25304-680_user equipment (ue) procedures in idle mode and procedures for cell reselection in...

7/26/2019 25304-680_User Equipment (UE) Procedures in Idle Mode and Procedures for Cell Reselection in Connected Mode

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3GPP TS 25.304 V6.8.0 (2005-12)

Technical Specification

3rd Generation Partnership Project;Technical Specification Group Radio Access Network;

User Equipent !UE" procedures in idle odeand procedures for cell reselection in connected

ode !Release #"

The present document has been developed within the 3rd Generation Partnership Project (3GPP TM) and may be further elaborated for the purposes of 3GPP.

The present document has not been subject to any approval process by the 3GPP Oranisational Partners and shall not be implemented.

This !pecification is provided for future development wor" within 3GPP only. The Oranisational Partners accept no liability for any use of this

!pecification.!pecifications and reports for implementation of the 3GPP TM system should be obtained via the 3GPP Oranisational Partners# Publications Offices.


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Copyright Notification

&o part may be reproduced e'cept as authoried by written permission.The copyriht and the foreoin restriction e'tend to reproduction in all

media.

*++,- 3GPP Oraniational Partners (/%0- T%!- 11!- 2T!%- TT- TT1).ll rihts reserved.

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*o&te&ts

oreword..........................................................................................................................................................

4 !cope......................................................................................................................................................

* /eferences..............................................................................................................................................

3 5efinitions and abbreviations.................................................................................................................3.4 5efinitions...........................................................................................................................................................3.* bbreviations.......................................................................................................................................................

6 General description of %dle mode..........................................................................................................6.4 Overview...........................................................................................................................................................6.* unctional division between ! and &! in %dle mode...................................................................................6.3 !ervice type in %dle and 1onnected Mode.........................................................................................................

, Process and procedure descriptions......................................................................................................

,.4 P7M& selection.................................................................................................................................................,.4.4 General.........................................................................................................................................................

,.4.* !upport for P7M& !election.......................................................................................................................,.4.*.4 General...................................................................................................................................................,.4.*.* 8T/ case.............................................................................................................................................,.4.*.3 G!M case...............................................................................................................................................,.* 1ell selection and reselection in idle mode.......................................................................................................,.*.4 %ntroduction..................................................................................................................................................

,.*.* !tates and state transitions in %dle Mode......................................................................................................,.*.*.4 1ell !election process overview............................................................................................................,.*.*.* 1amped normally state overview...........................................................................................................,.*.*.3 1onnected mode !tate overview............................................................................................................,.*.*.6 ny cell selection !tate overview..........................................................................................................

,.*.*., 1amped on any cell !tate overview.......................................................................................................,.*.3 1ell !election Process..................................................................................................................................,.*.3.4 8T/ case.............................................................................................................................................,.*.3.4.4 5escription........................................................................................................................................,.*.3.4.* 1riteria..............................................................................................................................................,.*.3.* G!M case...............................................................................................................................................,.*.6 9oid..............................................................................................................................................................

,.*., 1amped &ormally !tate...............................................................................................................................,.*.,.4 8T/ case.............................................................................................................................................,.*.,.* G!M case...............................................................................................................................................,.*.: 1ell /eselection 2valuation Process............................................................................................................,.*.:.4 8T/ case.............................................................................................................................................,.*.:.4.+ 8se of M0M! P7.............................................................................................................................

,.*.:.4.4 Measurement rules for cell re;selection when <1! is not used.......................................................,.*.:.4.4a <ih mobility state when <1! is not used.......................................................................................,.*.:.4.* Measurement rules for cell re;selection when <1! is used.............................................................,.*.:.4.3 <ihest ran"ed cells with access restrictions....................................................................................,.*.:.4.6 1ell /eselection 1riteria...................................................................................................................,.*.:.4., 1ell reselection parameters in system information broadcasts.........................................................

,.*.:.* G!M case...............................................................................................................................................,.*.= 1ell !election when leavin connected mode..............................................................................................,.*.=.4 8T/ case.............................................................................................................................................,.*.=.* G!M case...............................................................................................................................................,.*.> ny 1ell !election state...............................................................................................................................,.*.? 1amped on ny 1ell !tate...........................................................................................................................

,.*.?.4 8T/ case.............................................................................................................................................

,.*.?.* G!M case...............................................................................................................................................,.3 1ell /eservations and ccess /estrictions........................................................................................................,.3.4 8T/ cells...................................................................................................................................................,.3.4.4 1ell status and cell reservations.............................................................................................................

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,.3.4.* ccess 1ontrol.......................................................................................................................................,.3.4.3 2merency 1all......................................................................................................................................,.3.* G!M cells.....................................................................................................................................................,.6 1ell !election and /eselection Processes in //1 1onnected Mode................................................................

,.6.4 9oid..............................................................................................................................................................,.6.* 9oid..............................................................................................................................................................

,.6.3 1ell /eselection Process in //1 connected mode......................................................................................,.6.6 1ell !election Process in //1 connected mode..........................................................................................,., 7ocation /eistration.........................................................................................................................................

: 0roadcast information receivin...........................................................................................................:.4 /eception of !ystem %nformation......................................................................................................................:.* 1ell 0roadcast in %dle Mode- 1277@P1< and 8/@P1<..............................................................................

:.3 M0M! !ervices.................................................................................................................................................

= 9oid......................................................................................................................................................

> Pain and !11P1< selection.............................................................................................................>.4 Pain 1hannel selection...................................................................................................................................

>.* !11P1< selection when enterin 1onnected mode.........................................................................................

>.3 5iscontinuous /eception for Pain.................................................................................................................>.6 5iscontinuous /eception for M0M!................................................................................................................>.6.4 5iscontinuous /eception for M11<...........................................................................................................>.6.4.4 5iscontinuous /eception via M%1<......................................................................................................>.6.4.* 5iscontinuous /eception via MO5%%25 !2/9%12! %&O/MT%O&.............................................

>.6.* 5iscontinuous /eception for MT1<...........................................................................................................

>a M0M! &otification..............................................................................................................................

? 9oid......................................................................................................................................................

4+ 9oid......................................................................................................................................................

Annex A (informative): Change history......................................................................................................

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oreord

This Technical !pecification has been produced by the 3rd Generation Partnership Project (3GPP).

The contents of the present document are subject to continuin wor" within the T!G and may chane followin formalT!G approval. !hould the T!G modify the contents of the present document- it will be re;released by the T!G with anidentifyin chane of release date and an increase in version number as followsA

9ersion '.y.

whereA

' the first diitA

4 presented to T!G for informationB

* presented to T!G for approvalB

3 or reater indicates T!G approved document under chane control.

y the second diit is incremented for all chanes of substance- i.e. technical enhancements- corrections-updates- etc.

the third diit is incremented when editorial only chanes have been incorporated in the document.

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1 S!o#e

The present document specifies the ccess !tratum (!) part of the %dle Mode procedures applicable to a 82. The non;access stratum (&!) part of %dle mode procedures and processes is specified in C,D.

The present document also specifies cell selection and reselection processes applicable to 82s in connected mode.%nvocation of these processes is described in C6D.

The present document specifies the model for the functional division between the &! and ! in a 82.

The present document applies to all 82s that support at least 8T/- includin multi;/T 82s as described in 3GPPspecifications- in the followin casesA

; Ehen the 82 is camped on a 8T/ cellB

; Ehen the 82 is searchin for a cell to camp onB

&OT2A The details for those cases are described in the specifications of the other /T.

The present document presents also e'amples of inter;layer procedures related to the idle mode processes and describes

idle mode functionality of a dual /T 8T/FG!M 82.

The present document also specifies how idle;mode and reselection procedures are affected by the provision of M0M!services.

2 Reere&!es

The followin documents contain provisions which- throuh reference in this te't- constitute provisions of the presentdocument.

• /eferences are either specific (identified by date of publication- edition number- version number- etc.) ornon;specific.

• or a specific reference- subseuent revisions do not apply.

• or a non;specific reference- the latest version applies. %n the case of a reference to a 3GPP document (includin

a G!M document)- a non;specific reference implicitly refers to the latest version of that document in the same

Release as the present document .

C4D 3GPP T! 63.+**A Hunctions related to Mobile !tation in idle mode and roup receive modeH.

C*D 3GPP T! *,.3+4A H/adio %nterface Protocol rchitectureH.

C3D 3GPP T! *,.3+3A H%nterlayer Procedures in 1onnected ModeH.

C6D 3GPP T! *,.334A H/adio /esource 1ontrol (//1)B protocol specificationH.

C,D 3GPP T! *3.4**A H&! functions related to Mobile !tation (M!) in idle mode H.

C:D 3GPP T/ *,.?**A H/adio /esource Manaement !trateiesH.

C=D 3GPP T! *,.*44A HPhysical channels and mappin of transport channels onto physical channels(55)H.

C>D 3GPP T! *,.**4A HPhysical channels and mappin of transport channels onto physical channels

(T55)H.

C?D 3GPP T! **.+44A H!ervice accessibilityH.

C4+D 3GPP T! *,.433A H/euirements for !upport of /adio /esource Manaement (55)H.

C44D 3GPP T! *,.4*3A H/euirements for !upport of /adio /esource Manaement (T55)H.

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C4*D 3GPP T/ *4.?+,A H9ocabulary for 3GPP !pecificationsH.

C43D 3GPP T! 6,.++>A H/adio subsystem lin" controlH.

C46D 3GPP T! *,.*46A HPhysical layer procedures (55)H.

C4,D 3GPP T! *,.**6A HPhysical 7ayer Procedures (T55)H.

C4:D 3GPP T! *6.++>A HMobile radio interface layer 3 specification- 1ore &etwor" Protocols ; !tae 3H.

C4=D 3GPP T! *,.36:A H%ntroduction of the Multimedia 0roadcast Multicast !ervice (M0M!) in the/adio ccess &etwor" (!tae;*)H.

3 ei&itio&s a&d a''reiatio&s

3.1 ei&itio&s

or the purposes of the present document- the followin definitions and the definitions in C4*D apply.

Acceptable Cell: cell that satisfies certain conditions as specified in 6.3. 82 can always attempt emerency callson an acceptable cell.

Available PLMN: P7M& for which the 82 has found at least one cell and read its P7M& identity.

Barre CellA cell a 82 is not allowed to camp on.

Campe on a cell: 82 has completed the cell selectionFreselection process and has chosen a cell. The 82 monitorssystem information and (in most cases) pain information.

Campe on any cellA 82 is in idle mode and has completed the cell selectionFreselection process and has chosen a cellirrespective of P7M& identity.

!"# cycle: %ndividual time interval between monitorin Pain Occasion for a specific 82.

$%&ivalent PLMN list: 7ist of P7M&s considered as euivalent by the 82 for cell selection- cell reselection andhandover accordin to the information provided by the &!.

'ome PLMN: P7M& where the Mobile 1ountry 1ode (M11) and Mobile &etwor" 1ode (M&1) of the P7M&identity are the same as the M11 and M&1 of the %M!%.

Location "egistration (L"): 82 reisters its presence in a reistration area- for instance reularly or when enterin anew reistration area.

Maxim&m !"# cycle: Time interval for the lonest possible 5/I cycle in a cell.

MBM Activate ervice: n M0M! service that the 82 has joined (multicast) or is interested in (broadcast).

MBM Preferre Layer (PL): freuency layer that is indicated by the 8T/& to be preferred for campin forM0M! purposes.

Paging Bloc Perioicity (PBP): Period of the occurrence of Pain 0loc"s. (or 55- P0P J 4).

Paging Message "eceiving *ccasion (T55 only): The frame where the 82 receives actual pain messae.

Paging occasion:

(55) The !& of the P%1< frame where the 82 monitors its pain indicator (i.e. the !& of the P11P1< frame inwhich the P%1< frame beins).(T55) The pain bloc"- which consists of several frames. The value of Pain Occasion is eual to the first frame ofthe Pain 0loc".

Process: local action in the 82 invo"ed by a //1 procedure or an %dle Mode procedure.

"aio Access Moe: /adio access mode of the cell- 55 or T55.

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"aio Access +echnology: Type of technoloy used for radio access- for instance 8T/ or G!M.

"egistere PLMN: This is the P7M& on which certain 7ocation /eistration outcomes have occurred C,D.

"egistration Area: (&!) reistration area is an area in which the 82 may roam without a need to perform locationreistration- which is a &! procedure.

"eserve CellA cell on which campin is not allowed- e'cept for particular 82s- if so indicated in the systeminformation.

