Differentiated Service Based on Resource Reservation(RAN15.0_02)

WCDMA RAN

Differentiated Service Based onResource Reservation FeatureParameter Description

Issue 02Date 2014-11-08

HUAWEI TECHNOLOGIES CO., LTD.

Copyright Huawei Technologies Co., Ltd. 2014. All rights reserved.No part of this document may be reproduced or transmitted in any form or by any means without prior writtenconsent of Huawei Technologies Co., Ltd. Trademarks and Permissions

and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.All other trademarks and trade names mentioned in this document are the property of their respective holders. NoticeThe purchased products, services and features are stipulated by the contract made between Huawei and thecustomer. All or part of the products, services and features described in this document may not be within thepurchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information,and recommendations in this document are provided "AS IS" without warranties, guarantees or representationsof any kind, either express or implied.

The information in this document is subject to change without notice. Every effort has been made in thepreparation of this document to ensure accuracy of the contents, but all statements, information, andrecommendations in this document do not constitute a warranty of any kind, express or implied. Huawei Technologies Co., Ltd.Address: Huawei Industrial Base

Bantian, LonggangShenzhen 518129People's Republic of China

Website: http://www.huawei.comEmail: [email protected]

Issue 02 (2014-11-08) Huawei Proprietary and ConfidentialCopyright Huawei Technologies Co., Ltd.

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Contents

1 About This Document..................................................................................................................11.1 Scope..............................................................................................................................................................................11.2 Intended Audience..........................................................................................................................................................11.3 Change History...............................................................................................................................................................21.4 Differences Between Base Station Types.......................................................................................................................22 Overview.........................................................................................................................................42.1 Introduction....................................................................................................................................................................42.2 Benefits...........................................................................................................................................................................53 Resource Group Management....................................................................................................64 Limitations on HSDPA Power Consumption for Users in Resource Groups...................95 Related Features...........................................................................................................................105.1 Prerequisite Features.....................................................................................................................................................105.2 Mutually Exclusive Features........................................................................................................................................105.3 Impacted Features.........................................................................................................................................................106 Network Impact...........................................................................................................................126.1 System Capacity...........................................................................................................................................................126.2 Network Performance...................................................................................................................................................127 Engineering Guidelines.............................................................................................................137.1 When to Use WRFD-150233 Differentiated Service Based on Resource Reservation...............................................137.2 Required Information...................................................................................................................................................137.3 Deployment..................................................................................................................................................................147.3.1 Requirements.............................................................................................................................................................147.3.2 Data Preparation........................................................................................................................................................157.3.3 Activation (Using MML Commands).......................................................................................................................167.3.4 MML Command Examples.......................................................................................................................................177.3.5 Activation (Using the CME)......................................................................................................................................187.3.6 Activation Observation..............................................................................................................................................217.3.7 Reconfiguration.........................................................................................................................................................217.3.8 Deactivation (Using MML Commands)....................................................................................................................227.3.9 MML Command Examples.......................................................................................................................................22

WCDMA RANDifferentiated Service Based on Resource ReservationFeature Parameter Description Contents


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7.3.10 Deactivation (Using the CME)................................................................................................................................237.4 Performance Monitoring...............................................................................................................................................247.5 Parameter Optimization................................................................................................................................................257.6 Troubleshooting............................................................................................................................................................258 Parameters.....................................................................................................................................269 Counters........................................................................................................................................4510 Glossary.......................................................................................................................................4711 Reference Documents...............................................................................................................48

WCDMA RANDifferentiated Service Based on Resource ReservationFeature Parameter Description Contents


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1 About This Document1.1 Scope

This document describes WRFD-150233 Differentiated Service Based on ResourceReservation, including its technical principles, related features, network impact, and engineeringguidelines.

This document applies to the following NE types.

NE Type NE ModelRNC BSC6900, BSC6910NodeB Macro 3900 series macro base stations: BTS3900, BTS3900A,

BTS3900L, BTS3900AL, DBS3900, BTS3900C3800 series macro base stations: DBS3800, BTS3812E,BTS3812AE

Micro BTS3803E, BTS3902ELampSite DBS3900 LampSite

1.2 Intended AudienceThis document is intended for personnel who:l Need to understand the features described hereinl Work with Huawei products

WCDMA RANDifferentiated Service Based on Resource ReservationFeature Parameter Description 1 About This Document


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1.3 Change HistoryThis section provides information about the changes in different document versions. There aretwo types of changes, which are defined as follows:l Feature change

Changes in features of a specific product versionl Editorial change

Changes in wording or addition of information that was not described in the earlier version

RAN15.0 02 (2014-11-08)This issue includes the following changes.

ChangeType

Change Description ParameterChange

Featurechange

None None

Editorialchange

Added the dependency on the UBBPd board in hardwaredependencies. For details, see section 7.3.1 Requirements.

