Bsc Parameter

| AB BL L1 =

| ) . . .. . ;

Parameter  explanations

DL high priority SSS  DHP = decimal number 

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EE - Base Station Controller Parameter Handling in BSC

With this parameter you define the scheduling step size (SSS) for the high priority level in the downlink direction. The value of this parameter must be lower than or  equal to the value of the parameter  dl normal priority sss  (DNP). (DNP). This parameter  is replaced by the Scheduling weight parameters in the PCU supporting EQoS. The values range from 1 to 12. DL normal priority SSS  DNP = decimal number  With this parameter you define the scheduling step size (SSS) for the normal  priority level in the downlink direction. The value of this parameter must be lower than or equal to the value of the parameter  dl low priority sss  (DLP) and higher than or equal to the value of the parameter dl parameter dl high priority sss (DHP). sss  (DHP). This  parameter is replaced by the Scheduling weight parameters in the PCU supporting EQoS. The values range from 1 to 12. DL low priority SSS  DLP = decimal number  With this parameter you define the scheduling step size (SSS) for the low priority level in the downlink direction. The value of this parameter must be higher than or equal to the value of the parameter  dl normal priority sss  (DNP). This  parameter is replaced by the Scheduling weight parameters in the PCU supporting EQoS. The values range from 1 to 12. UL priority 1 SSS  UP1 = decimal number  With this parameter you define the scheduling step size (SSS) for the priority level 1 (highest) in the uplink direction. The value of this parameter must be lower than or equal to the value of the parameter  ul priority 2 sss  (UP2). This  parameter is replaced by the Scheduling weight parameters in the PCU supporting EQoS. The values range from 1 to 12. UL priority 2 SSS 

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DN9813184 Issue 19-1 en

EEV MODIFY QUALITY OF SERVICE PARAMETERS

UP2 = decimal number  With this parameter you define the scheduling step size (SSS) for the priority level 2 in the uplink direction. The value of this parameter must be lower than or  equal to the value of the parameter  ul priority 3 sss  (UP3) and higher than or  equal to the value of the parameter  ul priority 1 sss  (UP1). This parameter is replaced by the Scheduling weight parameters in the PCU supporting EQoS. The values range from 1 to 12. UL priority 3 SSS  UP3 = decimal number  With this parameter you define the scheduling step size (SSS) for the priority level 3 in the uplink direction. The value of this parameter must be lower than or  equal to the value of the parameter  ul priority 4 sss  (UP4) and higher than or  equal to the value of the parameter  ul priority 2 sss  (UP2). This parameter is replaced by the Scheduling weight parameters in the PCU supporting EQoS. The values range from 1 to 12. UL priority 4 SSS  UP4 = decimal number  With this parameter you define the scheduling step size (SSS) for the priority level 4 (lowest) in the uplink direction. The value of this parameter must be higher than or equal to the value of the parameter  ul priority 3 sss  (UP3). This  parameter is replaced by the Scheduling weight parameters in the PCU supporting EQoS. The values range from 1 to 12. background traffic class scheduling weight for ARP 1 BGSW1 = decimal number  With this parameter you define the scheduling weight for the allocation and retention priority value 1 for background traffic class. The scheduling weight  defines the proportion of residual bandwidth allocation between PFCs. Scheduling weight parameters replace uplink and downlink scheduling step size  parameters in a PCU where EQoS is supported. The values range from 1 to 100.

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Note This parameter is only valid for a PCU that supports EQoS.

background traffic class scheduling weight for ARP 2  BGSW2 = decimal number  With this parameter you define the scheduling weight for the allocation and retention priority value 2 for background traffic class. The scheduling weight  defines the proportion of residual bandwidth allocation between PFCs. Scheduling weight parameters replace uplink and downlink scheduling step size  parameters in a PCU where EQoS is supported. The values range from 1 to 100.

