Intelligent FH

8/12/2019 Intelligent FH

1/51

draft

INTELLIGENT FREQUENCY HOPPING

TRIAL SPECIFICATION

IN CHINA


2/51

RAS/SD/SP IFH Trial Specification

COPYRIGHT Nokia Telecommunications 1997

All rights reserve!

No "art o# this ocument ma$ %e co"ie& istri%ute& transmitte& transcri%e& store in a retrieval s$stem& or translate intoan$ human or com"uter language 'ithout the "rior 'ritten "ermission o# Nokia Telecommunications!

The manu#acturer has mae ever$ e##ort to ensure that the instructions containe in the ocuments are ae(uate an #ree o#errors an omissions! The manu#acturer 'ill& i# necessar$& e)"lain issues 'hich ma$ not %e covere %$ the ocuments! Themanu#acturer*s lia%ilit$ #or an$ errors in the ocuments is limite to the correction o# errors an the a#orementione avisor$

services!

The ocuments have %een "re"are to %e use %$ "ro#essional an "ro"erl$ traine "ersonnel& an the customer assumes#ull res"onsi%ilit$ 'hen using them! The manu#acturer 'elcomes customer comments as "art o# the "rocess o# continualevelo"ment an im"rovement o# the ocumentation in the %est 'a$ "ossi%le #rom the user+s vie'"oint! Please su%mit $ourcomments to the nearest Nokia sales re"resentative!

NO,IA an the arro's logo are registere traemarks o# Nokia Cor"oration!

An$ other traemarks mentione in the ocuments are the "ro"ert$ o# their res"ective o'ners!

Nokia Telecommunications& Raio Access -$stems

.ocument Num%er/0ersion 1997 Nokia Telecommunications O$ Page2- 349352A6/3!3!7 ii8


3/51


INTERNAL HISTORY PAGE

Archive

Location: \\essrv01nok\nhras\sd\rntools\pctrials\nokiapcs\trial subdirectory here

Filename: trial filename

History

Date Version Author Change Note No./Notes

26.06.9 0.0.1 !"a First draft.

1#.10.9 0.0.2 $pa %raft

20.10.9 0.0.& $pa %raft

2.10.9 0.0.# 'i(e (eadin) numberin) updated.

19.11.9 0.0.* +ha +est case modifications

.ocument Num%er/0ersion 1997 Nokia Telecommunications O$ Page2- 349352A6/3!3!7 iii8


4/51


APPROVAL PAGE

,ritten by: $ntti "alosaari %ate: 19.11.9

-hecked by:................................................................. %ate:.............................

$pproved by:............................................................... %ate:.............................

.ocument Num%er/0ersion 1997 Nokia Telecommunications O$ Page2- 349352A6/3!3!7 iv8


5/51

RAS/SD IFH Trial Specification

CONTENTS

1. AR!VIATI"NS........................................................................................................................................#

$. INTR"D%CTI"N.........................................................................................................................................&

#. AC'(R"%ND............................................................................................................................................)

&.1. F!/-(3""45F(7........................................................................................................................ .6&.2. 3'4$4+LL45+F!/-(3""454F(7..................................................................................... .*

3.2.1. IFH absorption vs. capacity.............................................................................................................93.2.2. IFH in dual band networks.............................................................................................................133.2.3. IFH in multilayer networks............................................................................................... .......... ...13

&.&. 3+(!8 F$+!%,4+( 4F(....................................................................................................1#3.3.1. Downlink power control...................................................................................................... ......... ..143.3.2. Downlink discontinuous transmission............................................................................................14

*. TRIA+ ",!CTIV!S................................................................................................................................1&

&. TRIA+ AR!A..............................................................................................................................................1)

). C"NFI(%RATI"NS AND PARA-!T!RS............................................................................................1

6.1. ++-3F45!$+43..............................................................................................................................16.2. ++-$............................................................................................................................................... 16.&. 8 "$!$+!......................................................................................................................................1

. I-P+!-!NTATI"N.................................................................................................................................$0

*.1. "L$45"!4-4"L.................................................................................................................................207.1.1. !"#$..............................................................................................................................................2%

*.1.1.1. "lannin) process evaluation.....................................................................................................................21

*.1.1.2. ";< &.& functionality verification........................................................................................................21*.1.1.&. %efault 4F( parameters............................................................................................................................21

*.2. +,3!'4"L+$+43..................................................................................................................... 217.2.1. Feature installation in okia &""..................................................................................................217.2.2. 'on(i)uration c*an)es................................................................................................................. ..22

*.2.2.1. ploadin) confi)urations from 8 to ;2000 and ";


6/51


10.1. ,$L'45$%%!4?45++!L+................................................................................................ &010.2. ;2000 -LL%3-+3!!L+...................................................................................................... &010.&. -3"$!433F++-$................................................................................................................&0

11. T!ST R!3%IR!-!NTS AND +I-ITATI"NS.....................................................................................#1

11.1. ($!%,$!!/4!+................................................................................................................. &111.2. 3F+,$!!/4!+...................................................................................................................&211.&. 3+(!!/4!+........................................................................................................................ &&11.#. L44+$+43......................................................................................................................................... &&

1$. R!S"%RC!S 4 TI-! SCH!D%+!S.....................................................................................................#*

1#. R!F!R!NC!S............................................................................................................................................#&

1*. APP!NDI2!S..............................................................................................................................................#)

$""%4


7/51


1. AR!VIATI"NS88 8aseband

8! 8it rror !ate

8- 8ase tation -ontroller

8 8ase tation ubsystem

8+ 8ase +ransceiver tation

-%, -onfi)uration %ata ,arehouse

%-100;1900 %i)ital -ellular ystem at 100;1900 (A

%L %o>n Link connection from 8+ to 7

%+< %iscontinuous transmission

4!" ffective 4sotropic !adiated "o>er

F! Frame rror !ate

F( lo>7 FreBuency (oppin)

F Field tren)th

5"$ 5eneral "rotocol $nalyser.