None

RAN15.0 01 (2013-04-28)This issue does not include any changes.

RAN15.0 Draft A (2013-01-30)This document is created for RAN15.0.

1.4 Differences Between Base Station TypesFeature Support by Macro, Micro, and LampSite Base Stations

FeatureID

Description

Supported byController(Y/N/NA)

Supported byMacro(Y/N/NA)

Supported by Micro(Y/N/NA)

LampSite

BSC6900

BSC6910

BTS3803E

BTS3902E



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WRFD-150233

DifferentiatedServiceBased onResourceReservation

Y Y Y Y Y Y

NOTE

Y indicates that a feature is supported; N indicates that a feature is not supported; NA indicates that an NE isnot involved, that is, a feature does not require the support of the NE.

The features described in this document are implemented in the same way on macro, micro, andLampSite base stations.



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2 Overview2.1 Introduction

Insufficient downlink power resources affect user experience on highly loaded networks. Whendownlink power resources become insufficient on networks, the Differentiated Service Basedon Resource Reservation feature limits the amount of downlink resources consumed by low-priority users to reserve more power for high-priority users. In this way, high-priority usersexperience improved service.The Differentiated Service Based on Resource Reservation feature prioritizes users by theScheduling Priority Indicator (SPI). This feature also defines resource groups to manage multipleusers in a cell and sorts users into different resource groups based on the SPI. In applications,each cell supports four resource groups.Operators can configure the maximum HSDPA power ratio for each resource group. Figure2-1 illustrates how power resources are reserved.

Figure 2-1 Power resource reservation

In the packet switched (PS) service setup procedure, the SPI helps determine the specifiedresource group that an HSDPA user belongs to. Also it is assumed that the maximum HSDPApower ratio for each resource group has been configured. During air interface scheduling, theNodeB periodically calculates the total downlink power consumption of each resource group ina cell. This is then compared to the configured power ratio.In a cell where power resources are insufficient, if the total downlink power consumption of aresource group exceeds the configured power ratio for the resource group, the amount of

WCDMA RANDifferentiated Service Based on Resource ReservationFeature Parameter Description 2 Overview


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downlink power resources is limited. In a cell where power resources are sufficient, if the totaldownlink power consumption of a resource group exceeds the configured power ratio for theresource group, users in the resource group can still use the remaining downlink power resources(if any). This fully utilizes the downlink power resources.

2.2 BenefitsThe Differentiated Service Based on Resource Reservation feature limits the downlink HSDPApower resources consumed by low-priority users and reserves more downlink resources for high-priority users, thereby improving the experience of high-priority users. At the same time,however, this feature prevents high-priority users from totally monopolizing resources so a basicquality of service (QoS) to other users is ensured.

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3 Resource Group ManagementA resource group contains specific users. The users in a resource group share part of radioresources on a radio access network.This feature prioritizes users based on the SPI(BSC6900,BSC6910). The SPI(BSC6900,BSC6910) can be determined based on the mapping relationships with the trafficclass, allocation retention priority (ARP), and traffic handling priority (THP).Figure 3-1 lists the mapping between the SPI(BSC6900,BSC6910) and the traffic class, ARP,and THP. The mapping can be configured by running RNC MML commands.

Figure 3-1 Mapping between the SPI and the traffic class, ARP, and THP

If the WRFD-020806 Differentiated Service Based on SPI Weight feature has been activated,SPIs are already configured.If the WRFD-020806 Differentiated Service Based on SPI Weight feature has not been activated,SPIs are determined based on the mapping relationships with the traffic class, ARP, and THP.For descriptions of the traffic class, ARP, and THP, see Differentiated HSPA Service FeatureParameter Description.Run the RNC MML command ADD UUSERGRPSPIMAP to define the resource group thatusers belong to when the user priorities are identified by SPIs. Table 3-1 provides a configurationexample of the mapping between SPIs and resource groups. In the example,l ResGroupId(BSC6900,BSC6910) for users identified by SPI 2 and SPI 3 is set to

ResG0.

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l ResGroupId(BSC6900,BSC6910) for users identified by SPI 5 and SPI 6 is set toResG1.

l ResGroupId(BSC6900,BSC6910) for users identified by SPI 10 and SPI 11 is set toResG2.

NOTE

Recourse group management in this document is applicable only to PS interactive services and PSbackground services of HSDPA users.

With the WRFD-150204 Platinum User Prioritizing feature, platinum users are not grouped intoany resource groups based on SPIs, and therefore platinum users can consume resources beyondthe limitations set by the maximum HSDPA power ratio.

