Sr No. Ac Acttio ion n It Item
Core Action Plan
1
Paging Strategy (MSC level)
a
Paging type
b
Priority
c
Paging times
d
1st-2nd-3rd Paging
e
1st-2nd-3rd Paging
f
Page duration (1 (1st-2nd-3rd Pa Paging)
2
Implicit Detach Timer
3
LAC-CGI audit between MSC & BSC
2
RNC Parameter Setting
1
Repeat Times of Macc Paging
2
RRC paging type1 response timer
3
HO paging response Timer
Paging DRX Cycle coeficient
4
RAN Action Plan
5
Paging control threshold
6
Paging flow control switch
7
SMS page control threshold
8
Call page control threshold
PICH Power Offset: 9
PCH channel Power Offset: 10
11 12
Periodical location update timer Number of PIs contained in each frame of the PICH Np
Recommendations All paging types All priorities 3 LAC-LAC-LAC(RON) LAC LAC RAN (Top Ten town) TMSI-TMSI-IMSI (6 sec - 5 sec - 5 sec) 130 min for RTL circles (LU T3212 120 min) No discrepancy in BSC-LAC-CI definitions in MSC & BSC database
This parameter defines the times of retransmission of paging messages. If the times of retransmission exceed the value of this parameter, retransmission stops A timer used to wait for the response to paging type 1 in RRC procedure A timer to RNC wait for paging response in forward handover procedure. UTRAN-specific Discontinuous Reception (DRX) cycle length coefficient. In connected mode, the UE uses the shorter one between CN-specific DRX cycle length coefficient and UTRAN-specific DRX cycle length coefficient. In idle mode, the UE can use the DRX mode to recieve paging indications so as to reduce power consumption; in this case, the UE needs to monitor only one paging indication in onepaging occasion during each DR X cycle. A value too small causes the UE to check the paging channel frequently, thus having great power consumption. A value too large makes the response of the UE to the paging slow and the core network repeatedly page the UE, thus increasing the downlink interference.
Packet queue usage threshold for paging flow control. When the average packet usage within several sliding windows reaches or exceeds "Paging restore threshold", linear flow control is started on paging messages. When the average packet usage within several sliding windows reaches or exceeds "Paging control threshold", 100% flow control is started on paging messages. Whether to control paging flow CPU usage threshold for paging flow control over the short message service (SMS). When the average CPU usage within several sliding windows reaches or exceeds "SMS page restore threshold", the linear paging flow control on SMS is started. When the average CPU usage within several sliding windows reaches or exceeds the "SMS page control threshold", the 100% paging flow control on SMS is started success rate of real-time services. When the average CPU usage within several sliding windows reaches or exceeds "Call page restore threshold", the linear paging flow control on real-time services is started. When the average CPU usage within several sliding windows reaches or exceeds "Call page control threshold", the 100% paging flow control on real-time services is started.
Recommended Values
1
Punjab
JK
Ok
Ok
Ok
Ok
Ok
Ok
Implemented to LAC-LAC_LAC in every MSC
Implemented to LAC-LAC_LAC in every MSC
OK
OK
OK
OK
OK ( 130 mins in both MSCs )
OK ( 130 mins in both MSCs )
OK
OK
Ok
6
Ok
Ok
Ok
Ok
Ok
Ok
-7 dB (Difference between the transmit power of PICH and that of PCPICH) -20 dB (Offset of the PCH transmit power from the PCPICH transmit power in a cell)
10 (1Hr) 36
Ok Ok
Ok Ok
Parameter
CN domain specific DRX cycle length coefficient
PS Domain DRX Cycle Length Coefficient
DRX Cycle Length Coefficient
Number of PI per frame; PICH Mode
UTRAN DRX cycle length coefficient
PagingLocaBarSwh
PagingSendTimes
Parameter Description
Instance
This parameter indicates the CS domain DRX cycle length coefficient. This parameter is used for the discontinuous reception of UE in the idle mode and Cell_PCH / URA_PCH mode. This parameter is used to calculate the paging occasion, that is, a constant required in monitoring the PICH cycle. The discontinuous reception cycle is 2^k frames. In the idle mode, if UE has attached in CS domain and PS domain, then k is the minimum value in CS domain DRX cycle length coefficient, PS domain DRX cycle length coefficient. If UE has attached only in one domain(CS domain or PS domain), then k is attached domain DRX cycle length coefficient. n t e connect on mo e, s t e m n mum va ue n oman cyc e engt coefficient, PS domain DRX cycle length coefficient, and UTRAN DRX cycle length coefficient.