(3 (andover

( (oppin) eBuence umber

43 4ntelli)ent nderlay 3verlay

L3 Line 3f i)ht

obile tation

- obile >itchin) -enter

%, et>ork %ata ,arehouse

L3 ot Line 3f i)ht3- 3peration and aintenance -enter

"- "ersonal -ommunication ystem

!F !adio FreBuency

!< !eceivin)

, oft>are

+!< +ransceiver

+ +imeslot

+< +ransmittin)

.ocument Num%er/0ersion 1997 Nokia Telecommunications O$ Page2- 343:7A6/3!3!7 ; 428


8/51


L p Link connection from to 8+7

.ocument Num%er/0ersion 1997 Nokia Telecommunications O$ Page2- 343:7A6/3!3!7 : 428


9/51


$. INTR"D%CTI"N

+he purpose of the trial is to test different type of freBuency hoppin) confi)urationsC>hich include !F (oppin)D and !F;4F( confi)urations.

+he purpose is to verify capacity )ains by comparin) the correspondin) '"4Es and>alkin) test results to the previousD or reference confi)urations. 4f the net>ork

performance is very )oodC the reuse factors are modified and a ne> freBuency planimplemeted. +he test may reBuire fe> freBuency plansC before the Buality thresholds arereached. 3ther features like %L po>er controlDC L %+ork "lannin)D and the ";< product line are participatin) in order to verifythe F(;4F( plannin) capability of the ";< version &.&. +he interfaces to>ards

";< and 2000; 8 are checked durin) do>nloadin)D uploadin) the differentnet>ork plans.

+he okia -ell %octor tool >ill be used for the performance monitorin).

.ocument Num%er/0ersion 1997 Nokia Telecommunications O$ Page2- 343:7A6/3!3!7 4 428


10/51


#. AC'(R"%ND

#.1. Fre5uenc6 Hopping 7FH8

FreBuency (oppin) is a feature in 5C >hich >as already included in the first phase of5 specifications. +he freBuency hoppin) )ain is based on(reuency diversity andinter(erence diversitycombined >ith the comple= transmission scheme of 5 that useschannel codin) and interleavin).

4nterference diversity: interference e=perienced by a call is avera)ed over multiple

freBuencies

FreBuency diversity: ne)ative impact of fast fadin) is reduced throu)h freBuency

selective nature of fadin) in urban environments.

$s a result of the benefits inherent to F(C mobile users >ill be )ettin) a more eBually

perceived call Buality. +hat enables usa)e of different criteria in freBuency plannin)than >hat can be used >ith conventional net>orks.

GOO.

A.

ADEQUATE

No hoppi!"< =arge variation in call (ualit$

< "lanning has to inclue margins #or the 'orst case at cell ege< e)cess (ualit$ #or ma>orit$ o# calls

#ith hoppi!"< The (ualit$ is more e(uall$ "ercieve

'ith several users!< higher tolerance #or inter#erence an #aing


11/51


$%

&

& &% %$$

&&

&

& && &&&

&'&&'$$'(

)*

+

$ (,

&

-%

)*

+

$ (,

&

-%

)*

+

$ (,

&

-%) *+

$ (,

&-%

*

(

-

))

*&+*

,(

Figure $. Various FH sche=es.

+he F( systems can be divided into follo>in) t>o cate)ories based on the freBuencyreuse factors applied:

et>orks usin) a freBuency reuse factor of 9 or lar)er e.). &;97 D can be fully loaded

>ithout Buality de)radation. +hese are kno>n as E(ard 8lockin)E limited F( systemsCthat typically are EsafeE to implement.

ore a))ressive reuse schemes reuse lo>er than 97C e.). reuse & or 1 i.e. 1;& and

1;17 are interference limitedC that isC under heavy traffic loadC the e=cessiveinterference may lead to unstability and increased call drop ratesC >hich reduce thecell capacity Eoft 8lockin)E7. +he interference limited schemes have the potential forhi)hest capacity )ain. (o>ever the load must be controlled. +hese are kno>n asEoft 8lockin)E limited F( systems.

#.$. No>ia Intelligent Fre5uenc6 Hopping 7IFH8+he ne> 4ntelli)ent FreBuency (oppin) 4F(7 feature introduced in 8* , release>ill provide for combined )ain of 43 and F(C thereby offerin) the operator a marketleadin) tool potential for )reat net>ork capacity enhancement.

/*rou)* combination o( I56 and FH into sin)le system t*e capacity )ain ac*ievedwit* IFH can be up to 7%8 *i)*er t*an w*at can be ac*ieved wit* conventional sites.

Q./0ity1C ' I2

Accept/30e4./0ity

Hi!h 4./0ityHi!h c/p/city

Up to *56 c/p/city !/i 7

@ com"are to conventional net'ork

-u"er reuse la$er ominance area Regular la$er ominance area

IUO GAINre.se re8.ctio o s.per 0/yer

FH GAINre.se re8.ctio o 3oth 0/yers

IFH

Figure #. IFH can pro;i?e for co=


12/51


+he hoppin) mode in 4F( can be either baseband 88DF(7 or radio freBuency !FDF(7hoppin). $s >ith conventional F(C in 88DF( mode the 8--( freBuency is included intohoppin) seBuenceC but not in !FDF( mode.

Re!.0/r 0/yer

S.per re.se0/yer

9&:CCH

TCH

TR;ith lo>er -;4 hence both the E)ood -;4 thresholdE and theEbad -;4 thresholdE can be brou)ht do>n by some decibels. +his in fact means that

better absorption can be achieved.

4n theory the thresholds could be lo>ered by a value that eBuals the F( )ainC i.e.

accordin) to simulations potentially by @D6d8 in city area7. "ractical values may varyfrom those but throu)h first implementations they can be verified.

+he benefits and disadvanta)es of different hoppin) modes are listed.



13/51


F0e=i3i0ity ho""ing 'ith small con#igurations an small 1B is "ossi%le

>/=i?.? FH !/i ith traffic earlier than the super layer. 4n this case the ne>call attempts >ill be blocked and all additional capacity in the super layer can not beused.

+he traffic absorption of an 4F( cell means the proportion of the total cell trafficserved by the superD+!hich affects to the traffic absorption aree=plained in this chapter. +he follo>in) factors are affectin) to absorption of 4F( cell.

(oo? an? ill not increase the capacity any more because there)ular layer band>idth has to be increased at the same time.