Table 3-1 Configuration example of the mapping between SPIs and resource groupsScheduling Priority Indicator (SPI(BSC6900,BSC6910))

Resource Group ID (ResGroupId(BSC6900,BSC6910))

2 ResG03 ResG05 ResG16 ResG110 ResG211 ResG2

Run the RNC MML command ADD UCELLRESGRP to configure the maximum HSDPApower ratio for each resource group in a cell.Table 3-2 describes an example for configuring the maximum HSDPA power ratio for resourcegroups on the BSC6900. When the Differentiated Service Based on Resource Reservationfeature is activated, ResGMatchSwitch(BSC6900,BSC6910) is set to SPI.l If the maximum HSDPA power ratio for resource group 0 needs to be equal to or lower

than 20% of the total maximum downlink power for the cell during power congestion,ResG0DpaMaxPwrRatio(BSC6900,BSC6910) is set to 20.

l If the maximum HSDPA power ratio for resource group 1 and that for resource group 2need to be equal to or lower than 60% of the total maximum downlink power for the cellduring power congestion, ResG1DpaMaxPwrRatio(BSC6900,BSC6910) andResG2DpaMaxPwrRatio(BSC6900,BSC6910) are set to 60.

l If the maximum power consumption limitation does not apply to users in resource group3, ResG3DpaMaxPwrRatio(BSC6900,BSC6910) is set to 100.



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Table 3-2 Maximum HSDPA power ratio for resource groups (using the BSC6900 as anexample)

Cell ID(CellId(BSC6900,BSC6910))

ResourceGroupMatchingAlgorithmSwitch(ResGMatchSwitch(BSC6900,BSC6910))

Max.HSDPAPowerRatio forResourceGroup 0(ResG0DpaMaxPwrRatio(BSC6900,BSC6910))




1234 SPI 20 60 60 100

NOTE

The maximum HSDPA power ratio for a resource group indicates the percentage of the HSDPA transmitpower consumed by all users in the resource group on the HS-SCCH and HS-PDSCH to the maximum celltransmit power. Non-HSDPA channels such as pilot channels also consume a part of downlink transmitpower resources. Therefore, the power resources available to HSDPA channels account for 75% or less ofthe maximum cell transmit power. If the maximum HSDPA power ratio for a resource group is greaterthan 75%, the parameter settings do not take effect.



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4 Limitations on HSDPA Power Consumptionfor Users in Resource Groups

During HSDPA air interface scheduling, the NodeB periodically calculates the downlink powerconsumption of users in resource groups in a cell over the HS-SCCH and HS-PDSCH.If the total amount of power resources consumed over the HS-SCCH and HS-PDSCH exceedsthe configured maximum HSDPA power ratio for the resource group, the RNC lowers thescheduling priorities of users in the resource group. This allows users in other resource groupsor not in resource groups to preferentially use these power resources. If there are remainingpower resources after users in other resource groups or not in resource groups are scheduled,users in the resource group can use the remaining power even though consumption reaches theconfigured maximum.In highly loaded cells, the amount of power for a resource group is limited to the configuredmaximum HSDPA power ratio. In slightly loaded cells, the users in the resource group can usethe remaining power even though the total power consumption exceeds the maximum. This fullyutilizes the downlink power resources.

WCDMA RANDifferentiated Service Based on Resource ReservationFeature Parameter Description

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5 Related Features5.1 Prerequisite Features

WRFD-010611 HSDPA Enhanced Package

5.2 Mutually Exclusive FeaturesNone

5.3 Impacted Featuresl WRFD-140223 MOCN Cell Resource Demarcation

Differentiated Service Based on Resource Reservation cannot take effect in cells whereMOCN Cell Resource Demarcation has been activated.

l WRFD-020806 Differentiated Service Based on SPI WeightDifferentiated Service Based on SPI Weight provides differentiated services by adjustingSPI weights based on user priorities. However, Differentiated Service Based on ResourceReservation limits the amount of power resources available to users based on user prioritiesduring busy hours. If Differentiated Service Based on Resource Reservation is used withDifferentiated Service Based on SPI Weight, the maximum HSDPA power ratio configuredin the former feature affects user differences in the latter feature when downlink powerresources are insufficient.

l WRFD-020128 Quality Improvement for Subscribed Servicel WRFD-020132 Web Browsing Accelerationl WRFD-020133 P2P Downloading Rate Control during Busy Hour

The above three features introduce the differentiated service management function. If thesefeatures are used with the Differentiated Service Based on Resource Reservation feature,service differentiation becomes less obvious.

l WRFD-150204 Platinum User Prioritizing

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Platinum users are not grouped into any resource group based on SPIs, and thereforelimitations on HSDPA power consumption do not apply to them. The Differentiated ServiceBased on Resource Reservation feature is also not applicable to platinum users.