RNC
This parameter indicates the PS domain DRX cycle length coefficient. This parameter is used for the discontinuous reception of UE in the idle mode and Cell_PCH / URA_PCH mode. This parameter is used to calculate the paging occasion, that is, a constant required in monitoring the PICH cycle. The discontinuous reception cycle is 2^k frames. In the idle mode, if UE has attached in CS domain and PS domain, then k is the minimum value in CS domain DRX cycle length coefficient, PS domain DRX cycle length coefficient. If UE has attached only in one domain(CS domain or PS domain), then k is attached domain DRX cycle length coefficient. n t e connect on mo e, s t e m n mum va ue n oman cyc e engt coefficient, PS domain DRX cycle length coefficient, and UTRAN DRX cycle length coefficient. RNC s parame er s use or e scon nuous recep on o n e connec on mode. This parameter is used to calculate the paging occasion, that is, a constant required in monitoring the PICH cycle. The discontinuous reception cycle is 2k frames. In the connection mode, k is the minimum value in CS domain DRX cycle length coefficient, PS domain DRX cycle length coefficient, and UTRAN DRX cycle External length coefficient. UTRAN Cell This parameter indicates the number of the PI (Paging Indicator) that one PICH radio frame contains. UTRAN Cell s parameter s use or t e scont nuous recept on o n t e connect on mode. This parameter is used to calculate the paging occasion, that is, a constant required in monitoring the PICH cycle. The discontinuous reception cycle is 2^k frames. In the connection mode, k is the minimum value in CS domain DRX cycle length coefficient, PS domain DRX cycle length coefficient, and UTRAN DRX cycle length coefficient. RNC This parameter indicates whether Paging and Location/Registration Restriction is opened or closed when the DSAR (Domain Specific Access Restriction) of the PLMN is opened. If the switch is opened, this cell restricts some UEs from responding to paging message and initiating the Location/Registration in the CS/PS domain when the PLMN has opened the CS/PS dom ain DSAR.
UTRAN Cell
This parameter indicates the maximum times for a paging message to be sent.
UTRAN Cell
Default Value
OMC Access
6
View->Configuration Management->RNC NE->RNC Radio Resource Management->Advanced Parameter Manage ->CN System Infomation >CS Domain DRX Cycle Length Coefficient
6
View->Configuration Management->RNC NE->RNC Radio Resource Management->Advanced Parameter Manage -> CN System Infomation ->PS Domain DRX Cycle Length Coefficient
6
18
6
View->Configuration Management->RNC NE->RNC Radio Resource Management->External Utran Cell-> External Utr an CellX->Advanced Parameter Manager->External UTRAN Cell->UTRAN DRX Cycle Length Coefficient ew-> on gurat on anagement-> -> a o esource Management->UtranCell->Advanced Parameter Manage ->PICH >Number of Paging Indicators per PICH Frame
View->Configuration Management->RNC NE->RNC Radio Resource Management->Advanced Parameter Manage ->RNC Radio Resource Management ->UTRAN DRX Cycle Length Coefficient
0: Allow UEs to Respond to View->Configuration Management->RNC NE->RNC Radio Resource Paging Message and Initiate Management->UTRAN Cell ->-UTRAN Cell Global Infomation > Switch the Location/Registration of Paging and Location/Registration Restriction ew-> on gurat on anagement-> -> a o esource Management->UtranCell->Advanced Parameter Manage ->UtranCell 3 >Sending Times of Paging Message
ASSAM WB KOL
6
6
6
6
6
6
6
6
6
0
0
18
6
6
6
0
0
0
3
3
3