+he picture belo> sho>s ho> the proportion of the cell traffic served by the superlayer is decreased >ith smaller reuse factors.



14/51


Divisio o9 tr/99ic 3etAee 0/yers

3!33 D

13!33 D

53!33 D

;3!33 D

:3!33 D

43!33 D

3!33 D

73!33 D

23!33 D

; : 4 7 2 9

S.perin) picture illustrates the influence of )ood and bad -;4.

3!33

3!43

1!33

1!43

5!33

5!43

;!33

;!43

:!33

:!43

4!33

3!33 5!33 :!33 !33 2!33 13!33 15!33

CI


15/51


,hen 43 >as first introduced a call had to be first set up on re)ular layer and after-;4 evaluation handed over to super >hen -;4 allo>ed that. +his principle reduced the

potential )ain and could also lead to some re)ular layer con)estion under certain

conditions.

4n * this problem >ill be fully solved by allo>in) direct access to super layer >ithoutany adverse impact from the de)ree of re)ular layer loadin). +he access criteria is

based on the %L receive level reported by the .

sa)e of this feature >ill improve the traffic handlin) capacity of both 43 4F(net>orks and >ith it unnecessary +-( reservation on re)ular layer can beavoided.+he follo>in) study is made by -$"$-4+ simulator in order to find theoptimum value for direct access threshold. +he startin) value can be found from!=Level measurement by studin) the minimum values of superDreuse +!ork.

+he direct access threshold can be set more a))ressively for those cells >hich haveproblems >ith absorption.

2D

:D

;4D

5:D

17D

15D

3

3!5

3!:

3!

3!2

1

1!5


16/51


proportion of the total cell traffic that can be directed to the super layer due to theinterference conditions. 5ood -;4 probability includes thus implicitly the trafficdistribution inside a cell area.

-ini=u= SIC ?eco?ing ti=e

+he time needed for the -;4 measurement evaluationC -;4 calculation and handoverdecision are determined by the radio parameters related to the 43 handover. +hese

parameter values should be based on the predefined Buality criteria. +hein8sic%ecode+imeDparameter defines the time reserved for decodin) the 84-s ofthe nei)hbors. +he handover to the super layer is not allo>ed before this time e=pires.4f the in8sic%ecode+ime is too shortC all measurement results may not be reliableyet and the handover may be based on incorrect -;4 calculations. +o ma=imiAe thefreBuency efficiency and the capacity of the 43 cellC the shortest possible handoverevaluation and 84-Ddecodin) times are desirable. +he shorter is the +-( reservationtime in a cell the more crucial is the effect of these times. +he blue line in thefollo>in) picture illustrates the influence of 84- decodin) time.

Tr/99ic per ce00 /t %6 :0ocDi!

3

4

13

14

53

54

;3

;4

:3

:4

3 5 : 2 13 15 1: 1

Ti?e o Re!.0/r 1secE2

Tr/99icperCe001Er0/!2

.irect Access

No irect Access

Influence of fre5uenc6 ?i;ersit6 an? interference ?i;ersit6

#.$.$. IFH in ?ual s



17/51


,hen 43 or 4F( are used in a dual band net>ork it >ill )enerally be preferable thatdual band mobiles are directed to the 100 layerC rather than to the 900 super layerassumin) 900 is the base net>ork on >hich 43 or 4F( are implemented7. +o ensure

this takes place the 8* , >ill have a feature >here it can be selected that dual bandmobiles are not allo>ed to access the super layer of one or both bands. 8y preventin)dual band mobiles usin) the super layer the , plan >ith 4F( can be made e=actly as inthe sin)le band case i.e. dual band >ill have no impact on the capacity for sin)le bandmobiles.

,here it is reBuired that dual band can access the super layer a ne> featureulticell !eportin) can be used. $ 5 mobile can only report the 6 stron)est cells itmeasures to the net>ork. 4n a dual band net>ork these >ould be a mi=ture of cells from

both bandsC >hich has to be taken into account >hen plannin) 4F( to ensure thatsufficient interferin) cell measurements are reported. +he ulticell !eportin) featureallo>s the operator to define ho> many measurement reports are made from each band..). the 6 reported cells can be set so that @ cells are reported from the servin) band in>hich the handover attempt to super can be initiated7 and only the stron)est cell from theother band in included into reported set.

,ith these features 4F( can be implemented into a dual band net>ork.

#.$.#. IFH in =ultila6er net9or>s

3ne very important application for 4F( in the future >ill be its simultaneous usa)e inboth macro and micro layers in multilayer net>ork. 8y usin) 4F(C even a very narro>freBuency band can be made to provide for optimum performance.

4n multilayer net>orkC >hen the traffic reBuires a continuous microlayer to beestablishedC the freBuencies have to be deducted from the common pool of freBuenciesallocated to the operator no mi=ed freBuency usa)e assumed7. ,ith narro> allocationthis may lead to situation >here only very fe> freBuencies are left for the macro layerCeven thou)h there is a keen interest on the operators side to maintain some EsafetyE net onthe macro layer.

8y utilisin) 4F( on both micro and macro layers the spectrum efficiency can be improvedBuite much. +he follo>in) table includes some indications on feasible reuses to beutilised on micro layer usin) 4F(.

TR;'CELL IFH

Re.se :# B>H

% -''+ %G)

$ -'',', $G%

, -'',',', ,

Taould be based on havin) one nonD hoppin)+!< 8--(7 >ith hi)her reuse factor on re)ular layer actin) as safety layer and all theother +!


18/51


+he "o>er -ontrol "-7 and %iscontinuous +ransmission %+ po9er control

+he do>nlink po>er control %L "-7 is an essential feature in reducin) the overallinterference in the net>ork by adGustin) transmit po>ers to adeBuate level capable ofmaintainin) a certain tar)et service Buality set by the operator.

+he po>er control ran)e in 5 is &0 d8. (o>everC it mi)ht be beneficial to limit the

po>er control ran)e to e.). 10 or 1@d8 >ith 88DF(C as some mobiles may haveproblems in copin) >ith the lar)e si)nal variations caused by the 8--( bein) includedinto hoppin) and al>ays usin) the ma=imum po>er. ,ith !FDF( the >hole ran)e could

potentially be employed.