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6 Network Impact6.1 System Capacity

Cell capacity changes if the following conditions are met:l When users in both resource groups A and B need to transmit data and users in A have

better signal quality than users in B, the amount of downlink power resources available togroup A is limited if the downlink power consumed by A reaches the configured ratio. Thendownlink power resources are allocated to users in resource group B, decreasing the cellthroughput.

l When users in both resource groups A and B need to transmit data and users in B havebetter signal quality than users in A, the amount of downlink power resources available togroup A is limited if the downlink power consumed by A reaches the configured ratio. Thendownlink power resources are allocated to users in resource group B, increasing the cellthroughput.

6.2 Network PerformanceIn the scenarios of insufficient downlink power resources, the data rates of users in a resourcegroup may be lower than the guaranteed bit rate (GBR) if the resource group contains excessiveusers or the configured maximum HSDPA power ratio for the resource group is low. In severeconditions, low-priority users in the resource group may experience call drops because they arenot scheduled for a long period of time.

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7 Engineering Guidelines7.1 When to Use WRFD-150233 Differentiated Service Basedon Resource Reservation

It is recommended that Differentiated Service Based on Resource Reservation be deployed ifoperators expect to provide differentiated power resource services for users of different prioritieswhen downlink power resources are insufficient.

7.2 Required Informationl Insufficiency of downlink power resources in a cellInformation about downlink power resource insufficiency helps determine whether this featurecan yield expected gains.Obtain values of the RNC counters VS.MeanTCP.NonHS and VS.MeanTCP, and the maximumtransmit power (MaxTxPower(BSC6900,BSC6910)) of a cell based on RNC dataconfigurations.l VS.MeanTCP.NonHS, mean downlink Transmitted Carrier Power (TCP) for non-HSDPA

services in a cell during busy hours, is indicated as VS.MeanTCP.NonHS(W) in the unitof W.

l VS.MeanTCP, mean TCP in a cell during busy hours, is indicated as VS.MeanTCP(W) inthe unit of W.

l MaxTxPower(BSC6900,BSC6910), maximum transmit power of a cell, is indicated asConfigured PA Capacity (W) in the unit of W.

Based on the above information, non-HSDPA TCP usage and total TCP usage are calculated byusing the following formulas:Non-HSDPA TCP usage = VS.MeanTCP.NonHS(W)/Configured PA Capacity (W) 100%Total TCP usage = VS.MeanTCP(W)/Configured PA Capacity (W) 100%whereVS.MeanTCP.NonHS(W) = 10^(VS.MeanTCP.NonHS/10-3)

WCDMA RANDifferentiated Service Based on Resource ReservationFeature Parameter Description 7 Engineering Guidelines


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Configured PA Capacity (W) = 10^(MaxTxPower/100-3)VS.MeanTCP(W) = 10^(VS.MeanTCP/10-3)If non-HSDPA TCP usage exceeds 70% or total TCP usage exceeds 80% during busy hours,downlink power resources are considered to be insufficient. In this case, this feature can yieldexpected gains.l Differentiated configurations of users

Collect license data and data configurations of the RNC. Check whether the WRFD-020806Differentiated Service Based on SPI Weight feature has been activated. Run the RNC MMLcommand LST USCHEDULEPRIOMAP or LST UOPERSCHEDULEPRIOMAP tocheck SPI configurations, and run the RNC MML command LSTUUSERGRPSPIMAP to obtain the mapping between SPIs and user groups. Allinformation mentioned above provides a basis for feature activation.

7.3 Deployment

7.3.1 Requirementsl NodeB hardware

The BTS3812E, BTS3812A, and BTS3812AE must be configured with the EBBI,EBOI, EDLP, EULP, or EULPd board. The DBS3800 series base stations must be configured with the EBBC, EBBM, or

EBBCd board. The 3900 series base stations including the BTS3900, DBS3900 and BTS3900C must

be configured with the WBBPb, WBBPd, WBBPf or UBBPd board.l License

For details about how to activate the license, see License Management Feature ParameterDescription.

FeatureID

FeatureName

LicenseControlItem

LicenseControlName

NE LicenseAllocation forMultipleOperators

SalesUnit

WRFD-150233

Differentiated Servicebased onResourceReservation

LQW1DSRRRES

Differentiated Servicebased onResourceReservation (perMbps)

BSC6900BSC6910

Method 3 perMbps



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If RAN Sharing or MOCN is enabled, the licensed value is allocated among the primaryand secondary operators according to the value of the "License Allocation for MultipleOperators parameter".Method 3: it is recommended that the license allocation proportion of a feature be consistentwith that of the capacity license item "HSDPA Throughput-1KBPS". The licensed valuescan be set by running the SET LICENSE command.

7.3.2 Data PreparationTable 7-1 lists the data to prepare before activating the Differentiated Service Based on ResourceReservation feature.