Note This parameter is only valid for a PCU that supports EQoS.

background traffic class scheduling weight for ARP 3  BGSW3 = decimal number  With this parameter you define the scheduling weight for the allocation and retention priority value 3 for background traffic class. The scheduling weight  defines the proportion of residual bandwidth allocation between PFCs. Scheduling weight parameters replace uplink and downlink scheduling step size  parameters in a PCU where EQoS is supported. The values range from 1 to 100.

Note This parameter is only valid for a PCU that supports EQoS.

QC reallocation action trigger threshold  QCATR = decimal number 

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DN9813184 Issue 19-1 en

EEV MODIFY QUALITY OF SERVICE PARAMETERS

With this parameter you define the Quality Control reallocation action trigger  threshold. Quality Control reallocation action is triggered whenever the quality degradation has lasted for the number of block periods defined by this parameter. The reallocation action can always be triggered. The values range from 0 to 1000 block periods. One block period equals the time of 20 ms. The value 0 means that the action is disabled. QC NCCR action trigger threshold  QCATN = decimal number  With this parameter you define the Quality Control NCCR action trigger  threshold. Quality Control NCCR action is triggered whenever the quality degradation has lasted for the number of block periods defined by this parameter. The values range from 0 to 1000 block periods. One block period equals the time of 20 ms. The value 0 means that action is disabled. QC QoS renegotiation action trigger threshold  QCATQ = decimal number  With this parameter you define the Quality Control QoS renegotiation action trigger threshold. Quality Control QoS renegotiation action is triggered whenever  the quality degradation degradation has lasted for the number number of block periods periods defined by this  parameter. The values range from 0 to 1000 block periods. One block period equals the time of 20 ms. The value 0 means that the action is disabled. QC drop action trigger threshold  QCATD = decimal number  With this parameter you define the Quality Control drop action trigger threshold. The Quality Control drop action is triggered whenever the quality degradation has lasted for the number of block periods defined by this parameter. The values range from 0 to 1000 block periods. One block period equals the time of 20 ms. The value 0 means that the action is disabled. PFC unack BLER limit for SDU error ratio 1 UBL1 = decimal number 

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With this parameter you define the maximum block error rate for the PFCs for  which the SDU Error Ratio is not available. This parameter defines the maximum  block error rate for radio link control in the unacknowledged mode used with link  adaptation and block error rate monitoring algorithm in quality control. If the value of the PFC Mode parameter of Gb Interface Handling is FALSE, only the value defined by this parameter is used from PFC unack BLER Limit   parameters. If the value of the PFC Mode parameter is TRUE, the value defined  by this parameter is used from PFC unack BLER Limit parameters when no aggregate BSS QoS profile is available for the PFC. PFC unack BLER Limit parameters replace the maximum BLER in unacknowledgement mode (BLU) parameter in a PCU where EQoS is supported. The values range from 0 to 250. The unit is parts per thousand.

Note This parameter is only valid for a PCU that supports EQoS.

PFC ack BLER limit for transfer delay 1 ABL1 = decimal number  With this parameter you define the maximum block error rate for the PFCs for  which the transfer delay is not available. This parameter defines the maximum  block error rate for radio link control in the acknowledged mode used with link  adaptation and block error rate monitoring algorithm in quality control. If the value of the PFC mode parameter of Gb Interface Handling is FALSE, only the value defined by this parameter is used from PFC ack BLER limit for transfer  delay parameters. If the value of the PFC mode parameter is TRUE, the value defined by this parameter is used from PFC ack BLER limit for transfer delay  parameters when no aggregate BSS QoS profile is available for the PFC. The values range from 0 to 100 %.

Note This parameter is only valid for a PCU that supports EQoS.

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EEV MODIFY QUALITY OF SERVICE PARAMETERS

Examples

1.

Modify Modify the down downlin link k high high prio priority rity schedu scheduling ling step size to 6 for for the the PCUs PCUs not supporting EQoS.

ZEEV:DHP=6; 2.

Modify Modify the downli downlink nk norm normal al prior priority ity sche schedul duling ing step step size size to 4 and the downlink low priority scheduling step size to 5 for the PCUs not  supporting EQoS.