+he avera)e interference reduction )ain in -;4 achieved >ith "- is in the ran)e of 1.0D1.@d8 >ith uniform traffic distribution if a lot of mobiles are on the cell ed)es then the"- )ain reduced7.

#.#.$. Do9nlin> ?iscontinuous trans=ission

%iscontinuous transmission %+ill reduce the amount of transmission andconseBuently overall interference in the net>ork.

+he )ain of the %+< is almost linear >ith the %+< share. 4f the talk time is sharedeBually @0H per 7 then the interference is reduced by &d8 in avera)e $--( andnoise not includedC 2.@d8 if included7.

$lthou)h the %+< is clearly beneficial for interference reductionC the %L %+< is notrecommended at this sta)e as some s have been detected to face problems >hen %L%+< is activated.

.ocument Num%er/0ersion 1997 Nokia Telecommunications O$ Page2- 343:7A6/3!3!7 1: 428


19/51


*. TRIA+ ",!CTIV!S

+he FuGian trial obGectives are the follo>in):

Capacit6 (ain an? Net9or> Perfor=ance

?erfication of the !F (oppin) performance >ith !euse factors 1;1 and 1;&

?erification of the !FD4F( capacity )ain

?erification of the 4F( system 3L+43 plannin)C implementationC operation

initialC e=pansion path7C monitorin)C optimisation7

NPS/2 #.# Functionalit6

?erification of the ";< &.& "lannin) -apability

?erification of the ";< &.& freBuency plan calibration tool and 8- -;4

easurement

?erification of the ";


20/51


&. TRIA+ AR!A+he


21/51


55: I153 JinJiTing :/:/: 15&5 15&4 3&



22/51


). C"NFI(%RATI"NS AND PARA-!T!RS

+he follo>in) chapter >ill illustrates the test confi)urations of the different trial phasesand also the reBuired parameters.

).1. Test configurations

+he trial consists of 2 different main phasesC pure freBuency hoppin) and 4ntelli)entfreBuency hoppin). =istin) 43 is used as a reference for the. +he e=istin) 8--( planis kept in the net>ork and only freBuencies of the +-( +!. +hey are e=plained in more detail in anappendi= @.

!F hoppin) test cases

1;1 fractional reuse

1;& fractional reuse

1;& fractional reuse >ith safety layer optional7

!FD4F( test cases

4F( >ith !F hoppin) Buality7

3ptimised 4F( >ith !F hoppin) ma=imum capacity7

ltimate 4F(

).#. SS para=eters

Parameter Setting Comments

All inter#eringcells averageA06R8L

Y

Inter#ering cellaveraging'ino' siMe

-IK68L

Chosen to con#orm to values use else'here in the net'ork



23/51


Inter#ering cell

num%er o# Meroresults K6RO8L

5 Chosen to con#orm 'ith values use else'here in the

net'ork

inimum -IC.ecoe TimeTI8L

Chosen to con#orm 'ith value use else'here in thenet'ork

-u"er reuse %aC/I thresholCI8L

N) N8LP) P8L

3 &1&1

I# #re(uenc$ ho""ing is use& it is #easi%le to not use the %sC/I in orer to trigg#er ho %ack to regular& %ecause ho""ingis ro%ust enough to maintain the calls in su"er

-u"er reuseestimationmetho 6TH8

A

-u"er reusegoo C/I

threshol GCI8L

N) GN)8L

P) GP)8L

17 1 TR&

14 5 TRs&15 ;< TRs&:

.e#ault /Nokia recommene GCI!N)& P) chosenagressivel$ to ensure (uick hanover in marginal conitions

C/I estimationt$"e T1


24/51




25/51


. I-P+!-!NTATI"N

.1. Planning principle

.1.1. NPS/2

+he practical 4F( freBuency plannin) can be made e.). >ith okia ";< plannin) tool.+he support for 4F( plannin) is implemented into , version &.&.

+he follo>in) functionalitiesC that are useful in plannin) 4F( net>orkC >ill be available in

&.&:

-apacity calculation tool for calculatin) blockin) probabilities and absorptionC and

thereby the channel reBuirement per layer can be yield. -apacity analysis of 43structure supported.

$utomatic freBuency allocation tool separate 8--(DC !e)ular;uperDC !F F(

allocation7 >ith verified default values and improved interference calculation matri=

$utomatic interferer list )eneration

Freeform !F hoppin) parameter $43 offset and $43 step7 handlin)C andvie>in) of their effect >ithin interference analysis

4nterference analysis for calculatin) cell service areas and analyAin) coD and adGacent

channel interference

4nterference free areaC i.e. the area >here the super reuse freBuencies are usableC can

be displayed

4F( simulator for parameter optimisation after freBuency allocation is made

$fter the 4F( plannin)C the ne> freBuency plan and the related parameters )enerated in";< can be imported into -onfi)uration %ata ,arehouse >here they are checked andcomplemented before loadin) it into the net>ork via ;2000.

Follo>in) dia)ram illustrates 4F( plannin) process:



26/51


C/p/cityesti?/tioce00 3/sis

C/p/cityesti?/tioce00 3/sis

P0/i!cocept8ecisio

P0/i!cocept8ecisio

Esti?/tio o9ee8e8 .?3ero9 9re4.ecies

Esti?/tio o9ee8e8 .?3ero9 9re4.ecies

Cover/!e 8/t/Cover/!e 8/t/

Nei!h3o.r ce00?e/s.re?ets ith

GPA too0

Nei!h3o.r ce00?e/s.re?ets ith

GPA too0

Iter9ereceC/0i3r/tio Too0

Iter9ereceC/0i3r/tio Too0

Iter9erece ?/tri=

!eer/tio

Iter9erece ?/tri=

!eer/tio

A.to?/tic iter9erer!eer/tio 9or IUO

A.to?/tic iter9erer!eer/tio 9or IUO

Fre4.ecyre4.ire?ets

Fre4.ecyre4.ire?ets

Fre4.ecyA00oc/tio

Fre4.ecyA00oc/tio

Spectr.?/8 H#costr/its

Spectr.?/8 H#costr/its

NPS'; $$

P0/i! o9 otherp/r/?eters

P0/i! o9 otherp/r/?eters

O>C ' CD#' ND#

Q./0ity A/0ysis

A.to?/ticP/r/?eter t.i!