Table 7-1 Data to prepare before activating the Differentiated Service Based on ResourceReservation feature

Parameter Name Parameter ID Setting Notes Data SourceScheduling PriorityIndicator

SPI(BSC6900,BSC6910)

SPIs are used toprioritize users.Whether to add usersprioritized by SPIs toa resource groupneeds to be plannedbefore the feature isdeployed. You canrun the RNC MMLcommand ADDUUSERGRPSPIMAP to specify theresource group thatSPI users belong to.

Radio network plan(internal)

Resource Group ID ResGroupId(BSC6900,BSC6910)

A maximum of fourresource groups canbe defined in a cell.The mappingbetween SPIs andresource groupsneeds to be plannedbefore the feature isdeployed.


Cell ID CellId(BSC6900,BSC6910)

This parameterspecifies the cell inwhich DifferentiatedService Based onResourceReservation needs tobe activated.




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Parameter Name Parameter ID Setting Notes Data SourceMax. HSDPA PowerRatio for ResourceGroup 0~Max.HSDPA Power Ratiofor Resource Group 3

ResG0DpaMaxPwr-Ratio(BSC6900,BSC6910)~ResG3DpaMaxPwr-Ratio(BSC6900,BSC6910)

The value of thisparameter rangesfrom 1 to 100. Themaximum HSDPApower ratio for eachresource group needsto be planned basedon user subscribedservices before thefeature is deployed.


DifferentiatedService based onResourceReservation-kbps

DiffeServiceonRes-Reserve

When RAN Sharingor MOCN is enabled,you need toconfigure PS trafficseparately for theprimary andsecondary operators.The sum of the PStraffic configured forall the operatorscannot exceed thelicensed PS trafficfor the DifferentiatedService Based onResourceReservation feature.When RAN Sharingor MOCN is notenabled, you do notneed to configure thisparameter.


7.3.3 Activation (Using MML Commands)Step 1 (Optional) Configure SPIs for users.

l If the WRFD-020806 Differentiated Service Based on SPI Weight feature has been activated,SPIs are already configured. Therefore, SPIs do not need to be configured again.

l If this feature has not been activated, perform the following steps to configure SPIs based onmapping relationships with the traffic class, ARP, and THP:1. Run the RNC MML command SET UUSERPRIORITY with User_priority of

Allocation/Retention priority 1 through User_priority of Allocation/Retentionpriority 15 set to configure user priorities.



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2. Run the RNC MML command SET UTHPCLASS with User Class of TrafficHandling Priority 1 through User Class of Traffic Handling Priority 15 set toconfigure the THP classes for PS interactive services.

3. Run the RNC MML command SET USCHEDULEPRIOMAP with Traffic Class,User Priority, Traffic Handling Priority Class, and Scheduling Priority Indicatorset.

Step 2 Specify the resource group that SPI users belong to.Run the RNC MML command LST UUSERGRPSPIMAP to check whether the mappingbetween SPIs and user groups exists.l If the mapping between SPIs and user groups does not exist, QoS management based on

service awareness is not enabled. In this case, perform the following steps:1. Run the RNC MML command ADD UUSERGROUP with User Group ID and

Description set to create a user group.2. Run the RNC MML command ADD UUSERGRPSPIMAP with Scheduling Priority

Indicator, User Group ID, and Resource Group ID set to specify the resource groupthat SPI users belong to.

l If the mapping between SPIs and user groups exists, QoS management based on serviceawareness is enabled. In this case, perform the following steps:Run the RNC MML command MOD UUSERGRPSPIMAP with Scheduling PriorityIndicator, User Group ID, and Resource Group ID set to specify the resource group thatSPI users belong to.

Step 3 Configure the maximum HSDPA power ratio for each resource group in a cell.To activate Differentiated Service Based on Resource Reservation for a cell, run the RNC MMLcommand ADD UCELLRESGRP with Resource Group Matching Algorithm Switch set toSPI to configure the maximum HSDPA power ratio for each resource group in the cell.

Step 4 (Optional) In RAN sharing or MOCN scenario, run the RNC MML command SET LICENSEto configure PS traffic separately for the primary and secondary operators. In this step, set SetObject License to UMTS(UMTS), Operator Type to PRIM(Primary Operator) or SEC(Secondary Operator), and Differentiated Service based on Resource Reservation-kbps tothe licensed value.----End

NOTE

Enabling this feature does not involve any RNC-level or cell-level switches.

