【資料名稱】：NOKIA網(wǎng)絡(luò)優(yōu)化參數(shù)表

【資料作者】：xx

【資料日期】：2011

【資料語言】：中文

【資料格式】：DOC

【資料目錄和簡介】：

The parameter defines the maximum power level that anMS may use in the serving cell.Check adjacent cell parameters.msTxPwrMax(5…43 step 2)*GSM*dBmPMAX
The parameter defines the maximum power level that anMS may use in the serving cell.Check adjacent cell parameters.msTxPwrMax(0…36 step 2)*DCS*dBmPMAX
The parameter defines the maximum power level that anMS may use in the serving cell.Check adjacent cell parameters.msTxPwrMax(0…32 step 2)*DCS19*dBmPMAX
The parameter defines the minimum power level that an MS may use in the serving cell.minMSTxPower(5…43 step 2)*GSM*dBmPMIN
The parameter defines the minimum power level that an MS may use in the serving cell.minMSTxPower(0…36 step 2)*DCS*dBmPMIN
The parameter defines the minimum power level that an MS may use in the serving cell.minMSTxPower(33,0…32 step 2)*DCS19*dBmPMIN
"The number of multiframes between a paging request message to mobiles in the same paging subgroup.
All paging groups number now is 25 blocks.Note those MFR effects the power consumption of MS.The smaller value of MFR means higher power consumption for a mobile and therefore the battery lifetime decreases. Nokia recommends using a value of 5 for MFR
"noOfMultiframesBetweenPaging(2…9)MFR
The number of Access Grant blocks reserved from the CCCH during a multiframe."noOfBlocksForAccessGrant0..7(if combined BCCH not used)
1..7(if CBCH used at SDCCH/8)
0..2(if combined BCCH used)
"AG
The parameter defines the number of SACCH multiframes over which the averaging of interference level in the unallocated timeslots is done.interferenceAveragingProcess(1…32)SACCHAP
The parameter gives a recommendation about the minimum acceptable C/N ratio when selecting a timeslot to be allocated for a call or handover.MAX_INTF_LEV=RXLEV_UL+(MSTXPWRMAX-MSTXPWR)-CNTHRESHOLDcnThreshold(0(disable)…63)dBCNT
The parameter defines boundary limits of five interference bands for the unallocated timeslots. The MML program sets boundary 0 and 5 values automatically.bsc compare max acceptable interference band level with 5 interference bands.boundary0(-110)dBmBO0
The parameter defines boundary limits of five interference bands for the unallocated timeslots. The MML program sets boundary 0 and 5 values automatically.boundary1(-47..-110)dBmBO1
The parameter defines boundary limits of five interference bands for the unallocated timeslots. The MML program sets boundary 0 and 5 values automatically.boundary2(-47..-110)dBmBO2
The parameter defines boundary limits of five interference bands for the unallocated timeslots. The MML program sets boundary 0 and 5 values automatically.boundary3(-47..-110)dBmBO3
The parameter defines boundary limits of five interference bands for the unallocated timeslots. The MML program sets boundary 0 and 5 values automatically.boundary4(-47..-110)dBmBO4
The parameter defines boundary limits of five interference bands for the unallocated timeslots. The MML program sets boundary 0 and 5 values automatically.boundary5(-47)dBmBO5
"The parameter controls the priority setting between the BCCH transceiver and other TRXs in traffic channel allocation.0 No prioritization is determined between TRXs
1 Traffic channel is allocated primarilyfrom the
BCCH TRX
2 Traffic channel is allocated primarilybeyond
the BCCH TRX
"trxPriorityInTCHAlloc(0…2)TRP