Q./0ity A/0ysis

A.to?/ticP/r/?eter t.i!

NetDi? 'NPS';

+he trial verification )oals >ith ";< &.& for each trial can be divided into threecate)ories:

.1.1.1. Planning process e;aluation

4t have to be confirmed that ";< &.& functionality is such that it supports all thephases of 4F( plannin) process. +he evaluation >ill be the best done by doin) a ti)ht coDoperation >ith net>ork planners. +he planners should be usin) ";< in the trial.

%esi)ners should be more or less on the back)round interferin) to the actual plannin)process as little as possible.

.1.1.$. NPS/2 #.# functionalit6 ;erification.

+he developed tools and their functionality have to be tested and verified. 4t is e=pectedthat some bottle necks >ill be found and >hich can still be corrected for the finalrelease. FurthermoreC some missin) documentation instructions on ";< usa)e or

plannin)7 that >ould be beneficial for the customers can be identified .

.1.1.#. Default IFH para=eters

4t is e=pected to )et some )ood default values for the 4F( specific parameters. +hedefault values >ill then be available for all the ";< customers in the future. +hosevalues are important in order to make the plannin) easy. +hey should be found before

";< &.& is in the market.

.$. Net9or> i=ple=entation

.$.1. Feature installation in No>ia SS

+he 43 4ntelli)ent nderlay 3verlay7 Jfeature is an optional feature in the 8- *soft>are. 4n order to have the availability to use 4F(C this feature has to be included inthe *Dpacka)e. +his is done by means of installin) a -ustomer pecific %isk into the



27/51


system. +he 4ntelli)ent nderlay 3verlay 10D2&7 feature must then be activated usin)K,3 Jcommands class. +he e=istense and state of the feature can be verified >ithcommand K,33. $ctivatin) the feature is done usin) command K,3F:10D2&:1C

>here 10D2& stands for the underlyMoverlayMusMp feature.

ou >ill then have an access to parameters related this feature. +hey are located in samecommand )roup K/ >hich is related to traditional 43 and F(.

.$.$. Configuration changes

.$.$.1. %ploa?ing configurations fro= SS to N-S/$000 an? NPS/2

+he net>ork confi)uration is identical in ;2000 and 8-. 4t can be uploaded usin)the ";< file transfer capability from the ;2000 database to a server accordin) toreBuired e=tent i.e. certain cells in certain 8-. From the server the data has to be

tranferred via e.). L$ to ";

parameter set can then be do>nloaded back to 2000.

.$.$.#. Do9nloa?ing configurations fro= NPS/2 or Plan!?it to N-S/$000 an?SS

$ ne> plan is made usin) the ";< or "landit7 accordin) to the test casedescriptions and their results. +his ne> net>ork plan >ill be transferred to ;2000.$ctivation of the ne> parameters and settin)s is done durin) a ni)ht time to have thedo>n time effect as insi)nificant as possible. +he ;2000 uses a certain directory forthe file transfer operations. +herefore in case the ne> plan is some>here else it has to bemoved or copied there >ith ni=Dcommands

ove: mv filename.e=t ;the full path N;nps=files;

-opy: cp filename.e=t ;the full path N;nps=files;filename.e=t

+ransferrin) the ne> settin)s and parameters to ;2000 can be done any time of theday. $ctivatin) the ne> plan is done durin) lo> traffic usin) back)round do>nloadin)

>hen possible.

.ocument Num%er/0ersion 1997 Nokia Telecommunications O$ Page2- 343:7A6/3!3!7 5; 428


28/51


. -!AS%R!-!NT -!TH"DS

.1. Voice 3ualit6 -easure=ents

+he analysis of the voice Buality durin) the trial is most important. +he previous trialshave sho>ed that the analysis of the !hen usin) freBuencyhoppin). +he !hich makesthe analysis of voice Buality more difficult. +here are ho>ever several other possibilitiesavailable like:

.1.1. Anal6sis of F!R ?istriell to the speech Buality. +hetestin) in 'eilaniemi laboratory has sho>ed the follo>in) correspondence to speechBuality classes:

F!R Speech 3ualit6

0D# =cellent

#D 5ood

D10 Fair

10D1@ "oor

O 1@ ot sable

+his kind of scale is proposed to the trialC the focus should be to the classes 10D1@ and O1@. +he effect of (3Es are filtered outC so that the erased frames are due to the radio linkreasons only.

.1.$. Anal6sis of T!-S S3I

+he + test telephone has the peech /uality 4ndicator /47 >hich should be evenmore accurate than the analysis of Gust F!. +he correspondence bet>een F! and /4

should be verified. +he /4 scale is from J1@ d8 to P #0 d8 and the effect of (3Esmutin) effect is included. +he +;F4- postprocessed statistical results are obtainedin five d8 steps. +here is correspondence to the 3 scalin) >ith difference that the/4 is more accurate especially in bad conditions. Follo>in) correspondence can beusedC the focus bein) in classes poor and fair:

T!-S S3I/? -"S Classes

P&@ to #0 @ =cellent

P&0 to &@

P2@ to &0

# 5ood

.ocument Num%er/0ersion 1997 Nokia Telecommunications O$ Page2- 343:7A6/3!3!7 5: 428


29/51


P20 to 2@

P1@ to 20

& Fair

P10 to 1@

P@ to 10

2 "oor

D 0 to P@

D @ to 0

D 10 to D @

D 1@ to D10

1

8ad

.$. Data call 5ualit6 =easure=ents

.$.1. Sen?ing/recei;ing ?ata

?erification of the %ata call performance in an 4nterference Limited FreBuency (oppin)-onfi)uration is studied. ?erification is done only durin) 1 day;>eek. For this purposethe okia %ata uite is used. $s this only supplies the interface bet>een the "- andmobile terminal an applicable terminal pro)ram is reBuired

"- fa= soft>areC such as %elrina ,inFa= "!3C +rio %atafa=

eDmail pro)ramsC such as ailC cc:ailC +eam,$! ail

,indo>s communications pro)ramsC such as "ro-omm "lus

+estin) >ill be done in connection >ith the other drivin) and >alkin) tests. "articularattention has to be paid to the siAe of data sent and duration of the transaction.