7.3.4 MML Command Examples//(Optional) Configuring SPIs for users//Configuring user prioritiesSET UUSERPRIORITY: ARP1Priority=Gold, ARP2Priority=Gold, ARP3Priority=Gold, ARP4Priority=Gold, ARP5Priority=Gold, ARP6Priority=Silver, ARP7Priority=Silver, ARP8Priority=Silver, ARP9Priority=Silver, ARP10Priority=Silver, ARP11Priority=Copper, ARP12Priority=Copper, ARP13Priority=Copper, ARP14Priority=Copper, ARP15Priority=Copper;//Configuring the THP classes for PS interactive servicesSET UTHPCLASS: THP1Class=High, THP2Class=High, THP3Class=High, THP4Class=High,THP5Class=High, THP6Class=Medium, THP7Class=Medium, THP8Class=Medium, THP9Class=Medium, THP10Class=Medium, THP11Class=Low,



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THP12Class=Low, THP13Class=Low, THP14Class=Low, THP15Class=Low;//Configuring SPIs for PS BE servicesSET USCHEDULEPRIOMAP: TrafficClass=INTERACTIVE, UserPriority=GOLD, THPClass=High, SPI=10;SET USCHEDULEPRIOMAP: TrafficClass=INTERACTIVE, UserPriority=GOLD, THPClass=Medium, SPI=9;SET USCHEDULEPRIOMAP: TrafficClass=INTERACTIVE, UserPriority=GOLD, THPClass=Low, SPI=8;SET USCHEDULEPRIOMAP: TrafficClass=INTERACTIVE, UserPriority=SILVER, THPClass=High, SPI=7;SET USCHEDULEPRIOMAP: TrafficClass=INTERACTIVE, UserPriority=SILVER, THPClass=Medium, SPI=6;SET USCHEDULEPRIOMAP: TrafficClass=INTERACTIVE, UserPriority=SILVER, THPClass=Low, SPI=5;SET USCHEDULEPRIOMAP: TrafficClass=INTERACTIVE, UserPriority=COPPER, THPClass=High, SPI=4;SET USCHEDULEPRIOMAP: TrafficClass=INTERACTIVE, UserPriority=COPPER, THPClass=Medium, SPI=3;SET USCHEDULEPRIOMAP: TrafficClass=INTERACTIVE, UserPriority=COPPER, THPClass=Low, SPI=2;SET USCHEDULEPRIOMAP: TrafficClass=BACKGROUND, UserPriority=GOLD, SPI=11;SET USCHEDULEPRIOMAP: TrafficClass=BACKGROUND, UserPriority=SILVER, SPI=9;SET USCHEDULEPRIOMAP: TrafficClass=BACKGROUND, UserPriority=COPPER, SPI=2;//Specifying the resource group that SPI users belong to//Checking whether the mapping between SPIs and user groups existsLST UUSERGRPSPIMAP:;//If User Classification Mode is not set to SPI(Schedule Priority Indication)//Adding user groups for resource reservationADD UUSERGROUP: UserGroupID=0, Description="Low value user group";ADD UUSERGROUP: UserGroupID=2, Description="Middle value user group";ADD UUSERGROUP: UserGroupID=4, Description="High value user group";//Specifying user groups and resource groups that users belong toMOD UUSERGRPSPIMAP: SPI=2, UserGroupID=0, ResGroupId=ResG0;MOD UUSERGRPSPIMAP: SPI=3, UserGroupID=0, ResGroupId=ResG0;MOD UUSERGRPSPIMAP: SPI=5, UserGroupID=2, ResGroupId=ResG1;MOD UUSERGRPSPIMAP: SPI=6, UserGroupID=2, ResGroupId=ResG1;MOD UUSERGRPSPIMAP: SPI=10, UserGroupID=4, ResGroupId=ResG2;MOD UUSERGRPSPIMAP: SPI=11, UserGroupID=4, ResGroupId=ResG2;//If User Classification Mode is set to SPI(Schedule Priority Indication)//Modifying resource groups as requiredMOD UUSERGRPSPIMAP: SPI=2, UserGroupID=0, ResGroupId=ResG0;MOD UUSERGRPSPIMAP: SPI=3, UserGroupID=1, ResGroupId=ResG0;MOD UUSERGRPSPIMAP: SPI=5, UserGroupID=2, ResGroupId=ResG1;MOD UUSERGRPSPIMAP: SPI=6, UserGroupID=3, ResGroupId=ResG1;MOD UUSERGRPSPIMAP: SPI=10, UserGroupID=4, ResGroupId=ResG2;MOD UUSERGRPSPIMAP: SPI=11, UserGroupID=5, ResGroupId=ResG2; //Configuring the maximum HSDPA power ratio for each resource group in a cell//Configuring the maximum HSDPA power ratio for resource groups 0, 1, and 2 in cell 1234 on the BSC6900ADD UCELLRESGRP: CellId=1234,ResGMatchSwitch=SPI,ResG0DpaMaxPwrRatio=20,ResG1DpaMaxPwrRatio=60,ResG2DpaMaxPwrRatio=60;//(Optional) Configuring licensed PS traffic separately for the primary and secondary operators in RAN sharing or MOCN scenariosSET LICENSE: SETOBJECT=UMTS, OperatorType=PRIM, DiffeServiceonResReserve=2000000;SET LICENSE: SETOBJECT=UMTS, OperatorType=SEC, DiffeServiceonResReserve=1000000;

7.3.5 Activation (Using the CME)NOTE

When configuring the Differentiated Service Based on Resource Reservation feature on the CME, performa single configuration first, and then perform a batch modification if required.Configure the parameters of a single object before a batch modification. Perform a batch modificationbefore logging out of the parameter setting interface.