"estricte CellA cell on which campin is allowed- but access attempts are disallowed for 82s whose access classesare indicated as barred.

electe PLMN: This is the P7M& that has been selected by the &!- either manually or automatically.

erving cell: The cell on which the 82 is camped.

trongest cell: The cell on a particular carrier that is considered stronest accordin to the layer 4 cell search procedureC46DC4,D. s the details of the layer 4 cell search are implementation dependent- the precise definition of #stronest cell#

is also implementation dependent.

&itable Cell: This is a cell on which an 82 may camp. or a 8T/ cell- the criteria are defined in subclause 6.3- andfor a G!M cell the criteria are defined in C4D.

3.2 %''reiatio&s

or the purposes of the present document- the followin abbreviations applyA

! ccess !tratum011< 0roadcast 1ontrol 1hannel1M 1onnection Manaement1& 1ore &etwor" 5/I 5iscontinuous /eception

5!1< 5ownlin" !hared 1hannel55 reuency 5ivision 5uple'G1 General 1ontrol (!P)GP/! General Pac"et /adio !erviceG!M Global !ystem for Mobile 1ommunications<1! <ierarchical 1ell !tructure

%M!% %nternational Mobile !ubscriber %dentityM0M! Multimedia 0roadcast;Multicast !erviceM11 Mobile 1ountry 1odeM11< M0M! point;to;multipoint 1ontrol 1hannelM%1< M0M! notification %ndicator 1hannelMM Mobility Manaement

M&1 Mobile &etwor" 1ode

M!1< M0M! point;to;multipoint !chedulin 1hannelMT1< M0M! point;to;multipoint Traffic 1hannel &! &on;ccess !tratum &% (M0M!) &otification %ndicator P1< Pain 1hannel

P% Pae %ndicator P%1< Pae %ndication 1hannelP7M& Public 7and Mobile &etwor" /T /adio ccess Technoloy//1 /adio /esource 1ontrol!P !ervice ccess Point

T55 Time 5ivision 5uple'TMG% Temporary Mobile Group %dentity

82 8ser 2uipment8MT! 8niversal Mobile Telecommunications !ystem8T/ 8MT! Terrestrial /adio ccess8T/& 8MT! Terrestrial /adio ccess &etwor"

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4 Ge&era" des!ri#tio& o 7d"e ode

4.1 9erie

Ehen a 82 is switched on- a public land mobile networ" (P7M&) is selected and the 82 searches for a suitable cell ofthis P7M& to camp on. 1riteria for cell selection and cell re;selection between radio access technoloies (/Ts)described in this document only consider radio criteria. %n addition to /T- the P7M& type may differ as well. %n this

specification- the term P7M& is used as a eneric term coverin both G!M MP and &!%;64 type of P7M&s.ccordin to the type of P7M&- the way to identify it can be different. %f the P7M& type is G!M- the P7M& isidentified by #P7M& identity# and if the P7M& type is &!%;64- the P7M& is identified by #!%5#

The &! shall provide a list of euivalent P7M&s- if available- that the ! shall use for cell selection and cellreselection.

The 82 searches for a suitable cell of the selected P7M& and chooses that cell to provide available services- and tunesto its control channel. This choosin is "nown as Hcampin on the cellH. The 82 will- if necessary- then reister its

presence- by means of a &! reistration procedure- in the reistration area of the chosen cell and as outcome of asuccessful 7ocation /eistration the selected P7M& becomes the reistered P7M& C,D.

%f the 82 finds a more suitable cell- it reselects onto that cell and camps on it. %f the new cell is in a different reistrationarea- location reistration is performed.

%f necessary- the 82 shall search for hiher priority P7M&s at reular time intervals as described in C?D and search for asuitable cell if another P7M& has been selected by &!.

&OT2A or //1 connected mode the reuirements for the search for hiher priority P7M&s are defined in C6D.

%f the 82 loses coverae of the reistered P7M&- either a new P7M& is selected automatically (automatic mode)- or anindication of which P7M&s are available is iven to the user- so that a manual selection can be made (manual mode).

/eistration is not performed by 82s only capable of services that need no reistration.

The purpose of campin on a cell in idle mode is fourfoldA

a) %t enables the 82 to receive system information from the P7M&.

b) Ehen reistered and if the 82 wishes to establish an //1 connection- it can do this by initially accessin thenetwor" on the control channel of the cell on which it is camped.

c) %f the P7M& receives a call for the reistered 82- it "nows (in most cases) the reistration area of the cell inwhich the 82 is camped. %t can then send a HpainH messae for the 82 on control channels of all the cells inthe reistration area. The 82 will then receive the pain messae because it is tuned to the control channel of acell in that reistration area and the 82 can respond on that control channel.

d) %t enables the 82 to receive cell broadcast services.

%f the 82 is unable to find a suitable cell to camp on- or the 8!%M is not inserted- or if the location reistration failed(e'cept for 7/ rejected with cause K46 or cause K4,- see C,D and C4:D)- it attempts to camp on a cell irrespective of theP7M& identity- and enters a Hlimited serviceH state in which it can only attempt to ma"e emerency calls.

The idle mode tas"s can be subdivided into three processesA

; P7M& selectionB

; 1ell selection and reselectionB

; 7ocation reistration.

The relationship between these processes is illustrated in iure 4.

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P7M& !election

7ocation/eistration

P7M&s

available

P7M&selected

7ocation/eistration

response

/eistration.rea

chanes

Indication

to user

Manual Mode utomatic mode

CM requests

NAS Control

Radio measurements

1ell !election

and /eselection

/i0ure ,1 2erall 4dle 5ode process

4.2 u&!tio&a" diisio& 'etee& %S a&d %S i& 7d"e ode

Table 4 presents the functional division between 82 non;access stratum (&!) and 82 access stratum (!) in idlemode. The &! part is specified in C,D and the ! part in the present document. 2'amples of different idle mode procedures are presented in 1lause 4+.

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Ta6le ,1 /unctional diision 6etween AS and NAS in idle ode

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4dle 5odeProcess

UE Non+Access Stratu UE Access Stratu

PM Se"e!tio& Mai&tai& t$e "ist o a""oed PM t:#es. 7t !a& 'eGSM-M%P o&":, %S7-41 o&": or 'ot$.

Mai&tai& a "ist o PMs i& #riorit: order a!!ordi&

to ;5<. Se"e!t a PM usi& autoati! or a&ua"ode as s#e!iied i& ;5< a&d re=uest %S to se"e!ta !e"" 'e"o&i& to t$is PM. or ea!$ PM,asso!iated R%T(s) a: 'e set.

+a"uate re#orts o aai"a'"e PMs ro %S orPM se"e!tio&.

Mai&tai& a "ist o e=uia"e&t PM ide&tities.

Sear!$ or aai"a'"e PMs.

7 asso!iated R%T(s) is (are) set or t$ePM, sear!$ i& t$is (t$ese) R%T(s) a&d

ot$er R%T(s) or t$at PM as s#e!iied i&;5<.

Peror easuree&ts to su##ort PMse"e!tio&.

S:&!$ro&ise to a 'road!ast !$a&&e" toide&ti: ou&d PMs.

Re#ort aai"a'"e PMs it$ asso!iatedPM t:#e a&d R%T to %S o& re=uestro %S or auto&oous":.

7t s$a"" res#e!t a""oed PM t:#es

i&di!atio&s ro %S.*e""Se"e!tio&

*o&tro" !e"" se"e!tio& or e/a#"e ': i&di!ati&R%T(s) asso!iated it$ t$e se"e!ted PM to 'eused i&itia"": i& t$e sear!$ o a !e"" i& t$e !e""se"e!tio&. %S is a"so ai&tai&i& "ists oor'idde& reistratio& areas.

Peror easuree&ts &eeded to su##ort!e"" se"e!tio&.

ete!t a&d s:&!$ro&ise to a 'road!ast!$a&&e". Re!eie a&d $a&d"e 'road!asti&oratio&. orard %S s:stei&oratio& to %S.

Sear!$ or a suita'"e !e"". T$e !e""s'road!ast t$eir >PM ide&tit:> (GSM-M%P)or >S7> i& t$e s:ste i&oratio&. Res#o&dto %S $et$er su!$ !e"" is ou&d or &ot.

7 asso!iated R%Ts is (are) set or t$ePM, #eror t$e sear!$ i& t$is (t$ese)R%T(s) a&d ot$er R%Ts or t$at PM ass#e!iied i& ;5<.

7 su!$ a !e"" is ou&d, t$e !e"" is se"e!ted to!a# o&.

*e""Rese"e!tio&

*o&tro" !e"" rese"e!tio& ': or e/a#"e,ai&tai&i& "ists o or'idde& reistratio& areas.

Mai&tai& a "ist o e=uia"e&t PM ide&tities a&d#roide t$e "ist to %S.

Mai&tai& a "ist o or'idde& %s a&d #roide t$e "istto %S

Peror easuree&ts &eeded to su##ort!e"" rese"e!tio&.

ete!t a&d s:&!$ro&ise to a 'road!ast!$a&&e". Re!eie a&d $a&d"e 'road!asti&oratio&. orard %S s:stei&oratio& to %S.

*$a&e !e"" i a ore suita'"e !e"" is ou&d.o!atio&reistratio&

Reister t$e U+ as a!tie ater #oer o&.

Reister t$e U+>s #rese&!e i& a reistratio& area,or i&sta&!e reu"ar": or $e& e&teri& a &ereistratio& area.

Mai&tai& "ists o or'idde& %s.

ereister U+ $e& s$utti& do&.

Re#ort reistratio& area i&oratio& to%S.

M?MS Mai&tai& #riorit: i&oratio& or arious seri!esa&d #arti!i#ate i& seri!e se"e!tio&.

7&di!ate to %S i a& oered sessio& $as #reious":

'ee& re!eied.

Mai&tai& a "ist o TMG7s o a!tiatedseri!es.

oti: %S o seri!e aai"a'i"it: a&d

re=uest %S to #rioritise i& !ase o seri!e!o&"i!ts.

Re#ort to %S $e& a& a!tiated seri!e

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re=uires a!tio&.

Re!eie a&d $a&d"e t$e M**@ a&d MT*@,a&d, i a##"i!a'"e, t$e MS*@ a&d M7*@.

4.3 Seri!e t:#e i& 7d"e a&d *o&&e!ted Mode

This clause defines the level of service that may be provided by the networ" to a 82 in %dle mode and 1onnected Mode.

The action of campin on a cell is necessary to et access to some services. Three levels of services are defined for 82A

; 7imited service (emerency calls on an acceptable cell)

; &ormal service (for public use on a suitable cell)

; Operator service (for operators only on a reserved cell)

urthermore- the cells are cateorised accordin to which services they offerA

acceptable cellA

n Hacceptable cellH is a cell on which the 82 may camp to obtain limited service (oriinate emerency calls). !uch acell shall fulfil the followin reuirements- which is the minimum set of reuirements to initiate an emerency call in a

8T/& networ"A

; The cell is not barred- see subclause ,.3.4.4B

; The cell selection criteria are fulfilled- see subclause ,.*.3.4.*B

suitable cellA

Hsuitable cellH is a cell on which the 82 may camp on to obtain normal service. !uch a cell shall fulfil all thefollowin reuirements.

; The cell shall be part of eitherA

the selected P7M&- orA

the reistered P7M&- orA

a P7M& of the 2uivalent P7M& list

accordin to the latest information provided by the &!.

; The cell is not barred- see subclause ,.3.4.4B

; The cell is part of at least one 7 that is not part of the list of Hforbidden 7s for roaminH C?D- which belons to

a P7M& that fulfills the first bullet aboveB

; The cell selection criteria are fulfilled- see subclause ,.*.3.4.*.

%f the %2 LMultiple P7M& 7ist C6D is broadcast in the cell- the cell is considered to be part of all 7s with 7%s

constructed from the P7M& identities in the LMultiple P7M& 7ist and the 71 broadcast in the cell.

barred cellA

cell is barred if it is so indicated in the system information C6D.

reserved cellA

cell is reserved if it is so indicated in system information C6D.

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2'ceptions to these definitions are applicable for 82s durin emerency calls.

%f a 82 has an onoin emerency call- all acceptable cells of that P7M& are treated as suitable for cell reselection for

the duration of the emerency call.

5 Pro!ess a&d #ro!edure des!ri#tio&s

5.1 PM se"e!tio&

5.1.1 Ge&era"

%n the 82- the ! shall report available P7M&s to the &! on reuest from the &! or autonomously.