.#. -easure=ent tools

+he follo>in) measurin) instruments;tools >ill be used for the post prosessin) ofcollected measurements data:

.#.1. SC =easure=ents

+he 8- measures trafficC observes si)nallin) events and traces a specific call. +heseresults it then for>ards to the 3- for further processin). 4n order to make this happenthe particular measurements have to be activated in the 8-.

+he follo>in) measurements have to active in the 8- and they should be activated via.

TRAFFIC ... TRAFFIC MEASUREMENT

RES_AVAIL ... RESOURCE AVAILABILITY

MEASUREMENT

CCCH_ACC ... RESOURCE ACCESS MEASUREMENT



30/51


HO ... HANDOVER MEASUREMENT

RXQUAL ... RX QUALITY STATISTICS

MEASUREMENT HOADJ ... HANDOVER ADJACENT CELLMEASUREMENT

UNDERL ... UNDERLAY-OVERLAY STATISTICSMEASUREMENT

RXLEVEL ... RX LEVEL STATISTICS MEASUREMENT 1day/w!

C/I_RATIO ... C/I RATIO MEASUREMENT " #$$%/day

.#.$. Cell Doctor

-ell %octor is a reportin) packa)e >hich provides effective tools to cover all functionalareas of the ;2000: -onfi)uration ana)ementC Fault ana)ementC and"erformance ana)ementC >ith special focus on the needs of net>ork plannin)Coperation and maintenance.

-ell %octor reports are selfDe=planatory standardDsiAe @6 lines per pa)e and 0characters per line7 te=tual reports presented in a table format. ach report starts >ith afront pa)e containin) a description >hich helps you understand >hat the report is usedfor.

$ separate -ell%octor soft>are has to be installed to operators ;2000. -ell %octorscripts are then e=ecuted from the ;2000 >ork station. +hey can be pro)rammed

beforehand to be e=ecuted at certain times and days. %urin) a trial >hich takes a lon)time to e=ecute a lot of information >ill be collected. 4t is therefore important to try todecrease the number of scrips run in order to keep the amount of information >ithin areasonable amount. +his could other>ise cause problems in stora)e and readability ofdata obtained. +he follo>in) information is reBuired to be collected durin) this trial:

+otal trafficC traffic carried on both the superDreuse and re)ular layersC and

absorbtionC the proportion of traffic carried on the superDreuse layer

-all drop rate on the superDreuse and re)ular layer

"erformance of handovers from and to the superDreuse layerC and >ithin the superD

reuse layer (andover reasons D proportion of handovers initiated by the -;4 measurement

criteria or by Buality measurementsC or by interference measurements.

.#.#. T!-S

+ is a ,indo>sQDbased tool desi)ned for the verification of cellular systems and fornet>ork maintenance. 4t is an advanced tool for measurin) and testin) the di)ital airinterface.4t is also used for cell plannin) and net>ork tunin). + consists of a mobile

phone >ith builtDin test featuresC a serial cable and a "- soft>are packa)e.

+estin) can be performed automatically by means of predefined seBuences. +he system

also allo>s modification of uplink and do>nlink data to cause desirable net>orkbehaviour. +he data can be stamped as far as time and position is concerned and thus beanalyAed later. For the post analysis a F4- soft>are from the same supplier is available.



31/51


"roduct version

%ual 8and + )sm 900 100;9

in)le 8and + )sm 900;9*.1

+ems version to be used

+he + peech /uality 4nde= /47C >hich is an estimate of the perceived speech

Buality as e=perienced by the mobile userC is based on handover events and on

the bit error and frame erasure distributions. Listenin) tests on real 5 net>orks havebeen made to identify >hat type of error situations cause poor speech Buality.

8y usin) the results from the listenin) tests and the full information about the

errors and their distributionsC it is possible to produce the + peech /uality

4nde=.

+he peech /uality 4nde= is available every 0.@ second in + and predicts the

instant speech Buality in a phonecall;radioDlink in realDtime.

.#.*. FICS postprocessing

F4- is a ,indo>s based soft>are for postDprocessin) of data collected by

+. 4t contains a number of processin) tools. ome of these

tools even convert + lo)files to formats used by other productsCsuch as cell plannin) systems.

.#.&. Plan!?it

"landit is a ,indo>s + or ,indo>s basedC standDaloneC )raphical "- applicationdesi)ned for editin) net>ork plans offDline. "landit reads the plan data from the $-44files used for plan data transfer and imports the data into "landitRs o>n database foreditin). +his database can be used as a temporary or a permanent stora)e of multiple

plans coverin) several different 8-s. "landit provides an easy to use offDlineapplication for e=pandin) and reconfi)urin) net>orks as >ell as for makin) e=tensivechan)es to 8 radio net>ork parameter values. 4nput and output is based on the same

";< 4nterface files that are supported by ";< and ;2000. %urin) the trial it ispossible to use "lanedit for makin) net>ork parameter chan)es and collectin) acomplete picture of the net>ork structure for offDline purposes.



32/51


+he main functionalities of!lan-ditinclude:

4mportin) 8 confi)uration to and e=portin) from!lan-ditdatabase:

3bGect 8ro>ser:

-reatin) ne> sitesC obGects and parameter sets:

?ie>in) and editin) parameters of particular obGect:

ass modifications and Bueries >indo>:

(andover plannin):

FreBuency and 43 plannin):

!eportin)

(elp file and "arameter %ictionary

.#.). No>ia Data Suite

ou can use the okia %ata uite to send and receive fa=esC files and eDmail. $nd youcan access the 4nternet. +here is no need to use a separate modemC you Gust have toconnect your mobile to your "- usin) a !D2&2- serial cable or by infrared port. +he

okia -ellular %ata uite is compatible >ith a >ide ran)e of "- fa= and eDmailapplications. sendin) and receivin) is built into the soft>are no additional terminal

pro)ram7.

okia %ata uite is compatible >ith e.). okia &110C 6110C 61@0 and 110 mobilephones.



33/51


. T!ST !2!C%TI"N8efore each test e=ecution make sure that the follo>in) thin)s are available: reBuirednumber of "-sC mobile terminalsC connectin) cablesC test lo)s and char)ed batteries.N"T! Ta>e also charge? spareould be preferable to mark events and possible abnormalities.

ee appendi= @ for the test cases.