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Step 1 Configure a single object (such as a cell) on the CME.Set parameters on the CME according to the operation sequence in Table 7-2. For instructionson how to perform the CME single configuration, see CME Single Configuration OperationGuide.

Step 2 (Optional) Modify objects in batches on the CME. (CME batch modification center)

To modify objects in batches, click on the CME to start the batch modification wizard. Forinstructions on how to perform a batch modification through the CME batch modification center,press F1 on the wizard interface to obtain online help.----End

NOTE

In RAN Sharing or MOCN scenarios, the license cannot be configured on the CME. In this case, run theRNC MML command SET LICENSE on the LMT and set the Differentiated Service based on ResourceReservation-kbps parameter to configure PS traffic separately for the primary and secondary operators.

Table 7-2 Configuring the parameters on the CMESN MO NE Parameter

NameParameterID

Configurable in CMEBatchModification Center

1 (Optional)NOTE

If theWRFD-020806Differentiated ServiceBased onSPI Weightfeature is notactivated,configurethe MOsUUSERPRIORITY,UTHPCLASS, andUSCHEDULEPRIOMAP.

UUSERPRIORITY

RNC User_priority ofAllocation/Retentionpriority 1 ~User_priority ofAllocation/Retentionpriority 15

ARP1Priority(BSC6900,BSC6910)~ARP15Priority(BSC6900,BSC6910)

Yes

UTHPCLASS

RNC User Class ofTrafficHandlingPriority1~User Classof TrafficHandlingPriority 15

THP1Class(BSC6900,BSC6910)~THP15Class(BSC6900,BSC6910)

Yes

USCHEDULEPRIOMAP

RNC Traffic Class TrafficClass(BSC6900,BSC6910)

No



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SN MO NE ParameterName

ParameterID


User Priority UserPriority(BSC6900,BSC6910)

TrafficHandlingPriorityClass

THPClass(BSC6900,BSC6910)

SchedulingPriorityIndicator


2 UUSERGROUP(Optional)NOTE

CheckwhetherSPIs areconfiguredfor userprioritiesafterselecting theMOUUSERGRPSPIMAPon the CME.If not,configurethe MO.

RNC User GroupID

UserGroupID(BSC6900,BSC6910)

No

Description Description(BSC6900,BSC6910)

USERGRPSPIMAP

RNC SchedulingPriorityIndicator


No

User GroupID

UserGroupID(BSC6900,BSC6910)

ResourceGroup ID

ResGroupId(BSC6900,BSC6910)



20

SN MO NE ParameterName

ParameterID


3 UCELLRESGRP

RNC ResourceGroupMatchingAlgorithmSwitchTheparameter isset to SPI.

ResGMatchSwitch(BSC6900,BSC6910)

Yes

Max.HSDPAPower Ratiofor ResourceGroup0~Max.HSDPAPower Ratiofor ResourceGroup 3

ResG0DpaMaxPwrRatio(BSC6900,BSC6910)~ResG3DpaMaxPwrRatio(BSC6900,BSC6910)

7.3.6 Activation ObservationObserve the following counters after the Differentiated Service Based on Resource Reservationfeature is activated. If the value of any of the following counters is not 0, this feature has takeneffect.l VS.HSDPAPwrRatio.Mean.ResG0l VS.HSDPAPwrRatio.Mean.ResG1l VS.HSDPAPwrRatio.Mean.ResG2l VS.HSDPAPwrRatio.Mean.ResG3The values of the previous counters are 0 for cells in which the WRFD-140223 MOCN CellResource Demarcation feature has been activated. Therefore, deactivate MOCN Cell ResourceDemarcation so that the Differentiated Service Based on Resource Reservation feature can takeeffect.

7.3.7 ReconfigurationReconfiguration includes the following:l Adjustment of the maximum HSDPA power ratio for a resource group

Run the RNC MML command MOD UCELLRESGRP with Cell ID, Max. HSDPAPower Ratio for Resource Group 0, Max. HSDPA Power Ratio for Resource Group



21

1, Max. HSDPA Power Ratio for Resource Group 2, Max. HSDPA Power Ratio forResource Group 3 modified.

l Adjustment of the mapping between SPIs and resource groupsRun the RNC MML command MOD UUSERGRPSPIMAP with Scheduling PriorityIndicator, and User Group ID set, and Resource Group ID modified as required.

