BSC3119 Nokia BSC/TCSM, Rel. S12, Product Documentation, v.1
EE - Base Station Controller Parameter Handling in BSC
DN9813184 Issue 19-1 en
# Nokia Corporation
1 (138)
EE - Base Station Controller Parameter Handling in BSC
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2 (138)
# Nokia Corporation
DN9813184 Issue 19-1 en
Contents
Contents Contents 3 List of tables 5 List of figures 6 Summary of changes 7 EE - BASE STATION CONTROLLER PARAMETER HANDLING IN BSC 13 EEM MODIFY GENERAL BASE STATION CONTROLLER PARAMETERS 15 EEN MODIFY RADIO NETWORK SUPERVISION PARAMETERS 35 EEQ MODIFY MISCELLANEOUS PARAMETERS 45 EEV MODIFY QUALITY OF SERVICE PARAMETERS
65 EEH MODIFY DFCA PARAMETERS Command has been removed The following new parameters have been added: streaming traffic class scheduling weight for ARP 1,streaming traffic class scheduling weight for ARP 2,streaming traffic class scheduling weight for ARP 3,interactive 1 traffic class scheduling weight for ARP 1,interactive 1 traffic class scheduling weight for ARP 2,interactive 1 traffic class scheduling weight for ARP 3,interactive 2 traffic class scheduling weight for ARP 1,interactive 2 traffic class scheduling weight for ARP 2,interactive 2 traffic class scheduling weight for ARP 3,interactive 3 traffic class scheduling weight for ARP 1,interactive 3 traffic class scheduling weight for ARP 2,interactive 3 traffic class scheduling weight for ARP 3,background traffic class scheduling weight for ARP 1,background traffic class scheduling weight for ARP 2,background traffic class scheduling weight for ARP 3,interactive 1 traffic class PFC NRT nominal bitrate for ARP 1 ,interactive 1 traffic class PFC NRT nominal bitrate for ARP 2 ,interactive 1 traffic class PFC NRT nominal bitrate for ARP 3 ,interactive 2 traffic class PFC NRT nominal bitrate for ARP 1 ,interactive 2 traffic class PFC NRT nominal bitrate for ARP 2 ,interactive 2 traffic class PFC NRT nominal bitrate for ARP 3 ,interactive 3 traffic class PFC NRT nominal bitrate for ARP 1 ,interactive 3 traffic class PFC NRT nominal bitrate for ARP 2 ,interactive 3 traffic class PFC NRT nominal bitrate for ARP 3 ,background traffic class PFC NRT nominal bitrate for ARP 1 ,background traffic class PFC NRT nominal bitrate for ARP 2 ,background traffic class PFC NRT nominal bitrate for ARP 3 ,best effort ARP 1 PFC predefined nominal bitrate ,best effort ARP 2 PFC predefined nominal bitrate ,best effort ARP 3 PFC predefined nominal bitrate ,signalling PFC predefined nominal bitrate ,SMS PFC predefined ,streaming traffic class scheduling theta for ARP 1 ,streaming traffic class scheduling theta for ARP 2 ,streaming traffic class scheduling theta for ARP 3 , interactive 1 traffic class scheduling theta for ARP 1 ,interactive 1 traffic class scheduling theta for ARP 2 ,interactive 1 traffic class scheduling theta for ARP 3 ,interactive 2 traffic class scheduling theta for ARP 1 ,interactive 2 traffic class scheduling theta for ARP 2 ,interactive 2 traffic class scheduling theta for ARP 3 ,interactive 3 traffic class scheduling theta for ARP 1 , interactive 3 traffic class scheduling theta for ARP 2 ,interactive 3 traffic class scheduling theta for ARP 3 ,background traffic class scheduling theta for ARP 1 ,background traffic class scheduling theta for ARP 2 ,background traffic class scheduling theta for ARP 3 ,QC reallocation action trigger threshold,QC NCCR action trigger threshold,QC QoS renegotiation action trigger threshold, QC drop action trigger threshold,PFC predefined traffic class for best effort ARP 1 ,PFC predefined traffic class for best effort ARP 2 ,PFC predefined traffic class for best effort ARP 3 , PFC predefined traffic class for signaling ,PFC predefined traffic class for SMS ,PFC unack BLER limit for SDU error ratio 1,PFC unack BLER limit for SDU error ratio 2,PFC unack BLER limit for SDU error ratio 3,PFC unack BLER limit for SDU error ratio 4, PFC unack BLER limit for SDU error ratio 5,PFC unack BLER limit for SDU error ratio 6,PFC ack BLER limit for transfer delay 1,PFC ack BLER limit for transfer delay 2, PFC ack BLER limit for transfer delay 