.1. Eal>ing tests an? routes

easurement routes to be done on foot are the follo>in):N. +o be defined later

.$. Dri;ing tests an? routes

easurement routes to be done by car are the follo>in):

N. +o be defined later

.#. Data/FaB tests an? routes

easurement routes to be done for the data;fa= are the follo>in):

N. +o be defined later



34/51


.*. N-S/$000 perfor=ance ?ata

4n order to )et this information the follo>in) scripts have to be e=ecuted durin) the trial:

-cri"t F easurement .etails =evel Perio

121 .ail$ TCH tra##ic "ro#ile #or a T- .ail$ tra##ic "ro#ile T- 1 h

19 ualit$ an inter#erence "er TR = inter#erence

=& .= (ualit$

Average = inter#! %an

TR 1 h

53: Net'ork %enchmark statistics asic settings statistics

Call success #actors

= inter#erence statistics

=& .= (ual!/lev! .istri%ution

Area&

T-

5: h

:33 IO counters o# a cell IO con#iguration T- an TR8

IO "er#ormance

IO Tra##ic

IO HOs

T- 5: h

:3; ,PI statistics #or IO cells A%sor"tion to su"er TR T- 5:h

:37 C/I statistics Int# C/I =&.=

TCH hol time

T- 1 h

233 ualit$ -urve$ ,PI #or net'ork tra##ic& res!avail!& callsuccess rate& (ualit$& %locking& HOs&TCH ro""e calls8

-C T- Average

+able &. sed -ell%octor scripts

.ocument Num%er/0ersion 1997 Nokia Telecommunications O$ Page2- 343:7A6/3!3!7 ;3 428


35/51


10. T!ST "%TP%T

10.1. Eal>ing an? ?ri;ing test results

%L !


36/51


11. T!ST R!3%IR!-!NTS AND +I-ITATI"NS

11.1. Har?9are Re5uire=ents

+he hard>are reBuired for this trial is the follo>in):

-

%itchin) -entre

2000

et>ork mana)ement ystem 2000

8-

%


37/51


11.$. Soft9are Re5uire=ents

+he follo>in) tables )ive the , levels reBuired for support of 4F( and associatedfeatures in each related , element. +he functionality sho>n for each release is inaddition to the functionality provided in the previous releases.

-SC

S# Leve0 F.ctio/0ity

7/2

SC

S# Leve0 F.ctio/0ity

-7 IH su""ort&ree#orm R ho""ing

TS

S# Leve0 ' D/te F.ctio/0ity

13!3 5n generation T-8 H IH8 su""ort@

.5!3 Talk amil$ an Nokia Prime-ite8 H IH8 su""ort

.;!3 -u""ort #or ual u"le)e A6 con#igs! u"to :TR/cell8 an RTC

.;!3


38/51


N-S/$000S# Leve0 F.ctio/0ity

T13 Ho""ing "arameter hanling #or regular&"arameters #or su"er hanle 'ith =commans

T11 ull su""ort #or IH ho""ing "arameterhanling

NPS/2S# Leve0 F.ctio/0ity

NP-/ ;!; IH "lanning su""ort

11.#. "ther Re5uire=ents

";< >ill need to use )eneral layout pictures of the net>ork area covera)e >heremeasurements >ill be carried out.

11.*. +i=itations

";< version &.&. >ith 4F( support not fully compatible >ith ;2000 version +10.

.ocument Num%er/0ersion 1997 Nokia Telecommunications O$ Page2- 343:7A6/3!3!7 ;: 428


39/51


1$. R!S"%RC!S 4 TI-! SCH!D%+!S"lease refer to appendi= 1 for the trial or)anisation and resources.

+he trial >ill be e=ecuted durin) >eeks 1D6;1999. "lease see appendi= 6 for theschedule.



40/51


1#. R!F!R!NC!S

S1T 4F( olution %escription %raftC ika 'UhkVlU

.ocument Num%er/0ersion 1997 Nokia Telecommunications O$ Page2- 343:7A6/3!3!7 ; 428


41/51


1*. APP!NDI2!S$ppendi= 1 +rial or)anisation

$ppendi= 2 ,alkin);%rivin) test lo)

$ppendi= & %ata;fa= +est lo)

$ppendi= # ;2000 -ell%octor results

$ppendi= @ +est cases

$ppendi= 6 +rial schedule

$ppendi= * %aily trial shedule



42/51

RAS/SD Appen?iB 1

Appen?iB 1

2IA-!N TRIA+ "R(ANISATI"N

IFH Tri/0Steeri! Te/?

S.pervisioGro.p

Proect>//!e?et

R/8io P0/erGro.p

NetorPer9or?/ce>oiter Gro.p

I?p0e?et/tioGro.p

F>C:NOJIA FDI;>>C:

Timo Halonen=iu -hi$u

Jiang an =i Jian)in Chen Yun)in

Timo Halonen1>orn Perterichael

.ai iangBei Jianrong

u HaiChen Renheng

Ni Ji$un

Jari RRiku 6ichael KhuPetri PantillaKhu.a"ing78-u kun7K8i7NT8atti -7,8Giorano G7It8

=iu Jing#engChen Rusong

Huang u$ang =in Yong

Jari RAntti P=i uanJi RongJie

=vJianrong

Antti PRa"h =5@NN

YuHang

IFH Tri/0 Steeri!

