NetEng Feature Deep Dive Info RANxxxx <Feature Name>Parameter Audit
* © Nokia Siemens Networks 2011
Introduction
1. Introduction
Scope
Presentation of main RAN2178 MIMO 28 Mbps parameters from gained NSN projects data.
* © Nokia Siemens Networks 2011
1. Introduction. Template of distribution 1/2
Number of repetitions in available data through regions
Weight of available data on distribution per region
Repetition is any unit, defined for parameter,- WCEL, WBTS, RNC, neighbor relation.
The picture shows impact of available data on regions on parameter distribution.
Different colors are used for different regions.
 
 
1. Introduction. Template of distribution 2/2
Distribution of parameter values overall.
Distribution of parameter values inside different regions
 
 
* © Nokia Siemens Networks 2011
2. Analyzed Parameters List
* © Nokia Siemens Networks 2011
2. Analyzed Parameters List
3. Parameters description and distribution
* © Nokia Siemens Networks 2011
AdjiPriorityMIMOCAHO
HOPI_ADJI_NRT
Back
The parameter controls the measurement order to be followed when there is more than one frequency to be measured in case of MIMO Capability Based Handover.
* © Nokia Siemens Networks 2011
AdjiPriorityMIMOCAHO
HOPI_ADJI_NRT
Back
The inter-frequency measurement procedure will measure one frequency at a time. If there is more than one carrier frequency to be measured, the RNC selects a subset of inter-frequency neighbor cells (having the same UTRA RF channel number) that are measured first.
* © Nokia Siemens Networks 2011
AdjiPriorityMIMOCAHO
HOPI_ADJI_NRT
Back
AdjiPriorityMIMOCAHO
HOPI_ADJI_RT
Back
AdjiPriorityMIMOCAHO
HOPI_ADJI_RT
Back
AdjiPriorityMIMOCAHO
HOPI_ADJI_RT
Back
HSDPAMobility
RNC
Back
HSDPAMobility
RNC
Back
HSDPAMobility
RNC
Back
HSDPADynamicResourceAllocation
RNC_PS_OPT
Back
HSDPADynamicResourceAllocation
RNC_PS_OPT
Back
HSDPADynamicResourceAllocation
RNC_PS_OPT
Back
FRLCEnabled
RNC_AC
Back
FRLCEnabled
RNC_AC
Back
FRLCEnabled
RNC_AC
Back
MaxBitRateNRTMACDFlow
RNC_AC
Back
MaxBitRateNRTMACDFlow
RNC_AC
Back
MaxBitRateNRTMACDFlow
RNC_AC
Back
DCellVsMIMOPreference
RNC_PS_OPT
Back
DCellVsMIMOPreference
RNC_PS_OPT
Back
DCellVsMIMOPreference
RNC_PS_OPT
Back
HSDPAenabled
WCEL_AC
Back
HSDPAenabled
WCEL_AC
Back
HSDPAenabled
WCEL_AC
Back
PtxMaxHSDPA
WCEL_AC
Back
PtxMaxHSDPA
WCEL_AC
Back
PtxMaxHSDPA
WCEL_AC
Back
HSUPAEnabled
WCEL_PS
Back
HSUPAEnabled
WCEL_PS
Back
HSUPAEnabled
WCEL_PS
Back
NBAPCommMode
WBTS
Back
NBAPCommMode
WBTS
Back
NBAPCommMode
WBTS
Back
HSDPA14MbpsPerUser
WBTS
Back
HSDPA14MbpsPerUser
WBTS
Back
HSDPA14MbpsPerUser
WBTS
Back
HSUPA2MSTTIEnabled
WCEL_AC
Back
HSUPA2MSTTIEnabled
WCEL_AC
Back
HSUPA2MSTTIEnabled
WCEL_AC
Back
MIMOEnabled
WCEL_AC
Back
MIMOEnabled
WCEL_AC
Back
MIMOEnabled
WCEL_AC
Back
PtxPrimaryCPICH
WCEL_1
Back
PtxPrimaryCPICH
WCEL_1
Back
PtxPrimaryCPICH
WCEL_1
Back
HSCapabilityHOPeriod
WCEL_HCPC
Back
This parameter defines the time (in seconds) when the periodical HSPA Capability Based Handover procedure is started. Periodical triggering of the HSPA Capability Based Handover is not active in this cell if the parameter has the value 0.
* © Nokia Siemens Networks 2011
HSCapabilityHOPeriod
WCEL_HCPC
Back
HSCapabilityHOPeriod
WCEL_HCPC
Back
HSCapabilityHONumbUE
WCEL_HCPC
Back
This parameter defines how many UEs are selected in each period to an HSPA capability based handover procedure. The required number of UEs cannot necessarily be selected if suitable candidates are not available.
* © Nokia Siemens Networks 2011
HSCapabilityHONumbUE
WCEL_HCPC
Back
The number of UEs in a compressed mode due to service and load, or HSPA CTapability Based HO reason, is limited with the RNP parameter MaxNumberUECmSLHO.
* © Nokia Siemens Networks 2011
HSCapabilityHONumbUE
WCEL_HCPC
Back
MIMOHSDPACapaHO
WCEL_HCPC
Back
MIMOHSDPACapaHO
WCEL_HCPC
Back
MIMOHSDPACapaHO
WCEL_HCPC
Back