82 shall maintain a list of allowed P7M& types. The allowed P7M& type can be G!M;MP only- &!%;64 only or both. 5urin P7M& selection- based on the list of allowed P7M& types and a list of P7M& identities in priority order-the particular P7M& may be selected either automatically or manually. 2ach P7M& in the list of P7M& identities can

be identified by either #P7M& identity# (G!M;MP) or #!%5#. %n the system information on the broadcast channel- the82 can receive a #P7M& identity# (G!M;MP) or a #!%5# or a #P7M& identity# (G!M;MP) and a #!%5#- in a iven cell.or a iven cell- the 82 miht receive several #P7M& identities# from the system information on the broadcast channel.The result of the P7M& selection is an identifier of the selected P7M&- the choice bein based on the allowed P7M&types- 82 capability or other factors. This identifier is one of either #P7M& identity# for G!M;MP type of P7M&s or#!%5# for &!%;64 type of P7M&s.

%n case that the list of allowed P7M& types includes G!M;MP- the non;access part of the P7M& selection process isspecified in C,D. %n the case that list of allowed P7M& types includes &!%;64- the non;access stratum part of theP7M& selection is specified in T%F2%F%!;*+++., and T%F2%F%!;=+=.

5.1.2 Su##ort or PM Se"e!tio&

5.1.2.1 Ge&era"

On reuest of the &! the ! should perform a search for available P7M&s and report them to &!.

5.1.2.2 UTR% !ase

The 82 shall scan all / channels in the 8T/ bands accordin to its capabilities to find available P7M&s. On eachcarrier- the 82 shall search for the stronest cell and read its system information- in order to find out which P7M& the

cell belons to. %f the 82 can read one or several P7M& identities in the stronest cell- each found P7M& (see theP7M& readin in C6D) shall be reported to the &! as a hih uality P7M& (but without the /!1P value)- provided thatthe followin hih uality criterion is fulfilledA

4. or an 55 cell- the measured primary 1P%1< /!1P value shall be reater than or eual to ;?, d0m.

*. or a T55 cell- the measured P;11P1< /!1P shall be reater than or eual to ;>6 d0m.

ound P7M&s that do not satisfy the hih uality criterion- but for which the 82 has been able to read the P7M&identities are reported to the &! toether with the 1P%1< /!1P value for 8T/ 55 cells and P;11P1< /!1P for8T/ T55 cells. The uality measure reported by the 82 to &! shall be the same for each P7M& found in one cell.

The search for P7M&s on the rest of the carriers may be stopped on reuest of the &!. The 82 may optimise thissearch by usin stored information of carrier freuencies and optionally also information on cell parameters- e..scramblin codes- from previously received measurement control information elements.

Once the 82 has selected a P7M&- the cell selection procedure shall be performed in order to select a suitable cell ofthat P7M& to camp on.

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5.1.2.3 GSM !ase

!upport for networ" selection in G!M is described in C4D.

5.2 *e"" se"e!tio& a&d rese"e!tio& i& id"e ode

5.2.1 7&trodu!tio&

s stated in clause 4- the present document applies to 82s that support at least 8T/.

5ifferent types of measurements are used in different /Ts and modes for the cell selection and reselection. The performance reuirements for the measurements are specified in C4+D and C44D.

The &! can control the /T(s) in which the cell selection should be performed- for instance by indicatin /T(s)associated with the selected P7M&- and by maintainin a list of forbidden reistration area(s) and a list of euivalentP7M&s. The 82 shall select a suitable cell and the radio access mode based on idle mode measurements and cellselection criteria.

%n order to speed up the cell selection process- stored information for several /Ts may be available in the 82.

Ehen camped on a cell- the 82 shall reularly search for a better cell accordin to the cell reselection criteria. %f a better cell is found- that cell is selected. The chane of cell may imply a chane of /T. 5etails on performancereuirements for cell reselection can be found in C4+D and C44D.

The &! is informed if the cell selection and reselection results in chanes in the received system information.

or normal service- the 82 has to camp on a suitable cell- tune to that cell#s control channel(s) so that the 82 canA

; /eceive system information from the P7M&B

; /eceive reistration area information from the P7M&- e..- location area and routin areaB and

; /eceive other ! and &! %nformationB

; %f reisteredA

; receive pain and notification messaes from the P7M&B and

; initiate call setup for outoin calls or other actions from the 82.

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5.2.2 States a&d state tra&sitio&s i& 7d"e Mode

iure * shows the states and procedures in %dle Mode.

7&itia"*e"" Se"e!tio&

%&: *e""

Se"e!tio&

3o $ere$e& &o

US7M i&t$e U+

US7M i&serted

1amped on

any cell

3o $ere $e&e6er a&e PM is

se"e!ted

1&o !e"" i&or8atio&

stored or t$e PM!e"" i&or8atio&

stored or t$e PM

Storedi&or8atio&

*e"" Se"e!tio&

&o suita'"e !e"" ou&d

&o suita'"e!e"" ou&d

*e"" Se"e!tio&$e& "ea6i&3!o&&e!ted

8ode

suita'"e !e"" ou&d 2

suita'"e

!e"" ou&d*a8#ed&or8a"":

suita'"e !e"" ou&d

&o suita'"e!e"" ou&d

"ea6eid"e 8ode

retur& toid"e 8ode

*o&&e!ted8ode

*e""Rese"e!tio&+6a"uatio&Pro!ess

suita'"e!e"" ou&d

tri33er

&o suita'"e

!e"" ou&d

1

*e"" Se"e!tio&$e& "ea6i&3

!o&&e!ted8ode

&o a!!e#ta'"e !e"" ou&d

a!!e#ta'"e!e"" ou&d

a!!e#ta'"e!e"" ou&d

suita'"e!e"" ou&d 2

"ea6eid"e 8ode

retur& toid"e 8ode

*o&&e!ted8ode

(+8er3e&!:

!a""s o&":)

*e""Rese"e!tio&+6a"uatio&Pro!ess

a!!e#ta'"e!e"" ou&d

tri33er

&o a!!e#ta'"e!e"" ou&d

%S i&di!ates t$atre3istratio& o& se"e!tedPM is reAe!ted

(e/!e#t it$ !ause B14

or B15 C,DC4:D)

/i0ure $1 4dle 5ode 7ell Selection and Reselection4n an8 state9 a new P:5N selection causes an eit to nu6er ,

5.2.2.1 *e"" Se"e!tio& #ro!ess oerie

Ehenever a P7M& has been selected by &!- the 82 shall attempt to find a suitable cell to camp on.

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The &! may control the cell selection byA

; providin information on /T(s) associated with the selected P7M&B

; maintainin lists of forbidden reistration areasB

; providin a list of euivalent P7M&sB

One or several /Ts may be associated with the selected P7M&. %n C,D it is specified which /T a 82 shall select tosearch for a suitable cell of the selected P7M&.

The ! shall attempt to find a suitable cell to camp on as specified in clause ,.*.3.

Ehen the M0M! freuency layer dispersion is triered- the 82 actions are specified in C6D.

%f a suitable cell is found- the 82 shall select this cell to camp on- and report this event to &! so that the necessary &! reistration procedures can be performed. Ehen the reistration is successful- the 82 enters in state Camped

normally in order to obtain normal service.

%f the 82 is unable to find any suitable cell of selected P7M& the 82 shall enter the Any cell selection state.

5.2.2.2 *a#ed &ora"": state oerie

%n this state- the 82 obtains normal service and performs the tas"s specified in ,.*.,.

%f after a Cell reselection evaluation process a better cell is found- the Cell reselection procedure is performed. %f nosuitable cell is found- the 82 shall enter the state Any cell selection.

%f a necessary &! reistration is rejected- the 82 shall enter the Any cell selection state- e'cept if the 7/ is rejectedwith cause K46 or cause K4,. %n this case the 82 shall behave as specified in C,D and C4:D.

Ehen 82 leaves idle mode in order to enter the state Connected mode- the 82 shall attempt to access the currentservin cell. %f the access attempt to the servin cell fails- the 82 shall use the Cell reselection evaluation procedure.

5.2.2.3 *o&&e!ted ode State oerie

The procedures in Connected mode state are specified in C6D

Ehen returnin to idle mode- the 82 shall use the procedure Cell selection when leaving connected mode in order tofind a suitable cell to camp on and enter state Camped normally. %f a suitable cell is found- then the ! reports thisevent to &! to be capable to perform necessary &! reistration procedures. %f no suitable cell is found- the Stored

information cell selection procedure shall be used.

%f no suitable cell is found in cell reselection evaluation process- the 82 enters the state Any cell selection.

5.2.2.4 %&: !e"" se"e!tio& State oerie

%n this state the 82 performs the tas"s specified in subclause ,.*.>

The state Any cell selection is also entered if the &! indicates that a location reistration is rejected e'cept if the 7/ isrejected with cause K46 or cause K4,- see C,D- or if there is no 8!%M in the 82.

%f the 82 received an 7/ reject with cause K46 or cause K4, the 82 shall behave as specified in C,D and C4:D.

%f an acceptable cell is found- the 82 shall inform the &! and camp on this cell and obtain limited service- stateCamped on any cell . The subseuent actions of the &! reardin the P7M& selection are specified in C,D.

5.2.2.5 *a#ed o& a&: !e"" State oerie

%n this state the 82 obtains limited service and shall behave as specified in subclause ,.*.?. The 82 shall reularly

attempt to find a suitable cell- tryin all /Ts that are supported by the 82. %f a suitable cell is found- this causes an e'itto number * in fiure *.

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&OT2A The #P7M& selection# process may select a new P7M& at any time in idle mode- which in iure * causesan e'it to number 4.

5.2.3 *e"" Se"e!tio& Pro!ess

5.2.3.1 UTR% !ase

5.2.3.1.1 es!ri#tio&

The 82 shall use one of the followin two search proceduresA

a) %nitial 1ell !election

This procedure reuires no prior "nowlede of which / channels are 8T/ carriers. The 82 shall scan all/ channels in the 8T/ bands accordin to its capabilities to find a suitable cell. On each carrier- the 82

need only search for the stronest cell. Once a suitable cell is found this cell shall be selected.

b) !tored %nformation 1ell !election

This procedure reuires stored information of carrier freuencies and optionally also information on cell

parameters- e.. scramblin codes- from previously received measurement control information elements.Once the 82 has found a suitable cell the 82 shall select it. %f no suitable cell is found the %nitial cellselection procedure shall be started.

5.2.3.1.2 *riteria

The cell selection criterion ! is fulfilled whenA

for 355 cellsA !r'lev N + .&5 !Gual N +

for T55 cellsA !r'lev N +

EhereA

!ual J Gualmeas ualmin

!r'lev J r'levmeas ; r'levmin ; Pcompensation

S=ua" *e"" Se"e!tio& =ua"it: a"ue (d?) %##"i!a'"e o&": or !e""s.

Sr/"e *e"" Se"e!tio& RC "ee" a"ue (d?)

D=ua"eas Measured !e"" =ua"it: a"ue. T$e =ua"it: o t$e re!eied si&a" e/#ressed i& *P7*@ +!0

(d?) or !e""s. *P7*@ +!0 s$a"" 'e aeraed as s#e!iied i& ;10<. %##"i!a'"e o&":or !e""s.

Dr/"eeas Measured !e"" RC "ee" a"ue. T$is is re!eied si&a", *P7*@ RS*P or !e""s (d?)a&d P-**P*@ RS*P or T !e""s (d?).

D=ua"i& Mi&iu re=uired =ua"it: "ee" i& t$e !e"" (d?). %##"i!a'"e o&": or !e""s.

Dr/"ei& Mi&iu re=uired RC "ee" i& t$e !e"" (d?)

P!o#e&satio& a/(U+ETCPFREM%CER%*@ PEM%C, 0) (d?)

U+ETCPFREM%CER%*@ Ma/iu TC #oer "ee" a& U+ a: use $e& a!!essi& t$e !e"" o& R%*@ (read i&s:ste i&oratio&) (d?)

PEM%C Ma/iu R out#ut #oer o t$e U+ (d?)

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5.2.3.2 GSM !ase

The cell selection criteria and procedures in G!M are specified in C4D.

5.2.4 Void

5.2.5 *a#ed ora"": State

5.2.5.1 UTR% !ase

Ehen camped normally- the 82 shall perform the followin tas"sA

; select and monitor the indicated P%1< and P1< of the cell as specified in clause > accordin to information sentin system informationB

; monitor relevant !ystem %nformation. This is specified in C6DB

; perform necessary measurements for the cell reselection evaluation procedureB

; e'ecute the cell reselection evaluation process on the followin occasionsFtriersA

4) 82 internal triers- so as to meet performance as specified in C4+D and C44DB

*) Ehen information on the 011< used for the cell reselection evaluation procedure has been modified

%f the 82 supports M0M! and M0M! is active in the cell and the 82 is permitted to receive M0M! services in thecell- the 82 shall perform M0M! tas"s as specified in subclause :.3.

