copy of rrc states

8/18/2019 Copy of RRC States

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Abbreviated Parameter Parameter Name Mobinil Value

UL_DLcapacityReqWait

SignallingLin!nactivity"imer ing lin inactivit #

$ellD$%te&t"mr '

UL_DL_activation_timer (&

MSActivitySupervi&ion () min

!nactivity"imerUplinD$%* +&

"e&t timer ,orinactivity

&upervi&ion in$ell_D$% &tate


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!nactivity"imerUplinD$%-. +&

!nactivity"imerUplinD$%/( +&

!nactivity"imerUplinD$%.# /S

!nactivity"imerUplinD$%-(* (S

!nactivity"imerUplinD$%(+. (S

!nactivity"imerUplinD$%/(' (S

!nactivity"imerUplinD$%/*# (S

!nactivity"imerDo0nlinD$%* +S


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!nactivity"imerDo0nlinD$%-. +S

!nactivity"imerDo0nlinD$%/( +S

!nactivity"imerDo0nlinD$%.# /&

!nactivity"imerDo0nlinD$%-(* (&

!nactivity"imerDo0nlinD$%(+. er ,or do0nlin ( (&

!nactivity"imerDo0nlinD$%/(' (&

!nactivity"imerDo0nlinD$%/*# (&

Sign$onnActivitySupervi&ion

MA$d1o0util"imeto"rigger '&


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MA$d1o0t2roug2putave0in /&

"ra,Vol"2re&2oldULLo0 -(*3

"ra,Vol"2re&2oldDLLo0 -(*3

MA$d1o0utilRel"2r

4D$%MA$d5lo0"2roug2putRel"2r

4D$%MA$d5lo0"2roug2put"imeto"rigger


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D$%UtilRel"2rUL

D$%UtilRel"2rDL

D$%UtilRel"ime"o"rigger

46tendedULDLactivation"mr

"ra,Vol"2re&2oldDL%ig2


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"ra,Vol"2re&2oldUL%ig2


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De,ault value

+

(

' 7not u&ed

(

()

+


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9/30

+

+

/

(

(

(

(

'


10/30


11/30

(+. bp&

(+. bp&

('' m&

'&

-83


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-83


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De&cription

The timer is set after a DCH for a signalling link isallocated in the RRC connection setup phase and aU-plane RB has been setup in the MS.

The timer stops hen an! D"#U" acti$it! is detected%i.e. capacit! re&uest recei$ed from the MS or M'Centit! of the R(C) and a DCH for the U-plane RB%s)is allocated. *f the MS is in C+"",'CH state astate transition to C+"",DCH is initiated.The timer is also used in the folloing signallingcases/- hen the MS is in C+"",DCH state and a R'Bassignment re&uest is recei$ed from the 0S C(- after the MS has detected a radio link failure inC+"",DCH state has been transferred toC+"",'CH state and sent a cell update to theR(C and

- hen the MS is in C+"",'CH state and a R'Bassignment re&uest is recei$ed from the 0S C(.*n the e1pir! of the timer %no capacit! re&uest idrecei$ed from the MS or M'C-d entit! of the R(C)the state transition from C+"",DCH toC+"",'CH is initiated hen also the Signalling"ink*nacti$it!Timer has e1pired %and no RT RB%s)nor another acti$e (RT RB%s) e1ists at the moment). *f the MS is in C+"",'CH state the state transition to C+"",0CH isthe M'Ccentit!.

The timer is used for inacti$it! detection of the signalling link in C+"",DCH state. The timer is set after inacti$it! of the sign*n e1pir! of the timer a state transition from C+"",DCH to C+"",'CH state is initiated hen also the corresponding RB i

2hen an! other $alue than 3ero is set to the CellDCHtestTmr this $alue is used instead of the RB#DCH specific inacti$it! ti*nacti$it!TimerDonlinkDCH. The timer CellDCHtestTmr defines the ma1imum time an inacti$e MS is alloed to remain insitched to the C+"",'CH state if the parameter ToCell- 'CHinTest is e&ual to 45es4 and the procedures in the C+"",to 4(o4 an *u release procedure is initiated and the MS is sitched to the idle mode. (ote6 This parameter is onl! used for ttransfer reco$er! function.