3,PFC ack BLER limit for transfer delay 4 and PFC ack BLER limit for transfer delay 5. T: ..... MODIFY PRIORITY LEVEL TO SUBSCRIBER TYPE RELATION H: ..... MODIFY DFCA PARAMETERS J: ..... MODIFY GPRS PARAMETERS R: ..... PREPARE DATABASE FOR DOWNLOADING OF BACKGROUND DATA G: ..... CONTROL ACTIVATION OF BACKGROUND DATA E: ..... CONTROL ACTIVATION OF RNW PLAN K: ..... OUTPUT RNW PLAN DATA ACTIVATION STATES O: ..... OUTPUT BASE STATION CONTROLLER PARAMETERS I: ..... OUTPUT RADIO NETWORK CONFIGURATION L: ..... OUTPUT TRX RADIO TIME SLOTS P: ..... OUTPUT BACKGROUND DATA ACTIVATION STATES C: ..... CREATE LAC TO SPC MAPPING INFO D: ..... DELETE LAC TO SPC MAPPING INFO F: ..... MODIFY LAC TO SPC MAPPING INFO S: ..... OUTPUT LAC TO SPC MAPPING INFO Z; ..... RETURN TO MAIN LEVEL MODIFY PRIORITY LEVEL TO SUBSCRIBER TYPE RELATION MODIFY DFCA PARAMETERS MODIFY GPRS PARAMETERS PREPARE DATABASE FOR DOWNLOADING OF BACKGROUND DATA CONTROL ACTIVATION OF BACKGROUND DATA CONTROL ACTIVATION OF RNW PLAN OUTPUT RNW PLAN DATA ACTIVATION STATES OUTPUT BASE STATION CONTROLLER PARAMETERS OUTPUT RADIO NETWORK CONFIGURATION OUTPUT TRX RADIO TIME SLOTS OUTPUT BACKGROUND DATA ACTIVATION STATES CREATE LAC TO SPC MAPPING INFO DELETE LAC TO SPC MAPPING INFO MODIFY LAC TO SPC MAPPING INFO OUTPUT LAC TO SPC MAPPING INFO , enable emergency call on FACCH, enable answer to paging call on FACCH , enable ordinary calls on FACCH , enable call re-establishment on FACCH , TCH in handover , lower limit for FR TCH resources , upper limit for FR TCH resources , BSC call number , AMH upper load threshold , AMH lower load threshold , AMH max load of target cell , AMR configuration in handovers , initial AMR channel rate , slow AMR LA enabled , AMR set grades enabled , free TSL for CS downgrade , free TSL for CS upgrade , TRHO guard time, HO preference order interference DL, HO preference order interference UL, load rate for channel search, triggering threshold for service area penalty , penalty trigger measurement period , service area penalty time , CS TCH allocate RTSL0 , CS TCH allocation calculation , NACC enabled : NCCR control mode , NCCR idle mode reporting period , NCCR transfer mode reporting period , NCCR return to old cell time , NCCR target cell penalty time , NCCR neighbor cell penalty , WCDMA FDD NCCR enabled , WCDMA FDD NCCR preferred ; | GMAC = | GMIC = | DMAC = | DMIC = | DISB = <MS distance behaviour> | TIM = | | EOF = <enable ordinary calls on FACCH> | ERF = <enable call re-establishment on FACCH> | HRI = | HRL = | HRU = | BCN = | AUT = | ALT = | AML = | ACH = | IAC = | SAL = <slow AMR LA enabled> | ASG = | CSD = | CSU = | TGT = | HDL = | HUL = | CLR = | TTSAP = | PTMP = | SAPT = <service area penalty time> | CTR = | CTC = | NACC = : NCM = | NIRP = | NTRP = | NOCT = | NTPT = | NNCP = | WFNE = <WCDMA FDD NCCR enabled> | WFNP = <WCDMA FDD NCCR preferred> ) ... ; TIM = decimal number With this parameter you define the maximum time period during which handover is attempted in TRXs if a mains power failure is detected in the BTS and the spare power supply is being taken into use. After the defined period has elapsed, remaining calls are force-released. This is done in order to make the battery last longer during power cuts. The values range from 1 to 500 seconds. With this parameter you enable or disable an answer to the paging call setup on FACCH. The FACCH call setup is only possible when SDCCH congestion occurs. The values are: With this parameter you enable or disable the ordinary call setup on FACCH. The FACCH call setup is only possible when SDCCH congestion occurs. The values are: Parameter With this parameter you enable or disable the call re-establishment setup on FACCH. The call re-establishment setup on FACCH is possible only in those cells in which the call re-establishment (BTS level parameter RE) is allowed. The FACCH call setup is only possible when SDCCH congestion occurs. The values are: Parameter HRI = decimal number With this parameter you define the traffic channel allocation during BSS internal or external handovers. The parameter controls the target cell selection and the