5.2.5.2 GSM !ase

The 1amped &ormally !tate is specified in C4D.

5.2.6 *e"" Rese"e!tio& +a"uatio& Pro!ess

5.2.6.1 UTR% !ase

The cell reselection process is specified in the followin sub;clausesA

5.2.6.1.0 Use o M?MS P

%n the cell reselection process- an M0M! P7 shall only be applicable while the 82 is receivin an M0M! session fromone or more of the onoin activated M0M! services for which this P7 is indicated.

5.2.6.1.1 Measuree&t ru"es or !e"" re-se"e!tio& $e& @*S is &ot used

The measurement rules below apply in %dle- 8/@P1<- 1277@P1< states. %n 1277@1< state the 82 is reuired to perform measurements on all intra;freuency- inter;freuency and inter;/T cells listed in system informationaccordin to reuirements specified in C4+D. %n %dle- 8/@P1<- 1277@P1< and 1277@1< states the 82 shall onlyconsider those cells the 82 is mandated to measure accordin to the measurement rules below as measured cells in thecell reselection criteria (subclause ,.*.:.4.6).

%f the system information broadcast in the servin cell indicates that <1! is not used- then for intra;freuency and inter;freuency measurements and inter;/T measurements- the 82 shallA

; use !ual for 55 cells and !r'lev for T55 for !'- and apply the followin rules.

4. %f !' N !intrasearch- 82 may choose to not perform intra;freuency measurements.%f !' QJ !intrasearch- perform intra;freuency measurements.%f !intrasearch-is not sent for servin cell- perform intra;freuency measurements.

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*. %f !' N !intersearch and M0M! P7 has not been indicated- and !r'lev N !search<1! if !search<1! is sinalled- 82 maychoose to not perform inter;freuency measurements.%f !' N !intersearchand M0M! P7 has been indicated and the servin cell belons to the M0M! P7- and !r'lev N!search<1! if !search<1! is sinalled- 82 may choose to not perform inter;freuency measurements.

%f !' N !intersearch- and M0M! P7 has been indicated and the servin cell does not belon to the M0M! P7- and!r'lev N !search<1! if !search<1! is sinalled- 82 shall at least perform inter;freuency measurements on the M0M!

P7.%f !' QJ !intersearch- or !r'lev QJ !search<1! if !search<1! is sinalled- perform inter;freuency measurements.%f !intersearch- is not sent for servin cell- perform inter;freuency measurements.

3. %f !' N !search/T m- and !r'lev N !<1!-/Tm if !<1!-/Tm is sinalled- 82 may choose to not perform measurementson cells of /T HmH.%f !' QJ !search/T m- or !r'lev QJ !<1!-/Tm if !<1!-/Tm is sinalled- perform measurements on cells of /T HmH.%f !search/T m- is not sent for servin cell- perform measurements on cells of /T HmH.

%f <1! is not used and if !limit-!earch/Tm is sent for servin cell- 82 shall inore it.

&OT2A The presence of !search<1! and !<1!-/Tm thresholds in system information are used to avoid introducin new parameters to system information and their presence does not imply that <1! is used.

5.2.6.1.1a @i$ o'i"it: state $e& @*S is &ot used

<ih;mobility- as applied in <1! case- is also applicable in non;<1! if the parameters non;<1!@ T1/ma'- non;<1!@&1/ and non;<1!@T1/ma'hyst are sent on the system information broadcast.

%f in non;<1! environment the number of cell reselections durin time period non;<1!@T1/ma' e'ceeds non;<1!@&1/ -hih;mobility state has been detected.

Ehen the number of cell reselections durin time period non;<1!@T1/ma' no loner e'ceeds non;<1!@&1/ - the 82shallA

; continue in hih;mobility state.

; if the criteria for enterin hih mobility is not detected durin time period non;<1!;T1rma'<ystA

; e'it hih;mobility.

%f the 82 is in non;<1! environment and in hih;mobility state- the 82 shall apply the speed dependent scalin rules asdefined in subclause ,.*.:.4.6.

5.2.6.1.2 Measuree&t ru"es or !e"" re-se"e!tio& $e& @*S is used

The measurement rules below apply in %dle- 8/@P1<- 1277@P1< states. %n 1277@1< state the 82 is reuired to perform measurements on all intra;freuency- inter;freuency and inter;/T cells listed in system informationaccordin to reuirements specified in C4+D. %n %dle- 8/@P1<- 1277@P1< and 1277@1< states the 82 shall only

consider those cells the 82 is mandated to measure accordin to the measurement rules below as measured cells in thecell reselection criteria (subclause ,.*.:.4.6).

%f the system information broadcast in the servin cell indicates that <1! is used- then for intra;freuency and inter;freuency measurements- the 82 shallA

use <1! priority4 as the <1! priority broadcast in the system information and apply the followin ruleA

% an M0M! P7 is used T<2&

; %f the 82 is in <1! low mobility state- for servin cell and neihbour cells belonin to the M0M! P7 set

the <1! priority J <1! priority4 R <1!@Ombms.

; %f the 82 is in <1! hih mobility state- for servin cell and neihbour cells belonin to the M0M! P7 setthe <1! priority J <1! priority4.

; for servin cell and neihbour cells not belonin to the M0M! P7- set the <1! priority J <1! priority4.

% an M0M! P7 is not used T<2&

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or servin cell and all neihbour cells set <1! priority J <1! priority4

Then apply this to the followinA

4. or intra;freuency and inter;freuency measurement rules for 82s not in hih;mobility

use !ual for 55 cells and !r'lev for T55 cells for !' and apply the followin rules.

% (!r'levs QJ !search<1!) or (if 55 and !' QJ !intersearch) T<2&

measure on all intra;freuency and inter;freuency cells.

27!2

% (!' N !intrasearch) T<2&

measure on all intra;freuency and inter;freuency cells- which have hiher <1! priority level than the

servin cell

27!2

measure on all intra;freuency and inter;freuency cells- which have eual or hiher <1! priority level

than the servin cell

2&5%

% (!intrasearch is not sent for the servin cell) T<2&

measure on all intra;freuency cells. ast;movin 82s may also use this rule.

measure on all inter;freuency cells- which have hiher <1! priority level than the servin cell unlessmeasurement rules for fast;movin 82s are triered.

2&5%

2&5%

%f <1! is used and if !search<1! or !intersearch(in 55) are not sent for the servin cell- 82 shallA

; measure on all intra;freuency and inter;freuency cells.

*. or intra;freuency and inter;freuency measurement rules for fast;movin 82sA

%f the number of cell reselections durin time period T1/ma' e'ceeds &1/ - hih;mobility has been detected. %n thishih;mobility state- 82 shall

; % (!r'levs QJ !search<1!) or (if 55 and !' QJ !intersearch)- or !search<1! or !intersearch(in 55) are not sent for theservin cell T<2&

measure on all intra;freuency and inter;freuency cells.

27!2

; measure intra;freuency and inter;freuency neihbourin cells- which have eual or lower <1! priority

than servin cell.

2&5%

Ehen the number of cell reselections durin time period T1/ma' no loner e'ceeds &1/ - 82 shall

; continue these measurements durin time period T1rma'<yst

; if the criteria for enterin hih mobility is not detected durin time period T1rma'<ystA

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Ehen servin cell belons to a hierarchical cell structure- the 82 shall follow these rules for %nter;/T measurementsA

4. %nter;/T threshold;based measurement rules for 82s not in hih;mobility

use !ual for 55 cells and !r'lev for T55 cells for !' and apply the followin rules.

% (!r'levs QJ !<1!-/Tm) or (if 55 and !ual QJ !!earch/Tm) T<2&

82 shall measure on all inter;/Tm cells.

27!2

% (!' N !limit-!earch/Tm) T<2&

82 may choose to not measure neihbourin cells in /T HmH.

27!2

82 shall measure on all neihbourin cells in /T HmH- which have eual or hiher <1! priority level

than the servin cell

2&5%

2&5%

%f <1! is used and if !<1!-/Tm is not sent for the servin cell- 82 shall measure on all inter;/Tm cells.

*. %nter;/T measurement rules for fast;movin 82s

; %f the number of cell reselections durin time period T1/ma' e'ceeds &1/ - hih;mobility has been detected. %nthis hih;mobility state- 82 shall

; % (!r'levs QJ !<1!-/Tm) or (if 55 and !ual QJ !!earch/Tm)- or !<1!-/Tm or !!earch/Tm are not sent for the

servin cell T<2&

; 82 shall measure on all inter;/Tm cells.

27!2

; measure the neihbourin cells in /T HmH- which have an eual or lower <1! priority than the servincell

; 2&5%

Ehen the number of cell reselections durin time interval T1/ma' no loner e'ceeds &1/ - 82 shall

; continue these measurements durin time period T1rma'<yst

; if the criteria for enterin hih mobility is not detected durin time period T1rma'<yst


5.2.6.1.3 @i$est ra&Hed !e""s it$ a!!ess restri!tio&s

or the hihest ran"ed cell (includin servin cell) accordin to cell reselection criteria specified in subclause ,.*.:.4.6-the 82 shall chec" if the access is restricted accordin to the rules in subclause ,.3.4.4.

%f that cell and other cells have to be e'cluded from the candidate list- as stated in subclause ,.3.4.4- the 82 shall notconsider these as candidates for cell reselection. This limitation is removed when the hihest ran"ed cell chanes.

5.2.6.1.4 *e"" Rese"e!tio& *riteria

The followin cell re;selection criteria are used for intra;freuency cells- inter;freuency cells and inter;/T cellsA

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The uality level threshold criterion < for hierarchical cell structures is used to determine whether prioritised ran"inaccordin to hierarchical cell re;selection rules shall apply- and is defined byA

<s J meas-s ; hcss

<n J meas-n ; hcsn TOn S 7n

%f it is indicated in system information that <1! is not used- the uality level threshold criterion < is not applied.

The cell;ran"in criterion / is defined byA

/ s J meas-s R hysts R offmbms

/ n J meas-n ; offsets-n R offmbms ; TOn S (4 7n)

whereA

the sinalled value offmbms is only applied to those cells (servin or neihbourin) belonin to the M0M! P7

whereA

TOn J T2MP@O33!2Tn S E(P2&.7T@T%M2n Tn)

7n J + if <1!@P/%On J <1!@P/%Os

7n J 4 if <1!@P/%On QN <1!@P/%Os

E(') J + for ' Q +

E(') J 4 for ' NJ +

T2MP@O!2Tn applies an offset to the < and / criteria for the duration of P2&7T@T%M2 n after a timer Tn hasstarted for that neihbourin cell.

T2MP@O!2Tn and P2&7T@T%M2n are only applicable if the usae of <1! is indicated in system information.

The timer Tn is implemented for each neihbourin cell. Tn shall be started from ero when one of the followin

conditions becomes trueA

; if <1!@P/%On QN <1!@P/%Os and

meas-n NJ hcsn

Or

; if <1!@P/%On J <1!@P/%Os and

; for servin 55 and neihbour 55 cells if the uality measure for cell selection and reselection is set to

1P%1< /!1P in the servin cell- andA

meas-n N meas-s R offset4s-n

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; for servin 55 and neihbour 55 cells if the uality measure for cell selection and reselection is set to1P%1< 2cF&o in the servin cell- andA

meas-n N meas-s R offset*s-n

; for all other servin and neihbour cellsA

meas-n N meas-s R offset4s-n

Tn for the associated neihbour cell shall be stopped as soon as any of the above conditions are no loner fulfilled. ny

value calculated for TOn is valid only if the associated timer Tn is still runnin else TOn shall be set to ero.

t cell;reselection- a timer Tn is stopped only if the correspondin cell is not a neihbour cell of the new servin cell- or

if the criteria iven above for startin timer Tn for the correspondin cell is no loner fulfilled with the parameters of the

new servin cell. On cell re;selection- timer Tn shall be continued to be run for the correspondin cells but the criteriaiven above shall be evaluated with parameters broadcast in the new servin cell if the correspondin cells areneihbours of the new servin cell.

S& *e"" Se"e!tio& a"ue o t$e &ei$'ouri& !e"", (d?)