ZEEV:DNP=4,DLP=5; 3.

Modi Modify fy the the uplin uplink k prio priori rity ty leve levell 1 SSS to 2, 2, prio priori rity ty leve levell 2 SSS to 4, 4,  priority level 3 SSS to 6 and priority level 4 SSS to 8 for the PCUs not  supporting EQoS.

ZEEV:UP1=2,UP2=4,UP3=6,UP4=8; 4.

Modify Modify the back backgro ground und traffi trafficc class class sche schedul duling ing weight weight for ARP 3 to 10 for  for  the PCUs supporting EQoS.

ZEEV::BGSW3=10:; Additional information

When the system has created a BSC object, the quality of service parameters have the following default values:

DL high priority SSS DL normal priority SSS DL low priority SSS UL priority 1 SSS UL priority 2 SSS UL priority 3 SSS UL priority 4 SSS background traf f fi ic c l la as s sc h he ed u ul li n ng g we i ig gh ht t for A R RP P 1 background traf f fi ic c l la as s sc h he ed u ul li n ng g we i ig gh ht t for A R RP P 2 background traf f fi ic c l la as s sc h he ed u ul li n ng g we i ig gh ht t for A R RP P 3 QC reallocation acti on tr igg er th re sho ld QC NCCR action trigger thre sho ld QC renegotiatio n act io n tri gge r thr es hol d QoS QC drop action trigger thre sho ld PFC unack BLER limit for SDU error ratio 1 PFC ack BLER limit for tran sfer delay 1

(D H P ) (D N P ) (D L P ) (U P 1 ) (U P 2 ) (U P 3 ) (U P 4 ) (B G S W 1 ) (B G S W 2 ) (B G S W 3 ) (Q C A T R ) (Q C A T N ) (Q C A T Q ) (Q C A T D ) (U B L 1 ) (A B L 1 )

3 6 12 3 6 9 12 20 10 5 25 100 200 400 10 10 70

(5 0 0 m s ) (2 0 0 0 m s ) (4 0 0 0 m s ) (8 0 0 0 m s )

Execution printouts The execution printout of command example 1 is: BSC

BSC-LAB

2 004 -06-0 9

15 :1 1:3 2

Q U A L I TY TY O F S E R V I CE CE P A R A M E TE TE R M O D I F I CA CA T I O N C O M P L E T E D DL DL DL UL UL UL

H HI IG GH H P RI RI O OR RI IT TY S SS S S . . .. .. . .. . . .. .. . .. . . .. .. . .. . . .. .. . .. . . .. .. . .. . . .. .. ( (D D H P) P) . .. .. .. . N NO OR RM MA AL L P RI RI O OR RI IT TY S SS SS . .. .. .. . . .. .. . .. . . .. .. . .. . . .. .. . .. . . .. .. . .. . . .. .. ( (D DN NP P) ). .. .. .. L O W P R IO IO R IT IT Y S S S . . .. .. . .. .. . .. .. . . .. .. . .. .. . .. .. . .. .. . .. .. . . .. .. ( DL DL P ). ). . .. .. PR RI IO OR RI IT TY 1 SS SS S .. .. .. .. .. .. .. .. . . .. .. . .. . . .. .. . .. . . .. .. . .. . . .. .. . .. . . .. .. ( (U U P 1) 1) . .. .. PR RI IO OR RI IT TY 2 SS SS S .. .. .. .. .. .. .. .. . . .. .. . .. . . .. .. . .. . . .. .. . .. . . .. .. . .. . . .. .. ( (U U P 2) 2) . .. .. PR RI IO OR RI IT TY 3 SS SS S .. .. .. .. .. .. .. .. . . .. .. . .. . . .. .. . .. . . .. .. . .. . . .. .. . .. . . .. .. ( (U U P 3) 3) . .. ..