TCH channel rate and speech codec determination in traffic channel allocation. The values are: Parameter HRL = decimal number With this parameter you define the lower limit for the percentage of free full rate resources. Full rate TCHs are allocated until the number of free full rate resources is reduced below the value of the parameter. The half rate resources are then allocated. The parameter controls the TCH channel rate determination on the BSC level according to the cell load in traffic channel allocation. The values range from 0 to 100 %. Parameters HRL and HRU can have the same values and effects as the BTS object parameters FRL and FRU. When the BTS level parameters FRL and FRU have reasonable values (FRL is equal to or smaller than FRU), the BSC level parameters are not significant in TCH allocation. Otherwise the control of the BSC object parameters will be followed. The cell load control will be applied only if the preferred TCH channel rate is given by MSC. During optional Half Rate, the parameter controls the TCH channel rate determination on BSC level according to the cell load in traffic channel allocation. Full rate TCHs are allocated until the number of free full rate resources is reduced below the value of the parameter. After that half rate resources are allocated. During optional Adaptive Multi Rate (AMR) Speech Codec the parameter controls the packing of FR AMR calls to HR calls on BSC level according to the cell load. Packing is done via an intra-cell handover. Packing is active when the number of free full rate resources is reduced below the value of the parameter and is actually triggered by a new channel allocation for BSC. The principle in packing is that the number of free full rate resources increases by one compared to the situation before the new channel allocation. BCN = decimal number With this parameter you define the BSC ISDN call number. The values range from 0000 to 999999999999999 (from four to 15 digits). AUT = decimal number With this advanced multilayer handling parameter you define the upper threshold for the load of the base station. The parameter is used to trigger BSC-controlled traffic reason handovers. The values range from 0 to 100 %. ALT = decimal number With this parameter you define the lower threshold for the load of the base station. The parameter is used to trigger advanced multilayer handling functionality with IUO and/or Dual Band/microcell SW products. The values range from 0 to 100 %. AML = decimal number With this advanced multilayer handling parameter you define the maximum traffic load in the adjacent cell allowed for a target cell of traffic reason handover (TRHO). The values range from 0 to 100 %. With this parameter you define the preference between the currently used multirate configuration and the one defined for the target BTS during internal and external handovers. The values are: With this parameter you define the initial channel in call setup, internal inter–cell handover (HO) and external HO for an Adaptive Multi Rate (AMR) call. The values are: Parameter With this parameter you define the AMR link adaptation (LA) mode within the BSS. Alternatives are fast LA or slow LA. During the fast LA mode the BTS allows the inband codec mode changes on every other TCH frame whereas during the slow LA mode the BTS allows inband codec mode changes only on SACCH frame interval. The values are: Parameter With this parameter you define whether the codec mode set downgrades are applied or not during internal HOs and whether upgrades are applied or not after internal HOs. The source side downgrade is used to align the source side codec set with the one chosen for the target side in order to utilize the uni-directional downlink connection for the target side. The utilization of the uni-directional downlink connection decreases the amount of muting experienced in the speech path connection during the internal HO. The target side upgrade is done to utilize that original AMR codec set of the target BTS which was not chosen for the target side because of the target side alignment with the source side during