Deas Dua"it: a"ue. T$e =ua"it: a"ue o t$e re!eied si&a" deried ro t$e aeraed *P7*@

+!o or *P7*@ RS*P or !e""s, ro t$e aeraed P-**P*@ RS*P or T !e""sa&d ro t$e aeraed re!eied si&a" "ee" or GSM !e""s. T$e aerai& o t$eseeasuree&t =ua&tities are #erored as s#e!iied i& ;10< a&d ;11<. or !e""s, t$eeasuree&t t$at is used to derie t$e =ua"it: a"ue is set ': t$e*e""Ese"e!tio&Ea&dErese"e!tio&E=ua"it:Eeasure i&oratio& e"ee&t.

1ell reselection parameters broadcast in system information are listed in subclause ,.*.:.4.,.

The cell selection criterion ! used for cell reselection is fulfilled whenA

for 355 cellsA !r'lev N + .&5 !ual N +

for T55 cellsA !r'lev N +

for G!M cellsA !r'lev N +

Ehere A

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!ual J Gualmeas ualmin

!r'lev J r'levmeas ; r'levmin ; Pcompensation

S=ua" *e"" Se"e!tio& =ua"it: a"ue (d?) %##"i!a'"e o&": or !e""s.

Sr/"e *e"" Se"e!tio& RC "ee" a"ue (d?)

D=ua"eas Measured !e"" =ua"it: a"ue. T$e =ua"it: o t$e re!eied si&a" e/#ressed i& *P7*@ +!0

(d?) or !e""s. *P7*@ +!0 s$a"" 'e aeraed as s#e!iied i& ;10<. %##"i!a'"e o&": or !e""s.

Dr/"eeas Measured !e"" RC "ee" a"ue. T$is is re!eied si&a", *P7*@ RS*P or !e""s (d?),P-**P*@ RS*P or T !e""s (d?) a&d t$e aeraed re!eied si&a" "ee" as s#e!iiedi& ;10< or GSM !e""s (d?). *P7*@ RS*P, P-**P*@ RS*P a&d t$e re!eied si&a""ee" or GSM !e""s s$a"" 'e aeraed as s#e!iied i& ;10< a&d ;11<.

D=ua"i& Mi&iu re=uired =ua"it: "ee" i& t$e !e"" (d?). %##"i!a'"e o&": or !e""s.Dr/"ei& Mi&iu re=uired RC "ee" i& t$e !e"" (d?)

P!o#e&satio& a/(U+ETCPFREM%CER%*@ PEM%C, 0) (d?)

U+ETCPFREM%CER%*@ Ma/iu TC #oer "ee" a& U+ a: use $e& a!!essi& t$e !e"" o& R%*@ (read i&s:ste i&oratio&) (d?)

PEM%C Ma/iu R out#ut #oer o t$e U+ (d?)

%f <1! is not used in the servin cell the 82 shall perform ran"in of all cells that fulfil the criterion !- amonA

; all measured cells (see subclause ,.*.:.4.4).

%f <1! is used in the servin cell the 82 shall perform ran"in of all cells that fulfil the criterion ! amon

4. when in low;mobility (see subclause ,.*.:.4.*)-

; all measured cells- that have the hihest <1!@P/%O amon those cells that fulfil the criterion < NJ +.

; all measured cells- not considerin <1! priority levels- if no cell fulfil the criterion < NJ +.

* when in hih;mobility (see subclause ,.*.:.4.*)-

; all measured cells- and amon these cellsA

; if there are cells with a lower <1! priority than the servin cell that fulfil the criterion < NJ +A

; from the cells that have a lower <1! priority than the servin cell- all cells that have the hihest<1!@P/%O amon those cells that fulfil the criterion < NJ+B

; elseA

; if there are cells that fulfil the criterion < NJ + with an <1! priority hiher or eual to the <1! priority of the servin cellA

; from the cells that have an <1! priority hiher or eual to the <1! priority of the servin cell- allcells that have the lowest <1!@P/%O amon those cells that fulfil the criterion < NJ+B

; else

; all cells not considerin <1! priority levels.

The cells shall be ran"ed accordin to the / criteria specified above- derivin meas-nand meas-sand calculatin the /

values usin 1P%1< /!1P- P;11P1< /!1P and the averaed received sinal level as specified in C4+D and C44D for55- T55 and G!M cells- respectively.

The offset offset4s-n is used for offsets-n to calculate / n- the hysteresis hyst4s is used for hysts to calculate / s. or82 in //1 connected mode states 1277@P1< or 8/@P1< the hysteresis hysts ta"es the value hyst4s-P1< to

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calculate / s- if provided in !%06 Csee 6D. or 82 in //1 connected mode state 1277@1< the hysteresis hysts ta"esthe value hyst4s-1< to calculate / s- if provided in !%06 Csee 6D.

%f the usae of <1! is indicated in system information- T2MP@O!2T4n is used for T2MP@O!2Tn to calculateTOn. %f it is indicated in system information that <1! is not used- T2MP@O!2Tn is not applied when calculatin / n.The best ran"ed cell is the cell with the hihest / value.

%f a T55 or G!M cell is ran"ed as the best cell- then the 82 shall perform cell re;selection to that T55 or G!M cell.

%f an 55 cell is ran"ed as the best cell and the uality measure for cell selection and re;selection is set to 1P%1</!1P- the 82 shall perform cell re;selection to that 55 cell.

%f an 55 cell is ran"ed as the best cell and the uality measure for cell selection and re;selection is set to 1P%1<2cF&o- the 82 shall perform a second ran"in of the 55 cells accordin to the / criteria specified above- but usin

the measurement uantity 1P%1< 2cF&o for derivin the meas-nand meas-s and calculatin the / values of the 55 cells.The offset offset*s-n is used for offsets-n to calculate / n- the hysteresis hyst*s is used for hysts to calculate / s. or82 in //1 connected mode states 1277@P1< or 8/@P1< the hysteresis hysts ta"es the value hyst*s-P1< tocalculate / s- if provided in !%06 Csee 6D. or 82 in //1 connected mode state 1277@1< the hysteresis hysts ta"esthe value hyst*s-1< to calculate / s- if provided in !%06 Csee 6D. %f the usae of <1! is indicated in systeminformation- T2MP@O!2T*n is used to calculate TOn. %f it is indicated in system information that <1! is not used-

T2MP@O!2Tn is not applied when calculatin / n. ollowin this second ran"in- the 82 shall perform cell re;selection to the best ran"ed 55 cell.

%n all cases- the 82 shall reselect the new cell- only if the followin conditions are metA

; the new cell is better ran"ed than the servin cell durin a time interval Treselection. or 82 in //1 connected

mode states 1277@P1< or 8/@P1< the interval Treselections-P1< applies- if provided in !%06 Csee 6D- whilefor 82 in //1 connected mode state 1277@1< the interval Treselection s-1< applies- if provided in !%06Csee 6D. or hierarchical cell structures when hih mobility state has not been detected- if accordin to the <1!rules the servin cell is not ran"ed then all the ran"ed cells are considered to be better ran"ed than the servincell.

dditionally the 82 shall apply the followin scalin rules to Treselections or Treselections-P1< orTreselections-1<A

; or intra;freuency cells and hih mobility state not detectedA

; no scalin applied.

; or intra;freuency cells and hih mobility state is detectedA

; multiply Treselections or Treselections-P1< or Treselections-1< by the %2 H!peed dependent !calinactor

for@TreselectionH if sent on system information.

; or inter;freuency cells and hih mobility state not detectedA

; multiply Treselections or Treselections-P1< or Treselections-1< by the %2 H%nter;reuency !calinactor

for TreselectionH if sent on system information.

; or inter;freuency cells and hih mobility state is detectedA

; multiply Treselections or Treselections-P1< or Treselections-1< by both the %2s H!peed dependent!calinactor for@TreselectionH if sent on system information and H%nter;reuency !calinactor for

TreselectionH if sent on system information.

; or inter;/T cells and hih mobility state not detectedA

; multiply Treselections or Treselections-P1< or Treselections-1< by the %2 H%nter;/T !calinactor for

TreselectionH if sent on system information.

; or inter;/T cells and hih mobility state is detectedA

; multiply Treselections or Treselections-P1< or Treselections-1< by both the %2s L!peed dependent!calinactor for@Treselection if sent on system information and L%nter;/T !calinactor forTreselectionH if sent on system information.

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%n case scalin is applied to Treselections or Treselections-P1<- the 82 shall round up the result after all scalins tothe nearest second. %n case scalin is applied to Treselections-1<- the 82 shall round up the result after allscalins to the nearest +.* seconds.

; more than 4 second has elapsed since the 82 camped on the current servin cell.

5.2.6.1.5 *e"" rese"e!tio& #araeters i& s:ste i&oratio& 'road!asts

The selection of values for networ" controlled parameters can be optimised by means of different methods. 2'amples of methods are described in C:D. 1ell reselection parameters are broadcast in system information and are read in the servincell as followsA

,offset-sn

This specifies the offset between the two cells. %t is used for T55 and G!M cells and for 55 cells in case the ualitymeasure for cell selection and re;selection is set to 1P%1< /!1P.

,offset/sn

This specifies the offset between the two cells. %t is used for 55 cells in case the uality measure for cell selection and

re;selection is set to 1P%1< 2cF&o.

,hyst-s

This specifies the hysteresis value (hyst). %t is used for T55 and G!M cells and for 55 cells in case the ualitymeasure for cell selection and re;selection is set to 1P%1< /!1P.

,hyst-sPC'

This specifies the hysteresis value (hyst) to be used in //1 connected mode states 1277@P1< and 8/@P1<. %t isused for T55 and G!M cells and for 55 cells in case the uality measure for cell selection and re;selection is set to1P%1< /!1P. %f this parameter is not provided in !%06- hyst4 s shall be used.

,hyst-s0AC'

This specifies the hysteresis value (hyst) to be used in //1 connected mode state 1277@1<. %t is used for T55and G!M cells and for 55 cells in case the uality measure for cell selection and re;selection is set to 1P%1< /!1P.%f this parameter is not provided in !%06- hyst4s shall be used.

,hyst/s

This specifies the hysteresis value (hyst). %t is used for 55 cells if the uality measure for cell selection and re;selection is set to 1P%1< 2cF&o.

,hyst/sPC'

This specifies the hysteresis value (hyst) to be used in //1 connected mode states 1277@P1< and 8/@P1<. %t isused for 55 cells if the uality measure for cell selection and re;selection is set to 1P%1< 2cF&o. %f this parameter is

not provided in !%06- hyst*s shall be used.

,hyst/s0AC'

This specifies the hysteresis value (hyst) to be used in //1 connected mode state 1277@1<. %t is used for 55cells if the uality measure for cell selection and re;selection is set to 1P%1< 2cF&o. %f this parameter is not provided in

!%06- hyst*s shall be used.

'C1P"2*s 'C1P"2*n

This specifies the <1! priority level (+;=) for servin cell and neihbourin cells.

<1! priority level + means lowest priority and <1! priority level = means hihest priority.

'C1*00mbms

This specifies the offset to the normal <1! priority level that is used for cells belonin to the M0M! P7.

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,hcss ,hcsn

This specifies the uality threshold levels for applyin prioritised hierarchical cell re;selection.

,offmbms

This specifies the additional offset added to cells belonin to the M0M! P7.

,%&almin

This specifies the minimum reuired uality level in the cell in d0. %t is not applicable for T55 cells or G!M cells.

,rxlevmin

This specifies the minimum reuired /I level in the cell in d0m.

P$NAL+31+2M$n

This specifies the time duration for which the T2MPO//@O!2T n is applied for a neihbourin cell.

+$MP*"A"31*00$+-n

This specifies the offset applied to the < and / criteria for a neihbourin cell for the duration of P2&7T@T%M2n. %tis used for T55 and G!M cells and for 55 cells in case the uality measure for cell selection and re;selection is set to

1P%1< /!1P.

+$MP*"A"31*00$+/n

This specifies the offset applied to the < and / criteria for a neihbourin cell for the duration of P2&7T@T%M2n. %t

is used for 55 cells in case the uality measure for cell selection and re;selection is set to 1P%1< 2cF&o.

+C"max

This specifies the duration for evaluatin allowed amount of cell reselection(s).

NC"

This specifies the ma'imum number of cell reselections.

+C"max'yst

This specifies the additional time period before the 82 can e'it hih;mobility.

non4'C1+C"max

This specifies the duration for evaluatin allowed amount of cell reselection(s) in case of non;<1! usae.

non4'C1NC"

This specifies the ma'imum number of cell reselections in case of non;<1! usae.

non4'C1+C"max'yst

This specifies the additional time period before the 82 can revert to low;mobility measurements in case of non;<1!usae.