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6 6 12 3 6 9

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UL P PR RI IO OR RI IT TY Y 4 SS SS S . .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .( (U UP P4 4) ). .. .. . BA AC CK KG GR RO OU UN N D T C S CH CH E ED DU UL LI IN N G W EI EI G GH H T F OR OR A R P 1 . .. .. . .. .. .. . . (B (B G GS SW W1 1) ). .. BA AC CK KG GR RO OU UN N D T C S CH CH E ED DU UL LI IN N G W EI EI G GH H T F OR OR A R P 2 . .. .. . .. .. .. . . (B (B G GS SW W2 2) ). .. BA AC CK KG GR RO OU UN ND TC SC CH HE ED DU UL LI IN NG WE EI IG GH HT FO OR R AR AR P 3 .. .. . .. .. .. .. .. .( (B BG GS SW W3 3) ). .. Q C R EA EA L LO LO C AT AT I ON ON A C T TI ION T TR R I GG GG E R T TH H R ES ES H OL OL D . .. .. . .. .. . .. .. ( Q CA CA T R) R) . . Q C N C C R A C T IO IO N T R I G GE GE R T H R E SH SH O LD LD . . . . . .. .. . .. .. . .. .. . .. .. . (Q (Q C AT AT N ). ). . Q C Q O S R E N EG EG O TI TI A TI TI O N A C TI TI O N T R IG IG G ER ER T H R E SH SH O LD LD . . . . (Q (Q C AT AT Q ). ). . Q C D R O P A C T IO IO N T R I G GE GE R T H R E SH SH O LD LD . . . . . .. .. . .. .. . .. .. . .. .. . (Q (Q C AT AT D ). ). . PF FC C UNA AC C K B LE L E R L IM IM I IT T F O R S DU DU E R R RO O R R AT AT I IO O 1 .. .. .. .. .. .. .( (U UB BL L1 1) ). .. .. PF FC C A C K BL BL E ER R L I MI MI T F OR OR T R AN AN S SF FE ER R D E LA LA Y 1 . .. .. . .. .. .. .. .. . . (A (A B BL L1 1) ). .. .. C O M M A ND ND E X E C U TE TE D

12 20 10 5 25 100 200 400 10 70

B LO LO C K B L O CK CK B L OC OC K B L O CK CK

P PE E R I OD OD S P E R I O DS DS P E R IO IO D S P E R I O DS DS

%

Semantic error  messages / * ** **

S C HE HE D UL UL I NG NG S T EP EP S I ZE ZE (S S S) S) P A RA RA M ET ET E RS RS F O R T H E P R I O RI RI T Y L E V EL EL S I N T H E D O WN WN L IN IN K D I RE RE C TI TI O N H A VE VE T H E F O LL LL O WI WI N G D E PE PE N DE DE N CE CE : DHP < = DNP < = DLP ***/

Some of the scheduling step size parameters DHP, DNP and DLP do not follow the dependence above. / * ** **

S C HE HE D UL UL I NG NG S T EP EP S I ZE ZE (S S S) S) P A RA RA M ET ET E RS RS F O R T H E P R I O RI RI T Y L E V EL EL S I N T H E U P LI LI N K D I RE RE C TI TI O N H A VE VE T H E F O LL LL O WI WI N G D E PE PE N DE DE N CE CE : UP1 < = UP2 < = UP3 <= U P4 ***/

Some of the scheduling step size parameters UP1, UP2, UP3 and UP4 do not  follow the dependence above. In addition, the general semantic error messages of the MML commands are output. For more information, see General Notice Messages of MML Session. Execution error  messages

If an error occurs, the general execution error messages of the MML commands are output. For more information, see General Error Messages of System.

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EET MODIFY PRIORITY LEVEL TO SUBSCRIBER TYPE RELATION

EET MODI MODIFY FY PRIO IORI RITY TY LEVE LEVEL L TO SUBS SUBSCR CRIB IBER ER TYPE RELATION Function

With the EET command command you define the relation between a subscriber subscriber type and the  priority level in the PIE (Priority Information Element) of assignment/handover  requests. The relation is used in defining the traffic types of different requests. The command is optional.

Parameters

priority level, subscriber type;

Syntax EE ET T: [ PR =