')hannel Re%se Re!ort(

Fee$&ack fro engineers 2is%al checks• 23port final plan for implementation• !ost retune actiities

,onitor P/s

)o!are 7esigne$ !lan 2s /!leente$ !lan

)o!are N&r-List %se$ in !lan 2s /!leente$ N&r-List

Retune Prcess – .u""ary:5ig Picture (III)



181

*!ti"i+ 4is!lays and Re!rts



182

•OptimiX most commonl& !sed displa&sand reports

50 reuse



186

50 reuse (9u"erical dis!lay)



188

/annel reuse (fr 50 and T0)



18=

$AL c/annel reuse (fr T0 reuse)



18D



f 0* atte"!ts fr" ser#ing cell t n&r



18

*!ti"i7a&le !ara"eters



18G

I$ dis!lays

f f



1=

• Pr&a&ility f Interference

–Pr&^ :I J Target :I _ – Assu"es t/at &t/ ser#er and interferer are /a#e a c-c/annel

50 (full !%er)

• =t/ !ercentile :I in d5

– =V f t/e ti"e t/e :I ges &el% t/e = t/ !ercentile :I

– T/in f it as t/e SL%est :I #icti" ex!eriences

– ser defined i?e? yu can use 2nd =t/ 1t/ etc? !ercentile

• Target :I and :I Percentile .ettings

– 'dit 9et%r .yste"

– .ee ;I n t/e next slide

Target :I and :I Percentile .ettings



1=1

Pr&a&ility f Interference in V



1=2

=t/ Percentile :I (d5)



1=6

50 distri&utin

• +ie$ Pivot Ta,le 2et$or. 3M 0CC7 Distri,!tion



1=8

.ite 4iagnstics

• 3ie% Pi#t Ta&le 9et%r ;.$ .ite 4iagnstic



1==



TR+ 4iagnstics

• 3ie% Pi#t Ta&le 9et%r ;.$ TR+ 4iagnstic



1=E

5.I Re!rt

• 3ie% Pi#t Ta&le 9et%r ;.$ *-50-5.I and *-50-5 nflict Re!rts



1=

*!ti"i7a&le Attri&utes

• 3ie% Pi#t Ta&le 9et%r ;.$ *!ti"i7a&le Attri&utes



1=G

I$ statistics

• 3ie% Pi#t Ta&le RF Interference $atrix I$ .tatistics



1D

I$ 9&r Analysis

• 3ie% Pi#t Ta&le RF Interference $atrix I$ 9eig/&r (;.$)



1D1

. (Predicted #s $easured)

• 3ie% Pi#t Ta&le . R+AL Predicted #s $easured



1D2

. (Predicted R+AL)

• 3ie% Pi#t Ta&le . R+AL Predicted



1D6

Frequency Planning .trategies – Prs ns

• 434 )2-S2 5&''*0 %'* separate6

No nee$ to $o T) !lanning

Nee$ to $o ,A/# !lanning to a2oi$ ,A/# collisions &etween co-site$ sectors



1D8

Nee$ to $o ,A/# !lanning to a2oi$ ,A/# collisions &etween co-site$ sectors

All cells ha2e sae R45S4 'cannot a2oi$ &a$ R45S4(• 437 )2-S2 5&''*0 %'* separate6

No nee$ to $o T) !lanning 'secAB,AL> sec3B,AL8 sec)B,AL(No nee$ to $o ,A/# !lanning. Ty!ically &etter !erforance than >x> R45S4

• Mi3ed &''*8%'* (d/*oc

/!ro2es R45S4 for the 3)) 'ore channels to !lan the 3))(

3etter switch /, recor$ings 'since co-3)) re%se is loose(

T) $egra$es since it has interference fro 3))

Re+%ires !lanning of T) layer. Nee$ to %se an AFP tool.

Nee$ to check for interference fro 3)) to T) T) to 3)) in a$$ition• (d/*oc %'* 5&''*0 %'* separate6

/!ro2es the re%se of T) since no nee$ to ha2e the constraint of too few ,ALs Allows assignent of low Pc &etween &a$ re%se an$ high Pc &etween goo$ re%se

4asier to anage than ,ixe$ 3))1T). Nee$s AFP tool for !lanning.• (d/*oc %'*0 434 )2-S2 within Site 5&''*0 %'* separate6

Sae as a&o2eH allows looser re%se &etween sites in networks with sall s!ectr%• Staered &''*

3)) is interlea2e$ in &etween T) channels. A2oi$s A$0-3))13)) re%se.

/n sall s!ectr% i!ro2es 3)) !erforance &%t intro$%ces A$0-3))1T) re%se• %'*8&''*8%'*

/ncreases fre+%ency $i2ersity since T) fre+%encies are s!ace$ farther a!art.

Lower !ro&a&ility of R*L4: fa$ing.

/ntro$%ces A$0-3))1T) interference.

50 Retune $et/dlgy <ey Pints

• *!ti"i7atin *&,ecti#es



1D=

– 9 50:50 1st rder n&rs all%ed (0ard nstraint)

– $ini"i7e 50 . (V f erlangs %it/ 50 R+AL=-E) – A#id interferers %it/ Pr&^:IJ12 d5_ 1V (AFP setting)

– $ini"i7e 2nd rder n&rs t/at

• 0a#e /ig/ f 0* atte"!ts

• Are clse in distance

• 0a#e rientatins t/at s/t int eac/ t/er

• se "etric SV f 0* affected &y * 50:50 2nd rder 9&r

reuse *!ti"i7er

– 9 !enalty fr Ad, 50:50 n&rs (at :IU-6 d5 0* ccurs)

• .et t/e Ad, Re, Factr fr" 1 d5 t 1 d5

– Accunt fr Ad, 50:T0 since T0 !%ers d%n

– 5alance 50 . and f 0* affected &y 2nd rder n&r reuse

50 Retune $et/dlgy <ey Pints cnt[d

9& li t ti i ti & f 50 t



1DD

• 9&r list !ti"i7atin &efre 50 retune

– 4elete a n&r if • f daily 0*s JU 1 A94

• Its 2-%ay n&r /as f daily 0*s JU 1 A94

• V f daily 0* relati#e t #icti" cell JU =V A94

• 9*T a -.ited n&r

– b1V t 8V f t/e n&rs culd &e deleted• se *!ti"i+ 9eig/&r List Audit Tl

– x-AFP 9eig/&r List Audit



T0 Retune $et/dlgy <ey Pints

• Frequency 4i#ersity



1D

Frequency 4i#ersity

– $in /an .e! U 6 c/annels:D 07 &et%een T0c/annels %/ene#er !ssi&le

– .!ectru" allcatinB T0-50-T0

• 0ard nstraints

– 9 T0:T0 n sectrs f sa"e site

– 9 Ad, 50:T0 n sectrs f sa"e site

– 9 Ad, 50:T0 n sa"e sectr

– 9 !enalty fr .a"e .ite Ad, T0:T0

T0 Retune $et/dlgy <ey Pints cnt[d

• 5lind s!ts



5lind s!ts

– 9 &lind s!ts added fr" !redictins – Adding !redicted I$ decreases . !redictin

relia&ility

– Assu"!tinB If 50 exists and is acce!ta&le

t/en T0 can exist as %ell %it/ acce!ta&le!erfr"ance

– Fill in 5lind .!ts fr" lder I$ data

X-AFP Training Full

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