+reselections

This specifies the cell reselection timer value.

+reselectionsPC'

This specifies the cell reselection timer value the 82 shall use in //1 connected mode states 1277@P1< and8/@P1< if provided in !%06- otherwise Treselections shall be used.

+reselections0AC'

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This specifies the cell reselection timer value the 82 shall use in //1 connected mode state 1277@1< if providedin !%06- otherwise Treselections shall be used.

search'C

This threshold is used in the measurement rules for cell re;selection. Ehen <1! is used- it specifies the limit for !r'levin the servin cell below which the 82 shall initiate measurements of all neihbourin cells of the servin cell. Ehen<1! is not used- it specifies the limit for !r'lev in the servin cell below which the 82 ran"s inter;freuencyneihbourin cells of the servin cell.

search"A+ - 4 search"A+

This specifies the /T specific threshold in the servin cell used in the inter;/T measurement rules.

'C"A+m

This threshold is used in the measurement rules for cell re;selection. Ehen <1! is used- it specifies the /T specificthreshold in the servin cell used in the inter;/T measurement rules. Ehen <1! is not used- it specifies the limit for!r'lev in the servin cell below which the 82 ran"s inter;/T neihbourin cells of the servin cell.

intrasearch

This specifies the threshold (in d0) for intra freuency measurements and for the <1! measurement rules.

intersearch

This specifies the threshold (in d0) for inter;freuency measurements and for the <1! measurement rules.

limitearch"A+m

This threshold is used in the measurement rules for cell re;selection when <1! is used. %t specifies the /T specificthreshold (in d0) in the servin 8T/ cell above which the 82 may choose to not perform any inter;/Tmeasurements in /T HmH.

pee epenent caling0actor for +reselection

This specifies the scalin (multiplication) factor to be used by the 82 in idle mode or //1 connected mode states forthe parameters Treselections or Treselections-P1< or Treselections-1< in case hih;mobility state has been detected.

2nter4fre%&ency caling0actor for +reselection

This specifies the scalin (multiplication) factor to be used by the 82 for scalin the parameters Treselections orTreselections-P1< or Treselections-1< for the inter;freuency case.

2nter4"A+ caling0actor for +reselection

This specifies the scalin (multiplication) factor to be used by the 82 for scalin the parameters Treselections orTreselections-P1< or Treselections-1< for the inter;/T case.

5.2.6.2 GSM !ase

The cell reselection procedure in G!M- includin reselection from G!M to 8T/- is specified in C4D.

5.2. *e"" Se"e!tio& $e& "eai& !o&&e!ted ode

5.2..1 UTR% !ase

Ehen returnin to idle mode from connected mode- the 82 shall select a suitable cell to camp on. 1andidate cells forthis selection are the cell(s) used immediately before leavin connected mode. %f no suitable cell is found- the 82 shalluse the !tored information cell selection procedure in order to find a suitable cell to camp on.

Ehen returnin to idle mode after an emerency call on any P7M&- the 82 shall select an acceptable cell to camp on.1andidate cells for this selection are the cell(s) used immediately before leavin connected mode. %f no acceptable cellis found- the 82 shall continue to search for an acceptable cell of any P7M& in state ny cell selection.

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5.2..2 GSM !ase

1ell selection when leavin connected mode in G!M is specified in C4D.

5.2.8 %&: *e"" Se"e!tio& state

%n this state- the 82 shall attempt to find an acceptable cell of an any P7M& to camp on- tryin all /Ts that aresupported by the 82 and searchin first for a hih uality cell- as defined in subclause ,.4.*.*.

The 82- which is not camped on any cell- shall stay in this state until an acceptable cell is found.

5.2. *a#ed o& %&: *e"" State

5.2..1 UTR% !ase

%n this state- the 82 shall perform the followin tas"sA

; select and monitor the indicated P%1< and P1< of the cell as specified in clause >B

; monitor relevant !ystem %nformationB This is specified in C6DB

; perform necessary measurements for the cell reselection evaluation procedureB

; 2'ecute the cell reselection evaluation process on the followin occasionsFtriersA

4) 82 internal triers- so as to meet performance as specified in C4+D and C44DB

*) Ehen information on the 011< used for the cell reselection evaluation procedure has been modifiedB

; reularly attempt to find a suitable cell tryin all /Ts that are supported by the 82. %f a suitable cell is found-this causes an e'it to number * in iure *.

%n this state the 82 is not permitted to receive any M0M! services.

5.2..2 GSM !ase

The camped on any cell state in G!M is specified in C4D.

5.3 *e"" Reseratio&s a&d %!!ess Restri!tio&s

5.3.1 UTR% !e""s

There are two mechanisms which allow an operator to impose cell reservations or access restrictions. The firstmechanism uses indication of cell status and special reservations for control of cell selection and re;selection procedures. The second mechanism- referred to as ccess 1ontrol- shall allow to prevent selected classes of users fromsendin initial access messaes for load control reasons. t subscription- one or more ccess 1lasses are allocated to

the subscriber and stored in the 8!%M C?D- which are employed for this purpose.

5.3.1.1 *e"" status a&d !e"" reseratio&s

1ell status and cell reservations are indicated with the Cell Access Restriction %nformation 2lement in the !ystem%nformation Messae C6D by means of three %nformation 2lementsA

; 1ell barred (%2 typeA HbarredH or Hnot barredH)-

; 1ell /eserved for operator use (%2 typeA HreservedH or Hnot reservedH)-

; 1ell reserved for future e'tension (%2 typeA HreservedH or Hnot reservedH).

Ehen cell status is indicated as Hnot barredH- Hnot reservedH for operator use and Hnot reservedH for future e'tension(1ell /eservation 2'tension)-

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; ll 82s shall treat this cell as candidate durin the cell selection and cell re;selection procedures in %dle modeand in 1onnected mode.

Ehen cell status is indicated as Hnot barredH- Hnot reservedH for operator use and HreservedH for future e'tension (1ell/eservation 2'tension)-

; 82s shall behave as if cell status HbarredH is indicated usin the value Hnot allowedH in the %2 H%ntra;freuencycell re;selection indicatorH and the ma'imum value for T barred- see C6D (see also below).

Ehen cell status is indicated as Hnot barredH and HreservedH for operator use-

; 82s assined to ccess 1lass 44 or 4, shall treat this cell as candidate durin the cell selection and cell re;selection procedures in %dle mode and in 1onnected mode if the cell belons to the home P7M&.

; 82s assined to an ccess 1lass in the rane + to ? and 4* to 46 shall behave as if cell status HbarredH isindicated usin the value Hnot allowedH in the %2 H%ntra;freuency cell re;selection indicatorH and the ma'imumvalue for T barred- see C6D (see also below).

Ehen cell status HbarredH is indicated-

; The 82 is not permitted to selectFre;select this cell- not even for emerency calls.

; The 82 shall inore the H1ell /eserved for future e'tension (1ell /eservation 2'tension) useH %2.

; The 82 is not permitted to receive any M0M! services.

; The 82 shall select another cell accordin to the followin ruleA

; %f the H%ntra;freuency cell re;selection indicatorH %2 in 1ell ccess /estriction %2 is set to value HallowedH-the 82 may select another cell on the same freuency if selectionFre;selection criteria are fulfilled.

; %f the 82 is campin on another cell- the 82 shall e'clude the barred cell from the neihbourin cell listuntil the e'piry of a time interval T barred. The time interval T barred is sent via system information in a barredcell toether with 1ell status information in the 1ell ccess /estriction %2.

; %f the 82 does not select another cell- and the barred cell remains to be the HbestH one- the 82 shall aftere'piry of the time interval T barred aain chec" whether the status of the barred cell has chaned.

; %f the H%ntra;freuency cell re;selection indicatorH %2 is set to Hnot allowedH the 82 shall not re;select a cellon the same freuency as the barred cell. 5urin an onoin emerency call- the %ntra;freuency cell re;selection indicator %2H shall be inored- i.e. even if it is set to Hnot allowedH the 82 may select another intra;

freuency cell.

; %f the barred cell remains to be the HbestH one- the 82 shall after e'piry of the time interval T barred aainchec" whether the status of the barred cell has chaned.

The reselection to another cell may also include a chane of /T.

5.3.1.2 %!!ess *o&tro"

%nformation on cell access restrictions associated with the ccess 1lasses is broadcast as system information- C6D.

The 82 shall inore ccess 1lass related cell access restrictions when selectin a cell to camp on- i.e. it shall not rejecta cell for campin on because access on that cell is not allowed for any of the ccess 1lasses of the 82. chane of theindicated access restriction shall not trier cell re;selection by the 82.

ccess 1lass related cell access restrictions shall be chec"ed by the 82 before sendin an //1 1O&&21T%O&/282!T messae when enterin 1onnected Mode from 8T/& %dle mode. 1ell access restrictions associated with

the ccess 1lasses shall not apply for a 82 which already is in 1onnected Mode.

5.3.1.3 +ere&!: *a""

restriction on emerency calls- if needed- shall be indicated in the Hccess class barred listH %2 C6D. %f access class 4+

is indicated as barred in a cell- 82s with access class + to ? or without an %M!% are not allowed to initiate emerency

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calls in this cell. or 82s with access classes 44 to 4,- emerency calls are not allowed if both access class 4+ and therelevant access class (44 to 4,) are barred. Otherwise- emerency calls are allowed for those 82s.

ull details of operation under Hccess class barred listH are described in C?D.

5.3.2 GSM !e""s

The cell access restrictions applicable to G!M are specified in C4D.

5.4 *e"" Se"e!tio& a&d Rese"e!tio& Pro!esses i& RR* *o&&e!tedMode

5.4.1 Void

5.4.2 Void

5.4.3 *e"" Rese"e!tio& Pro!ess i& RR* !o&&e!ted ode

The cell reselection process in 1onnected Mode is the same as cell reselection evaluation process used for idle mode-

described in subclause ,.*.:.

5.4.4 *e"" Se"e!tio& Pro!ess i& RR* !o&&e!ted ode

The cell selection process in 1onnected Mode is for Uout of serviceV conditions C6D is the same as the cell selection

process used for idle mode- described in subclause ,.*.3.

!election of a suitable cell durin a state transition or a chane of freuency in 1onnected Mode is the same as theselection of a suitable 8T/ cell used for idle mode- described in subclause ,.*.3.4. %f the 82 is ordered to select a

suitable 8T/ cell on a iven freuency- it shall attempt to select a suitable cell on that freuency before considerincells on other freuencies.

5.5 o!atio& Reistratio&

%n the 82- the ! shall report reistration area information to the &!.

%f the 82 reads more than one P7M& identity in the current cell- the 82 shall report the found P7M& identities that

ma"e the cell suitable in the reistration area information to &!.

The non;access part of the location reistration process is specified in C,D.

ctions for the 82 ! upon reception of 7ocation /eistration reject are specified in C?D and C4:D.

6 ?road!ast i&oratio& re!eii&

6.1 Re!e#tio& o S:ste 7&oratio&

/euirements are specified in C6D.

3GPP

3GPP TS $%&3'( )#&*&' !$''%+,$"3$Release #



6.2 *e"" ?road!ast i& 7d"e Mode, *+EP*@ a&d UR%EP*@

82 supportin 1ell 0roadcast !ervice (10!) shall be capable to receive 0M1 messaes in the %dle mode- in8/@P1< and 1277@P1<. Ehen several P1<s e'ist in the cell- the 1< which carries the 1T1< may be mappedto a different !11P1< than the P1< selected by the 82 for pain in %dle mode (as specified in !ec. >.4). %n this case-82s with basic service capabilities shall be capable to chane from the !11P1< that carries the P1< selected for

pain to another !11P1< which carries 1ell 0roadcast messaes (i.e. the 1T1< mapped to an 1<) and receive0M1 messaes durin time intervals which do not conflict with the 82 specific pain occasions.

&OT2A %n case certain 0M1 messaes conflict with the 82 specific pain occasions the reception of 10!cannot be uaranteed and depends on 82 capabilities.

6.3 M?MS Seri!es

%f the 82 has activated M0M! services and M0M! is available in the cell (i.e.- the M11< information is provided on

the 011<) and the 82 is permitted to receive M0M! in the cell- the 82 shallA

; receive the M11< as specified in clause >.6 and in C6DB

; participate in M0M! countin as specified in C6DB

; receive each 1< on which the MT1< carryin an M0M! activated service that does not reuire theestablishment of an //1 connection is mapped.