Te/? >e?3erJ TelecomLJiang an=i Jian)inChen Yun)in

NokiaLTimo HalonenRauli ParkkaliAntti PalosaariJari R$$nanenJuan anuel eleroJouni Pekonen=iu -hi$uGertar 0et1>orn RasmussenPeter -anvigichael Khuuentin Bong

,alle =oukos



43/51

RAS/SD Appen?iB 1

Jari R$$nQnenatti -almenkaitaichael KhuJuan anuel eleroGiorano Giam"aolo

Jari R$$nQnenichael Khu

Giorano Giam"aolo


Giorano Giam"aolo

Jari R$$nQnenatti -almenkaita

ichael KhuGiorano Giam"aolo

Jari R$$nQnenatti -almenkaita

ichael KhuJuan anuel eleroGiorano Giam"aolo


Giorano Giam"aolo

Antti PalosaariPettri HakalinRiku 6rtimo

Riku Tuomela5 ) =ocal C-

Antti PalosaariRiku 6rtimo





Antti PalosaariPettri HakalinRiku 6rtimo




Antti PalosaariTimo Halonen

Jari R$$nQnenPetteri Hakalin5 ) =ocal C-


Jari R$$nQnen5 ) =ocal C-

Timo HalonenJari R$$nQnen

5 ) =ocal C-

Petteri HakalinTimo Halonen



Jari R$$nQnenPetteri Hakalin5 ) =ocal C-



Timo HalonenRauli Parkkali

>orn RasmussenJari R$$nQnenichael Khu

Timo HalonenAntti Palosaari


Timo Halonen>orn Rasmussen


Timo Halonen>orn Rasmussen


Timo HalonenAntti Palosaari


Timo HalonenRauli Parkkali


#ee & #ee +#ee ,#ee $#ee % #ee )

Planning

Im"lementation

ualit$

monitoring

O"timisation

-teering



44/51

RAS/SD Appen?iB $

Appen?iB $

EA+'IN(/DRIVIN( T!ST +"(

oteW !emember to fill this sheet for each test e=ecution

%ate:

+ime: tart: top:

%one by:

!oute:

Lo) file name:

Site configuration7s8

(ard>are:

43 confi)uration:

Test e5uip=ent configuration

obile terminal

-omputer

$pplication;oft>are

N"T!S

.ocument Num%er/0ersion 1997 Nokia Telecommunications O$ Page2- 343:7A6/3!3!7 : 428


45/51

RAS/SD Appen?iB #

Appen?iB #

DATA/FA2 T!ST +"( "a)e 17

oteW !emember to fill this sheet for each test e=ecution

%ate:

+ime: tart: top:

%one by:

!oute:

Lo) file name:

Site configuration7s8

(ard>are:

43;4F( confi)uration:

Test e5uip=ent configuration

obile terminal

-omputer

$pplication;oft>are

Data an? faB infor=ation

Call G To9ar?s Set up / s. Duration / s. File sie/>


46/51

RAS/SD Appen?iB #

N"T!SMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMM

.ocument Num%er/0ersion 1997 Nokia Telecommunications O$ Page2- 343:7A6/3!3!7 :2 428


47/51

RAS/SD Appen?iB *

Appen?iB *

N-S/$000 CellDoctor results

Script !ntit6 For=ula/counter

$0* SDCCH Drop Ratio sdrM1a

%--(M!$%43MF$4L c100&

%--(M$84MF$4L c10*@

TCH ?rop call ratio dcrM&)

+-(M!$%43MF$4L c101&(3Mdrops c101#Pc10*6Pc10Pc10&0

Total H" failure hfrM2

3ut)oin) - (3 attemps failures H hofM6a

3ut)oin) 8- (3 attemps failures H hofMa

4ntra cell (3 attemps failures H hofM9

H" Causes

L Buality c#02&

L level c#02#%L Buality c#02@

%L level c#026

L interference c#029

%L interference c#0&0

"bd)t c#0&2

%+ interference statistics

4n band 1D@

%+/D+ 5ualit6/ le;el ?istri 5ualit6 ?istri 5ualit6 ?istri


48/51

RAS/SD Appen?iB *

/ual 0D*

*00 Cell traffic trfM9

uper +!< traffic trfM10

+raffic absorbtion on super trfM

+-( seiAure len)th on re)ular trfM1@

+-( seiAure len)th on super trfM1#

+-( ra> blockin) on re)ular blckM*

+-( ra> blockin) on super blckM6

(3 att from re)ular to super hoM2

(3 fail from re)ular to super hfrM1&(3 att from super to re)ular hoM&

(3 fail from super to re)ular (frM12

Return fro= super to regular

%L Buality hoM1

%L interference hoM#

L interference hoM@

8ad -;4 hoM6



49/51

Appen?iB & 7appen?iB&.?oc8


50/51

Appen?iB )

Dece?3er /./ry Fe3r./ry

Tri/0 Prep/r/tio Ph/seTri/0 Iiti/0is/tio Ph/se

:9 43 41 45 4; 1 5 ; : 4 7

ph/se 5

Initial "re"aration 6s"oo&u>ian8

@ Trial ,ickian8

@ Trial "re"aration

@ Nokia/customer training

@ enchmarking@ NP-/) ;!; im"lementation@ Con#iguration veri#ication

ResourcesL

@ Timo Halonen

@ atti -almenkaita

@ Jari R$$nQnen

@ Antti Palosaari@ -u ,un@ an Yang

ph/se %

Trial "lanning iamen8

@ Ca"acit$ "lanning@ Con#iguration "lanning

@ NP-/) A@Im"lementaion "lanning

@ .e#ining the #easi%le

measurements

Ph/se $re(uenc$ ho""ing trial

@ 1/1 reuse

@ 1/; reuse

@ 1/; 'ith *IH*

Ph/se ,

IH trial

@ IH R


51/51

Appen?iB

;IFH55&'/Ne' #re(uenc$ "lanualit$ veri#ication.rive test

;IFH55+Ne' #re(uenc$ "lanualit$ veri#ication.rive test

;IFH55,Ne' #re(uenc$ "lanualit$ veri#ication.rive test

;IFH55$Ne' #re(uenc$ "lanualit$ veri#ication.rive test

;IFH55%'/Ne' #re(uenc$ "lanualit$ veri#ication.rive test

;IFH55)Ne' #re(uenc$ "lanualit$ veri#ication.rive test

Cell .octor .rive testPlanning o# ne)t 'eek





Cell .octor .rive test

Cell .octor .rive testO"timisation

;IFH55&'3





;IFH55%'3 Cell .octor .rive test

Cell .octor .rive test-teering grou"





Cell .octor .rive test-teering grou"inal re"ort

#ee & #ee +#ee ,#ee $#ee % #ee )

Cell .octor .rive testPre"aration o# thene)t 'eek con#ig

Cell .octor .rive testNe)t 'eek con#ig




&'& FH RF

Intelligent FH

Documents

Transcript of Intelligent FH