internal HO. The reason for this alignment is the same as in the downgrade case. CSD = decimal number With this parameter you define a safety margin for the circuit switched traffic. If the number of free TSL(s) in a BTS becomes less than the margin defined by the parameter then a GPRS downgrade is started. The values range from 0 to 100 %. Value 0 % means that no GPRS downgrade is done to maintain a safety margin. CSU = decimal number With this parameter you define a safety margin for the circuit switched traffic. This margin is examined when deciding if a GPRS upgrade is allowed in a BTS. A GPRS upgrade may be done if the number of free TSLs in a BTS will still be at least the margin defined by the parameter after the upgrade. Actually the parameter states how many seconds after an upgrade the probability for a GPRS downgrade should be no more than 5 %. The BSC defines the number of TSLs for the safety margin according to the given time and the number of TRXs in the BTS. The values range from 0 to 10 s. Value 0 means that no margin is maintained in GPRS upgrade. TTSAP = decimal number With this parameter you define the triggering level for a Service Area penalty. The Service Area-specific penalty timer is triggered if the number of incoming Inter-System handovers occurring from a certain Service Area exceed the penalty triggering level during a measurement period. While the Service Area penalty timer is on, the BSC is not allowed to initiate an Inter-System handover attempt towards WCDMA RAN cells which belong to the Service Area. The values range from 0 to 255. PTMP = decimal number With this parameter you define the length of the period during which the latest Inter-System handover counters are used, if the WCDMA RAN Service Area and neighbour WCDMA RAN cell penalty triggering are used. According to the value of this parameter, the BSC calculates the number of successful incoming Inter-System handovers per each Service Area and the number of unsuccessful outgoing Inter-System handover attempts per each neighbour WCDMA RAN cell during the latest measurement period. The values are N, and 2...254 with 2 s steps. The value N means that WCDMA RAN Service Area and neighbour WCDMA RAN cell penalty triggering is disabled in the BSC. SAPT = decimal number With this parameter you define the duration of the handover penalty timer which has been triggered for a Service Area. While the Service Area penalty timer is on, the BSC is not allowed to initiate an Inter-System handover attempt towards WCDMA RAN cells that belong to the Service Area. The values range from 0 to 255 s. CTR = decimal number With this parameter you define the priority order between GPRS and RTSL-0 allocation. With the parameter you can define the RTSL-0s to be allocated before allocating a TCH from GPRS territory. CTC = decimal number With this parameter you define how the GPRS territory is seen when calculating FR resources. The values are: Parameter With this parameter you enable or disable the usage of Network Assisted Cell Change (NACC) in BSC. An MS in the NC0 or NC2 mode may receive neighbour cell system information messages in Packet Transfer Mode in the serving cell before cell reselection is executed. When enabled PACKET SI STATUS is also supported in BSC. The values are: NIRP = decimal number With this parameter you define the measurement reporting period for the MSs in the RR Packet Idle mode. The values are: NTRP = decimal number With this parameter you define the measurement reporting period for the MSs in the RR Packet Transfer mode. The values are: NOCT = decimal number With this parameter you define the start value for a timer that together with timer NCCR target cell penalty time counteracts the 'Ping-Pong' effect. The values range from 5 to 20 s. NTPT = decimal number With this parameter you define the time during which the NCCR is not allowed for a mobile station that has been ordered to select another cell and has returned from that cell to the original cell. The values range from 5 to 60 s. NNCP= decimal number With this parameter you define the penalty time for a neighbor cell