The 82 mayA

; monitor the M%1< as specified in clause >a and in C6DB

; receive the M!1<.

Void

8 Pai& a&d S**P*@ se"e!tio&

8.1 Pai& *$a&&e" se"e!tio&

!ystem information bloc" type , (!%0 ,) defines common channels to be employed in %dle mode C6D. %n a cell- a sinleor several P1<s may be established. 2ach !econdary 1ommon 1ontrol Physical 1hannel (!11P1<) indicated to the

82 in system information may carry up to one P1<. Thus- for each defined P1< there is one uniuely associated P%1<also indicated.

%n case that more than a sinle P1< and associated P%1< are defined in !%0 ,- the 82 shall perform a selectionaccordin to the followin ruleA

; The 82 shall select a !11P1< from the ones listed in !%0 , based on %M!% as followsA

H%nde' of selected !11P1<H J %M!% mod $-

where $ is eual to the number of listed !11P1<s which carry a P1< (i.e. !11P1<s carryin 1< onlyshall not be counted). These !11P1<s shall be inde'ed in the order of their occurrence in !%0 , from + to

$;4.or G!M;MP- i.e. H%M!% (G!M;MP)H is iven as seuence of diits of type %nteer(+..?)- %M!% shall in

the formula above be interpreted as a decimal inteer number- where the first diit iven in the seuencerepresents the hihest order diit.or 5!;64- i.e. H%M!% (5!;64)H is iven as octet strin- %M!% shall in the formulae above correspond to thedecoded decimal representation of the %M!%;! part included in the octet strin (see T%F2%F%!;*+++;,).

3GPP

3GPP TS $%&3'( )#&*&' !$''%+,$"33Release #



or e'ampleA

%M!% (G!M;MP) J 4* (diit4J4- diit*J*)

%n the calculations- this shall be interpreted as the decimal inteer H4*H- not H4'4:R* J 4>H.

H%nde' of selected !11P1<H identifies the selected !11P1< with the P1< and the uniuely associated P%1< to be

used by the 82.

%f the 82 has no %M!%- for instance when ma"in an emerency call without 8!%M- the 82 shall use as default number%M!% J +.

8.2 S**P*@ se"e!tio& $e& e&teri& *o&&e!ted ode

Ehen enterin 1onnected mode from %dle mode by sendin an //1 1O&&21T%O& /282!T messae- the 82 shallselect the !;11P1< which carries an 1< to be used for reception of the //1 1O&&21T%O& !2T8P messaeaccordin to the followin ruleA

; the 82 shall select an !11P1< from the !11P1<s listed in !ystem %nformation 0loc" type , (!%0 ,) based on

H%nitial 82 %dentityH as followsA

H%nde' of selected !11P1<H J H%nitial 82 %dentityH mod $-

where $ is eual to the number of listed !11P1<s which carry a 1< (i.e. !11P1<s carryin P1< onlyshall not be counted). These !11P1<s shall be inde'ed from + to $;4 in the order of their occurrence in !%0,- and H%nde' of selected !11P1<H identifies the selected !11P1<. H%nitial 82 %dentityH refers to the%nformation 2lement included by the 82 into the //1 1O&&21T%O& /282!T messae. %n the aboveformula- the parameter H%nitial 82 %dentityH shall be interpreted as follows- dependin on the choice of 82;%d

type of the respective %2A

or 82;%d type H%M!% (G!M;MP)H- i.e. the %2 is iven as seuence of diits of type %nteer(+..?)- H%nitial82 %dentityH shall be interpreted as an inteer number- where the first diit iven in the seuence representsthe hihest order diit.

or 82;%d types HTM!% and 7% (G!M;MP)H or HP;TM!% and /% (G!M;MP)H- only the TM!% or P;TM!% parts iven as 0itstrin(3*) shall be used- and H%nitial 82 %dentityH shall be interpreted as a binaryrepresentation of an inteer number- where the first bit in the 0itstrin represents the hihest order bit.

or 82;%d type H%M2%H- i.e. the %2 is iven as seuence of he'adecimal diits of type %nteer(+..4,)- H%nitial

82 %dentityH shall be interpreted as a he'adecimal representation of an inteer number- where the first diitiven in the seuence represents the hihest order diit.

or 82;%d type H%M!% (5!;64)H- i.e. the %2 is iven as octet strin- H%nitial 82 %dentityH shall correspond tothe decoded decimal representation of the %M!%;! part included in the octet strin (see T%F2%F%!;*+++;,).

or 82;%d types H2!& (5!;64)H or HTM!% (5!;64)H- i.e. the %2 is iven as 0itstrin(3*)- H%nitial 82%dentityH shall be interpreted as a binary representation of an inteer number- where the first bit in the0itstrin represents the hihest order bit.

or 82;%d type H%M!% and 2!& (5!;64)H only the 2!& part shall be used as H%nitial 82 %dentityH- as defined

above.

8.3 is!o&ti&uous Re!e#tio& or Pai&

The 82 may use 5iscontinuous /eception (5/I) in idle mode in order to reduce power consumption. Ehen 5/I isused the 82 needs only to monitor one Pae %ndicator- P%- (see definition in C=D and C>D) in one Pain Occasion per5/I cycle.

The 5/I cycle lenth shall be MI(*" - P0P) frames- where " is an inteer and P0P is the Pain 0loc" Periodicity.

P0P is only applicable for T55 and is eual to the P%1< repetition period that is broadcast in system information. or55- P0PJ4.

3GPP

3GPP TS $%&3'( )#&*&' !$''%+,$"3(Release #



The 82 may be attached to different 1& domains with different 1& domain specific 5/I cycle lenths. The 82 shallstore each 1& domain specific 5/I cycle lenth for each 1& domain the 82 is attached to and use the shortest ofthose 5/I cycle lenths. The 1! 1& specific 5/I cycle lenth coefficient shall be updated locally in the 82 usininformation iven in system information. On the other hand- the P! 1& specific 5/I cycle lenth coefficient shall be

updated after the neotiation between the 82 and P! 1& by &! procedure. %f no specific value H"H is neotiated in &! procedure- the 82 and P! 1& shall use the 5/I cycle lenth iven for P! 1& domain in system information.

The 5/I cycle lenths to use for 8T/& connected mode is the shortest of the followinA

; 8T/& 5/I cycle lenthB

; any of the stored 1& domain specific 5/I cycle lenth for the 1& domains the 82 is only attached to with nosinallin connection established.

The 82 shall use the %M!%- the number of available !11P1< which carry a P1< ($) as derived accordin to subclause>.4-the 1ell !ystem rame &umber (!&)- &p (for 55- &p is the number of pae indicators within a frameB for T55- &p is the number of pae indicators within a pain bloc")- rame offset (or 55- rame offset J +B for T55- P%1<frame offset values are iven in system information)- P0P and the 5/I cycle lenth to determine the PainOccasions.

%n 55 the 82 shall monitor its pain indicator in the P%1< frame with !& iven by the Pain Occasion

%n T55 the 82 shall monitor its pain indicator in the pain bloc" iven by the Pain Occasion. The PainOccasion ives the !& of the first frame of the pain bloc".

The value of the Pain Occasion is determined as followsA

Pain OccasionJ W(%M!% div $) mod (5/I cycle lenth div P0P)X S P0P R n S 5/I cycle lenth R rameOffset

Ehere n J +-4-*Y as lon as !& is below its ma'imum value.

The actual Pae %ndicator within a Pain Occasion that the 82 shall read is similarly determined based on %M!%.

The Pae %ndicator to use is calculated by usin the followin formulaAP% J 5/I %nde' mod &p

where 5/I %nde' J %M!% div >4?*

%n 55 mode- &p J (4>-3:-=*-466) is the number of Pae %ndicators per frame- and is iven in %2 H&umber of P% per

frameH- part of system information in 55 mode. %n T55 mode- &p is the number of Pae %ndicators per pain bloc"and is calculated by the Pain %ndicator 7enth 7P%- the 0urst Type (lon or short midamble for 3.>6 Mcps T55) andthe P%1< repetition lenth- which are iven in system information.

%f the 82 has no %M!%- for instance when ma"in an emerency call without 8!%M- the 82 shall use as defaultnumbers- %M!% J + and 5/I cycle lenth J *,: (*.,: s)- in the formulas above.

or 55- see C=D for details about the timin between a P%1< frame and when the pain messae is transmitted on theP1< in the associated !;11P1< frame.

%n T55 mode- the Pain Messae /eceivin Occasion is calculated usin the followin formulaA

Pain Messae /eceivin Occasion J Pain Occasion R &P%1< R &GP R W(5/I %nde' mod &p) mod &P1< X S*

The value &P%1< is the number of frames for P%1< transmission and is eual to the P%1< repetition lenth iven insystem information. The value &GP is the number of frames between the last frame carryin P%1< for this Pain

Occasion and the first frame carryin pain messaes for this Pain Occasion. The value &P1< is the number ofPain Groups. &P1< and &GP are iven in system information.

or G!M;MP- i.e. H%M!% (G!M;MP)H is iven as seuence of diits of type %nteer(+..?)- %M!% shall in the formulaeabove be interpreted as a decimal inteer number- where the first diit iven in the seuence represents the hihest order

diit.

or 5!;64- i.e. H%M!% (5!;64)H is iven as octet strin- %M!% shall in the formulae above correspond to the decodeddecimal representation of the %M!%;! part included in the octet strin (see T%F2%F%!;*+++;,).

3GPP

3GPP TS $%&3'( )#&*&' !$''%+,$"3%Release #



or e'ampleA

%M!% (G!M;MP) J 4* (diit4J4- diit*J*)

%n the calculations- this shall be interpreted as the decimal inteer H4*H- not H4'4:R* J 4>H.

8.4 is!o&ti&uous Re!e#tio& or M?MSThe 82 may use discontinuous reception (5/I) on M0M! channels (M11<- M!1<- MT1<) to reduce powerconsumption while subscribed to M0M! services.

8.4.1 is!o&ti&uous Re!e#tio& or M**@

The 82 may operate 5/I on the M11< either by monitorin the M%1< to determine when it needs to receive theM11< or by usin the MO5%%25 !2/9%12! %&O/MT%O& messae on the M11< to determine that it does not

need to acuire the remainder of the M11< information.

The timin of the M11< information transmission and the need to receive the M11< are described in detail in C6D.

8.4.1.1 is!o&ti&uous Re!e#tio& ia M7*@

Ehen the 82 operates 5/I on the M11< throuh monitorin the M%1<- the 82 needs to monitor one &otification%ndicator (&%)- as defined in C=D- C>D- for each M0M! service it is subscribed to. or each service- a correspondin &%will be set continuously throuh the entire lenth of the modification period precedin a chane in the associatedM11< information. The modification period should be lon enouh that a 82 that only receives the M%1< durin its pain occasions can still reliably detect a notification.

or each service- the 4: bit &otification %ndicator to use is calculated as a function of the TMG%A

( ) GGTMGI TMGI NI modF+= - where G J *4:.

82 with one or more activated M0M! services may monitor the M%1<. The e'act timin with which the 82 readsthe M%1< within a iven modification period is left to the 82 implementation- with the proviso that the 82 needs to be

able to detect notifications reliably for its activated M0M! service(s).

The TMG% is structured as follows C4:DA

8 6 5 4 3 2 1

Te#orar: Mo'i"e Grou# 7de&tit: 7+7 9!tet 1

e&t$ o Te#orar: Mo'i"e Grou# 7de&tit: !o&te&ts 9!tet 2

M?MS Seri!e 79!tet 39!tet 4

9!tet 5

M** diit 2 M** diit 1 9!tet 6

M* diit 3 M** diit 3 9!tet M* diit 2 M* diit 1 9!tet 8

&OT2A The M0M! !ervice identity- which is sinalled in C6D (see subclause 4+.3.?a.>)- concerns a sinallinoptimisation of the TMG%.

or the calculation of the &%- the TMG% shall be interpreted as a binary representation of an inteer number- represented by the bitstrin formed by the e'clusive O/ operation of the M0M! !ervice %5 (octets 3 to , of the TMG%) and theP7M& identity (octets : to > of the TMG%) with the firstF leftmostF most sinificant bit correspondin with b> of the

first octet.

8.4.1.2 is!o&ti&uous Re!e#tio& ia M977+ S+RV7*+S 79RM%T79

%f the 82 receives the MO5%%25 !2/9%12! %&O/MT%O& messae on the M11< and determines from itscontents that no service whose information the 82 needs to acuire has been modified- the 82 may refrain from

receivin the M11< for the remainder of the modification period.