This timer is used on M'C -c to detect idle periods on data transmission %(RT RBs and SRBs) for the U+ hich is in Cell,(o,Data indication to the RRC hich further can change the state of the RRC from Cell,'CH state to the Cell,0CH stat

"2e MSActivitySupervi&ion timer i& u&ed in t2e RR$ &tate& $4LL_P$% and URA_P$% ,or &upervi&ing "2e timer &tart& 02en a &tate tran&ition to eit2er &tate i& e6ecuted; "2e MSActivitySupervi&ion timdetected and t2e MS i& moved to t2e $4LL_5A$% or $4LL_D$% &tate;

"2e timer re&tart& 9,rom t2e initial value: 02en t2e inactivity o, t2e NR" RA39&: i& detected and t2&tate again; !n t2e e6piry o, t2e MSActivitySupervi&ion timer< 02en t2e =r&t >inactive &tate indicaticau&e t2e 9re:initiation o, t2e &ignalling or data 1o0: i& received ,rom t2e MS< t2e RN$ a&& S@SNNote !, t2e parameter value i& &et to Bero< t2e &tate tran&ition to $4LL_P$%?URA_P$% i& not allo0e&tate< t2e MS i& &0itc2ed to t2e idle mode;

"2e time indicating 2o0 long t2e radio and tran&mi&&ionre&ource& are re&erved a,ter &ilence detectionon uplin D$% be,ore relea&e procedure&;

"imer i& de=ned &eparately ,or eac2 bit rate;Parameter value (++ 9in=nity: mean& t2at NR"D$% inactivity &upervi&ion i& not u&ed;


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"2e time indicating 2o0 long t2e radio and tran&mi&&ion

re&ource& are re&erved a,ter &ilence detectionon uplin D$% be,ore relea&e procedure&;






"2e time indicating 2o0 long t2e radio and tran&mi&&ionre&ource& are re&erved a,ter &ilence detectionon do0nlin D$% be,ore relea&e procedure&;



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This parameter defines the lo utilisation time to trigger the timer of the throughput measurement of the M'C-d flo









"2e time indicating 2o0 long t2e radio and tran&mi&&ion

re&ource& are re&erved a,ter &ilence detectionon do0nlin D$% be,ore relea&e procedure&;







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"2i& parameter de=ne& t2e &iBe o, t2e &liding averaging0indo0 ,or t2e t2roug2put mea&urement o, t2e 4CD$% MA$Cd 1o0; "2e t2roug2put mea&urementmea&ure& t2e number o, bit& tran&mitted byt2e 4CD$% MA$Cd 1o0 during t2e &liding mea&urement0indo0; "2e value ' o, t2e parameter mean&t2at t2e 4CD$% MA$Cd 1o0 t2roug2put mea&urementi& not per,ormed;

"2i& parameter de=ne&< in bytes, t2e t2re&2old o, data in t2e RL$ buer& o, SR3'< SR3-< SR3(<SR3/< SR3# and all NR" R3& t2at trigger& t2e uplink traEc volume mea&urement report< 02en t2U4 i& in $ell_5A$% &tate; Ft2er0i&e< U4 &end& data on RA$%;

"2i& parameter i& &ent to t2e U4 u&ing an RR$G M4ASUR4M4N" $FN"RFL me&&age;

"2i& parameter de=ne&< in byte&< t2e t2re&2old o, data in t2e RL$ buer& o, SR3/< SR3# and all NR3& t2at trigger& t2e do0nlin traEc volume mea&urementreport 9capacity reque&t: on MA$< 02en U4 i& in $ell_5A$% &tate; Ft2er0i&e< RN$ &end& data on 5A

"2i& parameter de=ne& t2e lo0 utili&ation t2re&2oldo, t2e t2roug2put mea&urement o, t2e MA$Cd 1o0;

"2e t2re&2old i& de=ned a& a number o, bit& per&econd; "2e t2roug2put mea&urement mea&ure&t2e number o, bit& tran&mitted by MA$Cd during t2e&liding mea&urement 0indo0;

"2i& parameter de=ne& t2e lo0 t2roug2put t2re&2old,or t2e t2roug2put mea&urement o, t2e 4CD$%MA$Cd 1o0; "2e t2re&2old i& de=ned a& a number

o, bit& per &econd; "2e t2roug2put mea&urementmea&ure& t2e number o, bit& tran&mitted by t2e 4D$%MA$Cd 1o0 during t2e &liding mea&urement0indo0; "2e &liding mea&urement 0indo0 i&de=ned 0it2 t2e 4D$%MA$d5lo0"2roug2putAveWinparameter; !, t2e re&ult o, t2e t2roug2putmea&urement i& le&& t2an or equal to t2et2re&2old< t2e 4D$%MA$d5lo0"2roug2put"imeto"riggeror 4D$%MA$d5lo0"2roug2putStr"imeto"riggertimer i& &tarted;