after a failed NCCR to that cell. With this parameter you switch on or off the inter–system network–controlled cell re–selection (IS–NCCR) to WCDMA FDD cells. Due to MS autonomous cell reselection operation, WCMDA FDD neighbour cells are broadcast on PBCCH, even if the value of this parameter is set to value N. The values are: With this parameter you define if the coverage reason inter–system network– controlled cell reselection is triggered as soon as an appropriate WCDMA FDD cell is available, or if it is triggered only in case there is not an appropriate GSM/ EDGE cell available and an appropriate WCDMA FDD cell is available. The values are: ; | SCHFR = | CNGT = | CNGS = | CS = | CSR = | PRDMHT = <measurement period for TCH mean holding time supervision> | PRDMHS = <measurement period for SDCCH mean holding time supervision> | PRDCFR = <measurement period for supervision of channel failure rate> | PRDCNG = <measurement period for supervision of congestion in BTS> | HIFLVL = | HIFSHR = | PRDHIF = <measurement period for high TCH interference supervision> | PRDBNT = <measurement period for supervision of BTS with no transactions> | ) ... ; GTUGT = decimal number With this parameter you set the timer value which must elapse between two subsequent territory updates. The values range from 1 to 255 seconds. Examples , maximum number of UL TBF , FEP in PC HO use , intra segment SDCCH HO guard , pre-emption usage in handover , WPS priority capacity , WPS preference capacity , public served count , time limit WPS , time limit WPS handover , IMSI based handover GSM cells anonymous MS , IMSI based handover WCDMA cells anonymous MS , soft blocking C/N FR, soft blocking C/N HR, soft blocking C/N 14.4, soft blocking C/N AMR FR, soft blocking C/N AMR HR, RX level based TCH access, delay of HO and PC for emergency calls, internal HO to external allowed, TCH transaction count, max TCH transaction rate; | LAPDL = | MSSCF = | MSSCS = | ALFRT = | ALHRT = | ALSDC = | DINHO = | DEXDR = | RXBAL = | RXANT = | ITCF = | VDLS = | MNDL = <maximum number of DL TBF> | MNUL = <maximum number of UL TBF> | FPHO = | ISS = | PRE = <pre-emption usage in handover> | | WPEC = <WPS preference capacity> | PSC = | TLW = | TLWH = | IBGA = | IBWA = | SBCNF = <soft blocking C/N FR> | SBCNH = <soft blocking C/N HR> | SBCN = <soft blocking C/N 14.4> | SBCNAF = <soft blocking C/N AMR FR> | SBCNAH = <soft blocking C/N AMR HR> | RXTA = | DEC = <delay of HO and PC for emergency calls> | IHTA = | TTRC = | MTTR = <max TCH transaction rate> ) ... ; MNDL = decimal number With this parameter you define the maximum number of TBFs that a radio time slot can have in average in a GPRS territory, in the downlink direction. The values range from 1 to 9. MNUL = decimal number With this parameter you define the maximum number of TBFs that a radio time slot can have in average in a GPRS territory, in the uplink direction. The values range from 1 to 7. With this parameter you indicate whether the Frame Error Probability based Power Control (PC) and Handover (HO) decision-making is used in the Power Control and Handover algorithm. The values are: Parameter ISS = decimal number With this parameter you define the guard time for attempting an SDCCH handover from the BCCH BTS resource layer to another resource layer in a segment. With this parameter you can indicate whether the pre-emption is applied or not in a case of handover. The values are: Parameter WPIC = decimal number With this parameter you define the portion of cells' total traffic capacity to which the WPS users are given priority. This parameter is also applied in the Directed Retry handover target cell evaluation together with the parameter WPS preference capacity. The values range from 0 to 100 %. WPEC = decimal number With this parameter you define how much of the rest of the cell's resources (100 WPS priority capacity) can be allocated to WPS users without any restriction. This parameter is also applied in the Directed Retry handover target cell evaluation together with the parameter WPS priority capacity. The values range from 0 to 100 %. PSC = decimal