3GPP

3GPP TS $%&3'( )#&*&' !$''%+,$"3#Release #



8.4.2 is!o&ti&uous Re!e#tio& or MT*@

%f the 82 operates 5/I on the MT1<- the 82 shall receive the M!1< as described in C6D to obtain schedulininformation for the MT1<.

The reception intervals for M0M! services are iven by the %2 L!ervice transmissions list in the M0M!

!1<2587%&G %&O/MT%O& messae on the M!1<.

8a M?MS otii!atio&

The structure of the M%1< is described in C=D and C46D.

The //1;layer behaviour of a 82 receivin an M0M! notification indicator is specified in C6D.

Void

10 Void

%&&e/ % (i&oratie)*$a&e $istor:

7han0e histor8

<ate TSG = TSG <oc& 7R Re Su6ject>7oent 2ld New

101 RP-05 RP-464 - - %##roed at TSG-R% B5 a&d #"a!ed u&der *$a&e *o&tro" - 3.0.0

121 RP-06 RP-632 001 2 Modii!atio& a&d editoria" !$a&es 3.0.0 3.1.0

RP-06 RP-633 002 3 S#e!ii!atio& o *e"" rese"e!tio& #ro!edures i& 3.0.0 3.1.0

RP-06 RP-633 003 2 7&teratio& o *e"" ?road!ast Seri!e (*?S) 3.0.0 3.1.0

RP-06 RP-633 004 2 Measuree&t used as a =ua"it: estiate or !e"" 3.0.0 3.1.0

RP-06 RP-632 006 is!o&ti&uous re!e#tio& 3.0.0 3.1.0

RP-06 RP-633 008 3 ?arred *e""s a&d %!!ess *o&tro" 3.0.0 3.1.0

RP-06 RP-633 00 7&trodu!tio& o &etorH !o&tro" o U+ easuree&t 3.0.0 3.1.0

RP-06 RP-631 011 +ditoria" issues 3.0.0 3.1.0

032000 RP-0 RP-00003 00 2 *e"" Se"e!tio& or S-41 ode 3.1.0 3.2.0

RP-0 RP-00003 014 Modiied des!ri#tio& o !e"" sear!$ #ro!edure 3.1.0 3.2.0

RP-0 RP-00003 018 1 U+ i&diidua" RC !:!"es i& *+EP*@ a&d UR%EP*@ states 3.1.0 3.2.0

RP-0 RP-00003 01 1 *e"" re-se"e!tio& !riteria i&!"udi& @*S 3.1.0 3.2.0

RP-0 RP-00003 021 Modiied des!ri#tio& o RC 3.1.0 3.2.0

062000 RP-08 RP-00021 025 Trieri& o i&ter-s:ste easuree&ts or !e" " re-se"e!tio& $e&@*S is used 3.2.0 3.3.0

RP-08 RP-00021 026 5 *e"" re-se"e!tio& 3.2.0 3.3.0

RP-08 RP-00021 02 4 %!!ess *o&tro" 3.2.0 3.3.0

RP-08 RP-00021 028 o&"i&H si&a""i& ai"ure 3.2.0 3.3.0

RP-08 RP-00021 02 *e""-rese"e!tio& #araeter si&a""i& 3.2.0 3.3.0

RP-08 RP-00021 030 *e"" Se"e!tio& a&d Rese"e!tio& 3.2.0 3.3.0

RP-08 RP-00021 031 1 * RC !:!"e !oei!ie&t 3.2.0 3.3.0

02000 RP-0 RP-000355 035 2 Pai& !$a&&e" se"e!tio& 3.3.0 3.4.0

RP-0 RP-000355 03 1 +ditoria" !orre!tio&s 3.3.0 3.4.0

RP-0 RP-000355 03 @*S easuree&t ru"es 3.3.0 3.4.0

RP-0 RP-000355 042 2 Usae o +!0 easuree&t =ua&tit: or !e"" ra&Hi& 3.3.0 3.4.0

RP-0 RP-000355 044 *orre!tio& a&d restru!turi& 3.3.0 3.4.0

122000 RP-10 RP-000565 046 1 Su##ort or PM se"e!tio& 3.4.0 3.5.0

RP-10 RP-000565 04 1 *orre!tio& o a"orit$ or #ai& !$a&&e" se"e!tio& 3.4.0 3.5.0

RP-10 RP-000565 050 %"i&e&t o use o T+MPE9S+T #araeters it$ TS 25.331 3.4.0 3.5.0RP-10 RP-000565 051 2 *"arii!atio&s a&d +ditoria" *orre!tio&s 3.4.0 3.5.0

RP-10 RP-000565 052 1 *"arii!atio&s to !e"" se"e!tio& a&d rese"e!tio& #ro!edures 3.4.0 3.5.0

RP-10 RP-000565 053 Reoa" o iediate !e"" ea"uatio& 3.4.0 3.5.0

RP-10 RP-000565 054 9&e ste# !e"" se"e!tio& 3.4.0 3.5.0

3GPP

3GPP TS $%&3'( )#&*&' !$''%+,$"3-Release #



032001 RP-11 RP-010022 055 1 Usae o @*S Paraeters i& *e"" Rese"e!tio& 3.5.0 3.6.0

RP-11 RP-010022 056 *"arii!atio& o usae o I7&itia" U+-7dI or S**P*@ se"e!tio& 3.5.0 3.6.0

RP-11 RP-010022 058 *"arii!atio& o #ai& o!!asio& 3.5.0 3.6.0

RP-11 RP-010022 05 1 *orre!tio& i& %&: *e"" Se"e!tio& State 3.5.0 3.6.0

RP-11 RP-010022 061 *orre!tio& to t$e dei&itio& o a suita'"e !e"" 3.5.0 3.6.0

RP-11 RP-010022 062 *orre!tio& to dis!o&ti&uous re!e#tio& i& T 3.5.0 3.6.0

RP-11 RP-010022 063 1 *orre!tio& o P7 !a"!u"atio& or Pai& RC 3.5.0 3.6.0

RP-11 RP-010200 064 3 +=uia"e&t PM !odes 3.5.0 3.6.0RP-11 RP-010022 065 @i$ =ua"it: !e"" i& PM se"e!tio& 3.5.0 3.6.0

RP-11 RP-010022 066 *"ea&-u# 3.5.0 3.6.0

RP-11 RP-01003 05 1 Su##ort o 1.28M!#s T 3.6.0 4.0.0

062001 RP-12 RP-010305 02 *orre!tio&s to 25.304 4.0.0 4.1.0

RP-12 RP-010435 04 1 +ere&!: !a""s i& 'arred !e""s 4.0.0 4.1.0

RP-12 RP-010305 08 *"arii!atio& to usae o easuree&t t$res$o"ds 4.0.0 4.1.0

02001 RP-13 RP-01053 080 *"arii!atio& to usae o easuree&t t$res$o"ds or @*S 4.1.0 4.2.0

RP-13 RP-01053 082 ei&itio& o stro&est !e"" i& !e"" sear!$ #ro!edures 4.1.0 4.2.0

RP-13 RP-01053 084 1 Mis!e""a&eous !orre!tio&s 4.1.0 4.2.0

RP-13 RP-01053 086 *orre!tio& to !e""s resered or o#erator use 4.1.0 4.2.0

RP-13 RP-01053 088 1 Seri!e t:#e a"so a"id i& !o&&e!ted ode 4.1.0 4.2.0

RP-13 RP-01053 00 *e"" %!!ess Restri!tio&s or eere&!: !a""s 4.1.0 4.2.0

122001 RP-14 RP-01056 02 *"arii!atio& o& RC !:!"e "e&t$ i& !o&&e!ted ode 4.2.0 4.3.0

RP-14 RP-01056 04 *orre!tio& to sear!$ or aai"a'"e PMs 4.2.0 4.3.0

032002 RP-15 RP-020063 06 *orre!tio& to T #ai& essae re!eii& o!!asio& 4.3.0 4.4.0RP-15 RP-020063 08 *"arii!atio& o 7MS7 at Pai& !$a&&e" se"e!tio& a&d RC

!a"!u"atio&4.3.0 4.4.0

RP-15 - - U#rade to Re"ease 5 - &o te!$&i!a" !$a&e 4.4.0 5.0.0

062002 RP-16 RP-020324 101 iitatio&s o *?S re!e#tio& 5.0.0 5.1.0

122002 RP-18 RP-02016 104 @i$est @*S #riorit: 5.1.0 5.2.0

062003 RP-20 RP-03028 10 *orre!tio& to !e"" se"e!tio& #ro!ess to i&!"ude RR* !o&&e!tedode

5.2.0 5.3.0

122003 RP-22 - - U#rade to Re"ease 6 - &o te!$&i!a" !$a&es 5.3.0 6.0.0

032004 RP-23 RP-04004 111 1 @ !riteria J @i$ o'i"it: rese"e!tio& 6.0.0 6.1.0

062004 RP-24 RP-040208 113 1 *orre!tio& to U+ se"e!tio& o resered !e""s 6.1.0 6.2.0

RP-24 RP-040208 116 Modii!atio& o t$e Si&tersear!$ a&d Ssear!$R%T, 'e$aiour 6.1.0 6.2.0

RP-24 RP-040208 114 3 Se"e!tio& o suita'"e !e"" 6.1.0 6.2.0

02004 RP-25 RP-040332 11 @*S easuree&t ru"es J $i$-o'i"it: 6.2.0 6.3.0

122004 RP-26 RP-040526 121 2 *e"" se"e!tio& a&d rese"e!tio& #araeters 6.3.0 6.4.0

RP-26 RP-040506 123 Use o a!!ess !"ass restri!tio&s at 7&ter-R%T !e"" !$a&e 6.3.0 6.4.0RP-26 RP-04044 124 etorH S$ari& a&d u"ti#"e PM ide&tities 6.3.0 6.4.0

RP-26 RP-040488 126 TS 25.304 7&trodu!tio& o M?MS 6.3.0 6.4.0

RP-26 RP-040488 12 %dditio& o M?MS re=ue&!: a:er *o&ere&!e to 25.304 6.3.0 6.4.0

032005 RP-2 RP-050081 125 1 *orre!tio& to Ise"e!ted PMI i& a!!ess stratu 6.4.0 6.5.0

RP-2 RP-05003 12 1 Rese"e!tio& #ro!edure (1235) 6.4.0 6.5.0

RP-2 RP-05003 131 1 RS*P T$res$o"ds 6.4.0 6.5.0

RP-2 RP-05003 132 2 @*S @i$-o'i"it: easuree&t ru"es 6.4.0 6.5.0

RP-2 RP-050112 133 @ !riterio& i& @*S $i$-o'i"it: 6.4.0 6.5.0

RP-2 RP-0500 134 M?MS S!o#e 6.4.0 6.5.0

RP-2 RP-050128 13 1 *orre!tio& to !e" " se"e!tio& a&d rese"e!tio& #araeters to e&a'"ee&$a&!ed !e"" rese"e!tio&

6.4.0 6.5.0

RP-2 RP-05003 13 1 7&tra re=ue&!: easuree&t ru"es or @*S 6.4.0 6.5.0

062005 RP-28 RP-050314 0140 %dditio& o id"e ode !e"" se"e!tio& due to 6.5.0 6.6.0

RP-28 RP-050314 0141 M?MS re=ue&!: a:er *o&ere&!e 6.5.0 6.6.0

RP-28 RP-050314 0142 Reoa" o se&te&!es i& 'ra!Hets i& 25.304 6.5.0 6.6.002005 RP-2 RP-050460 0145 *orre!tio& to !o&ditio& or starti& #e&a"t: tier i& @*S rese"e!tio& 6.6.0 6..0

RP-2 RP-0504 0146 Se"e!ti& t$e !orre!t #riorit: "a:er i& @*S $i$ o'i"it: 6.6.0 6..0

RP-2 RP-0504 014 *orre!tio& to i&ter-re=ue&!: !e" " rese"e!tio& $e& @*S is &ot used 6.6.0 6..0

RP-2 RP-050468 0148 *orre!tio& to !e" " rese"e!tio& $e& @*S is &ot used a&d M?MS Pis i&di!ated

6.6.0 6..0

122005 RP-2 RP-05088 0150 Stru!ture a&d use o TMG7 or M?MS &otii!atio& 6..0 6.8.0

3GPP TS $%&3'( )#&*&' !$''%+,$"3*Release #

25304-680_user equipment (ue) procedures in idle mode and procedures for cell reselection in...

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