"2i& parameter de=ne& t2e lo0 t2roug2put time tot2e trigger timer ,or t2e t2roug2put mea&urement o, t2e 4CD$% NR" MA$Cd 1o0; !, t2e re&ult o, t2et2roug2put mea&urement i& lo0er t2an or equal tot2e 4D$%MA$d5lo0"2roug2putRel"2r< t2e4D$%MA$d5lo0"2roug2put"imeto"rigger i&&tarted; !, t2e re&ult o, t2e t2roug2put mea&urementi& 2ig2er t2an t2e 4D$%MA$d5lo0"2oug2putRel"2r<t2e 4D$%MA$d5lo0"2roug2put"imeto"riggeri& &topped and re&et; !, t2e timer e6pire&<t2e 4CD$% NR" MA$Cd 1o0 i& relea&ed< a&&uming

t2at al&o t2e corre&ponding %SCDS$% NR" MA$Cd1o0 i& allo0ed to be relea&ed;


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"2i& parameter de=ne& t2e relea&e t2re&2old ,ort2e relea&e t2roug2put mea&urement o, t2e NR"D$% in t2e uplin; "2e t2re&2old i& de=ned a& anumber o, bit& per &econd; "2e relea&e t2roug2putmea&urement mea&ure& t2e number o, all correctlyreceived bit& during t2e &liding mea&urement

0indo0;

"2i& parameter de=ne& t2e relea&e t2re&2old ,ort2e relea&e t2roug2put mea&urement o, t2e NR"D$% in do0nlin direction;

"2e t2re&2old i& de=ned a& a number o, bit& per&econd; "2e relea&e t2roug2put mea&urementmea&ure& t2e number o, all tran&mitted bit& duringt2e &liding mea&urement 0indo0;

"2i& parameter de=ne& t2e period o, t2e time

bet0een timing o, t2e relea&e t2roug2put goe&belo0 t2e relea&e bit rate t2re&2old and t2e timingo, &ending lo0er do0ngrade reque&t;

"2i& parameter de=ne& an e6tended $ell_5A$%&tate inactivity &upervi&ion time u&ed by t2e RN$in&tead o, t2e normal UL_DL_Activation_"imer; !, &et to a value greater t2an Bero< t2i& value i& u&ed,or all U4& not &upporting t2e $ell?URA_P$% &tate;

"2i& parameter de=ne& t2e t2re&2old o, data in t2eRL$ buer o, R3 in byte& 02ic2 trigger& do0nlintraEc volume mea&urement report 9capacityreque&t: on MA$< 02en t2e U4 i& in a $ell_D$%&tate and bit rate 2ig2er t2an -. bp& i& allocated,or t2e radio bearer;NoteG !, 1e6ible upgrade o, NR" D$% data rate i&activated by t2e 5le6UpgrU&age parameter< t2et2re&2old o, data in RL$ buer o, R3 in byte& i&de=ned by t2e "ra,Vol"2re&2oldDL%ig23itRateparameter in&tead o, t2i& parameter i, t2e allocatedD$% bit rate i& belo0 t2e ma6imum bit rate o, t2eradio bearer;

"2e 2ig2 t2re&2old o, t2e -. and * bp& D$% i&=6edGC +-( byte& ,or t2e R3 02o&e NR" D$% bit rate i& *bp&;C +-( byte& ,or t2e R3 02o&e NR" D$% bit rate i&-. bp&;


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"2e parameter de=ne& t2e t2re&2old o, data in RL$buer o, R3 in byte&; "2i& t2re&2old trigger& t2euplin traEc volume mea&urement report 02en t2eU4 i& in a $ell_D$% &tate and bit rate 2ig2er t2an-. bp& i& allocated ,or t2e radio bearer;

"2e parameter i& &ent to t2e U4 u&ing t2e RR$GM4ASUR4M4N" $FN"RFL me&&age;NoteG !, 1e6ible upgrade o, NR" D$% data rate i&activated by t2e 5le6UpgrU&age parameter< t2et2re&2old o, data in RL$ buer o, R3 in byte& i&de=ned by t2e "ra,Vol"2re&2oldUL%ig23itRateparameter in&tead o, t2i& parameter i, t2e allocatedD$% bit rate i& belo0 t2e ma6imum bit rate o, t2eradio bearer;

"2e 2ig2 t2re&2old o, t2e -. and * bp& D$% i&

=6edGC +-( byte& ,or t2e R3 02o&e NR" D$% bit rate i& *bp&;C +-( byte& ,or t2e R3 02o&e NR" D$% bit rate i&-. bp&;


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Range Frange value $ritical level

' to ('


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Note

,rom $4LL_D4$% to $4LL_5A$%

5rom $4LL_5A$% to cell P$%

,rom $ell_5A$% to cell_D$% in ca&e o, timer not e6piredH i,e6pired t2e &tate o, cell_5A$% 0ill activated

I,rom $ell_P$% to cell_!dleImu&t be le&& t2at t/'+


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t2e &ame lie abouve but ,or DL data

c2anged on --C-C('-. to Puc2 t2e data traEc ,rom 5A$% toD$% 9old value -'(#?ne0 value +-( byte:


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copy of rrc states

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