number TLW = decimal number With this parameter you define the maximum queuing time in seconds for WPS call setup attempts. The values range from 0 to 30 s. Value 0 means that the queuing is not allowed for WPS call setups. TLWH = decimal number With this parameter you define the maximum queuing time in seconds for WPS handover attempts. The values range from 0 to 30 s. Value 0 means that the queuing is not allowed for WPS handovers. IBGA = decimal number or ALL With this parameter you define in case of intra-GSM handover whether one of the existing Authorised Networks groups is used for the target cell selection or if all neighbour GSM cells are permitted. This parameter is used in a serving GSM cell when a mobile subscriber is anonymous and IMSI based handovers are enabled in the serving GSM cell. If the status of IMSI based HO to GSM cell is deactive, then all neighbour GSM cells are permitted for all mobile subscribers. The values are: IBWA = decimal number or ALL With this parameter you define in case of inter-system handover from GSM to WCDMA whether one of the existing Authorised Networks groups is used for the target cell selection or if all neighbour WCDMA RAN cells are permitted. This parameter is used in a serving GSM cell when the mobile subscriber is anonymous and IMSI based handovers are enabled in the serving GSM cell. If the status of IMSI based handover to GSM cell is active but the ISHO_SUPPORT_IN_BSC option is deactive, then all neighbour WCDMA RAN cells are permitted for all mobile subscribers. The values are: SBCNH = decimal number With this parameter you define the minimum acceptable carrier/noise ratio for half rate speech connections. The values range from 0 to 63 dB. SBCN = decimal number With this parameter you define the minimum acceptable carrier/noise ratio for circuit switched data connections of 14.4 kbit/s. The values range from 0 to 63 dB. SBCNAF = decimal number With this parameter you define the minimum acceptable carrier/noise ratio for full rate AMR speech connections. The values range from 0 to 63 dB. SBCNAH = decimal number With this parameter you define the minimum acceptable carrier/noise ratio for half rate AMR speech connections. The values range from 0 to 63 dB. Function | | | | | | : = | = | = :::: | = = = = | ABL1 = |) ... ; Function Function , soft blocking C/I HR , C/I target 14.4 , soft blocking C/I 14.4 , C/I target AMR FR , soft blocking C/I AMR FR , C/ I target AMR HR , soft blocking C/I AMR HR , SAIC DL C/I offset , BIM confidence probability, BIM interference threshold, BIM update period, BIM update scaling factor, BIM update guard time, DFCA channel allocation method, expected BSC-BSC interface delay; | SBF = <soft blocking C/I FR> | CIUL = | CIH = | SBH = <soft blocking C/I HR> | CIT = | SBCI = <soft blocking C/I 14.4> | CIAF = | SBAF = <soft blocking C/I AMR FR> | CIAH = | SBAH = <soft blocking C/I AMR HR> | SCIO = <SAIC DL C/I offset> | BCP = | BIT = | BUP = | BUSF = | BUGT = | DCAM = | EBID = <expected BSC-BSC interface delay> ) ... ; CIH = decimal number With this parameter you define the target C/I value for half rate speech connections. The values range from 0 to 63 dB. The parameter value must be equal to or greater than the soft blocking C/I HR. SBH = decimal number With this parameter you define the minimum acceptable C/I value for half rate speech connections. The values range from -20 to 43 dB. Value –20 dB means that soft blocking is disabled. CIT = decimal number With this parameter you define the target C/I value for circuit switched data connections of 14.4 kbit/s. The values range from 0 to 63 dB. The parameter value must be equal to or greater than the soft blocking C/I 14.4. SBCI = decimal number With this parameter you define the minimum acceptable C/I value for circuit switched data connections of 14.4 kbit/s. The values range from -20 to 43 dB. Value –20 dB means that soft blocking is disabled. The parameter value must be equal to or smaller than the C/I target 14.4. CIAF = decimal number With this parameter you define the target C/I value for full rate AMR speech connections. The values range from 0 to 63 dB. The parameter value must be equal to or greater than the soft blocking C/I AMR FR. SBAF = decimal number With this parameter you define the minimum acceptable C/I value for full rate AMR speech connections. The values range from -20 to 43 dB. Value –20 dB means that soft blocking is disabled. CIAH = decimal number With this parameter you define the target C/I value for half rate AMR speech connections. The values range from 0 to 63 dB. The parameter value must be equal to or greater than the soft blocking C/I AMR HR. SBAH = decimal number With this parameter you define the minimum acceptable C/I value for half rate AMR speech connections. The values range from -20 to 43 dB. Value –20 dB means that soft blocking is disabled. The parameter value must be equal to or smaller than the C/I target AMR HR. Function , mean BEP limit for MS multislot power profile 0 with 3 UL TSL , mean BEP limit for MS multislot power profile 0 with 4 UL TSL , mean BEP limit for MS multislot power profile 1 with 2 UL TSL , mean BEP limit for MS multislot power profile 1 with 3 UL TSL , mean BEP limit for MS multislot power profile 1 with 4 UL TSL , mean BEP limit for MS multislot power profile 2 with 3 UL TSL , mean BEP limit for MS multislot power profile 2 with 4 UL TSL , RX quality limit for MS multislot power profile 0 with 2 UL TSL , RX quality limit for MS multislot power profile 0 with 3 UL TSL , RX quality limit for MS multislot power profile 0 with 4 UL TSL , RX quality limit for MS multislot power profile 1 with 2 UL TSL , RX quality limit for MS multislot power profile 1 with 3 UL TSL , RX quality limit for MS multislot power profile 1 with 4 UL TSL , RX quality limit for MS multislot power profile 2 with 3 UL TSL , RX quality limit for MS multislot power profile 2 with 4 UL TSL , EGPRS inactivity criteria , events per hour for EGPRS inactivity alarm , supervision period length for EGPRS inactivity alarm : DTM PFC packet flow timer , DTM fragmentation penalty , ISHO preferred for non-DTM MS ; = <mean BEP limit for MS multislot power profile 0 with 3 UL TSL> = <mean BEP limit for MS multislot power profile 0 with 4 UL TSL> = <mean BEP limit for MS multislot power profile 1 with 2 UL TSL> = <mean BEP limit for MS multislot power profile 1 with 3 UL TSL> = <mean BEP limit for MS multislot power profile 1 with 4 UL TSL> | BL24 = <mean BEP limit for MS multislot power profile 2 with 4 UL TSL> | RL02 = | RL03 = | RL04 = | RL12 = | RL13 = | RL14 = | RL23 = | RL24 = | EGIC = <EGPRS inactivity criteria> | IEPH = <Events per hour for EGPRS inactivity alarm> | SPL = <Supervision period length for EGPRS inanctivity alarm> ) : ( DPPFT = | DFP = | IPND = )... ; | def ] ; | OPE = ) : ( METHOD = | CONNTYPE = ) : ( OKFEB = | PROGINFO = <progress info> | COMPTRH = | REMOTEDIR = | STIMER = <short timer interval> | LTIMER = | STIMERCOUNT = <short timer count> | LTIMERCOUNT = | IP = | PORT = <port number> | FTAMAEN = | USERNAME = <user name> | USERID = <user id> | PASSWORD = <password> ) ... ; | BTS = | SEG = <SEG identification> | ) : ( TRXINFO = | def = Y | ) ... ; def ] ; dynamic frequency and channel allocation parameters priority level to subscriber types GPRS parameters all parameters , SEG name , BTS identification, BTS name: output type; ... | SEG = <SEG identification> ... | SEGNAME = <SEG name> ... | BTS = ... | NAME = ... ] | def ] : [ | def ] ; SEG = decimal number or ALL With this parameter you identify the segment. The value range is the same as the BTS identification value range. With ALL you can output all segments under a BSC. SEGNAME = text string With this parameter you identify the segment by its name. The name can contain 1 to 15 characters. You can enter several names at the same time by using character &. You can enter only one of the parameters BCF, SEG, SEGNAME, BTS or NAME in the same command. ] : [ [ BCF = ... | BTS = ... | NAME = ... ] | def ] ; ... | BTS = ... | NAME = ... ] | def ] ; Function : [ SPC = <signaling point code> ... ] ; Function) ; Function) : : ( SPC = <signaling point code> ... | NEWLAC = )) ; Function ... ] | def ] ; 