7.3.8 Deactivation (Using MML Commands)Temporary Deactivation

Run the RNC MML command MOD UCELLRESGRP with Cell ID specified, and ResourceGroup Matching Algorithm Switch set to OFF to temporarily deactivate the resourcereservation function for a cell. After the resource reservation function is deactivated, theDifferentiated Service Based on Resource Reservation feature does not take effect in the cell.

Permanent DeactivationTo permanently deactivate the resource reservation function for a cell, perform the followingsteps:

Step 1 Run the RNC MML command RMV UCELLRESGRP with Cell ID specified to deleteresource groups configured in a cell.

Step 2 Delete resource groups that SPI users belong to in the RNC.Run the RNC MML command LST UIPSERVICEQOS to query user group configurationsbefore deleting resource groups that SPI users belong to in the RNC.l If the command output does not contain user group information, the QoS user group

management function is not enabled.In this case, run the RNC MML command RMV UUSERGRPSPIMAP with SchedulingPriority Indicator set to delete resource groups that SPI users belong to.

l If the command output contains user group information, the QoS user group managementfunction is enabled.In this case, run the RNC MML command MOD USERGRPSPIMAP with SchedulingPriority Indicator, and User Group ID set, and with Resource Group ID changed to ResGNone(ResGNone).

Step 3 Run the RNC MML command SET LICENSE to deactivate the license for the DifferentiatedService Based on Resource Reservation feature. In this step, set Set Object License toUMTS, Operator Type to PRIM(Primary Operator) or SEC(Secondary Operator), andDifferentiated Service based on Resource Reservation-kbps to 0.----End

7.3.9 MML Command ExamplesTemporary Deactivation

//Temporarily deactivating the resource reservation function for cell 1234MOD UCELLRESGRP:CellId=1234,ResGMatchSwitch=OFF;



22

Permanent Deactivation//Deleting resource groups configured in cell 1234RMV UCELLRESGRP:CellId=1234;//Querying user group configurationsLST UIPSERVICEQOS:;//Deleting resource groups of user groups 0, 1, and 2 if the LST UIPSERVICEQOS command output does not contain user group informationRMV UUSERGRPSPIMAP: SPI=2;RMV UUSERGRPSPIMAP: SPI=3;RMV UUSERGRPSPIMAP: SPI=5;RMV UUSERGRPSPIMAP: SPI=6;RMV UUSERGRPSPIMAP: SPI=10;RMV UUSERGRPSPIMAP: SPI=11;//Modifying the resource group setting if the LST UIPSERVICEQOS command output contains user group informationMOD UUSERGRPSPIMAP: SPI=2, UserGroupID=0, ResGroupId=ResGNone;MOD UUSERGRPSPIMAP: SPI=3, UserGroupID=0, ResGroupId=ResGNone;MOD UUSERGRPSPIMAP: SPI=5, UserGroupID=2, ResGroupId=ResGNone;MOD UUSERGRPSPIMAP: SPI=6, UserGroupID=2, ResGroupId=ResGNone;MOD UUSERGRPSPIMAP: SPI=10, UserGroupID=4, ResGroupId=ResGNone;MOD UUSERGRPSPIMAP: SPI=11, UserGroupID=4, ResGroupId=ResGNone;//Deactivating the license for this featureSET LICENSE: SETOBJECT=UMTS, OperatorType=PRIM, DiffeServiceonResReserve=0;

7.3.10 Deactivation (Using the CME)NOTE

When configuring the Differentiated Service Based on Resource Reservation feature on the CME, performa single configuration first, and then perform a batch modification if required.Configure the parameters of a single object before a batch modification. Perform a batch modificationbefore logging out of the parameter setting interface.

Temporary DeactivationStep 1 Configure a single object (such as a cell) on the CME.

Set the parameter described in Table 7-3 on the CME. For instructions on how to perform theCME single configuration, see CME Single Configuration Operation Guide.

Step 2 (Optional) Modify objects in batches on the CME. (CME batch modification center)

To modify objects in batches, click on the CME to start the batch modification wizard. Forinstructions on how to perform a batch modification through the CME batch modification center,press F1 on the wizard interface to obtain online help.----End



23

Table 7-3 Configuring the parameter on the CMESN MO NE Parameter

NameParameterID


1 UCELLRESGRPNOTE

CheckwhetherSPIs areconfiguredfor userprioritiesafterselecting theMOUUSERGRPSPIMAPon the CME.If not,configurethe MO.

RNC ResourceGroupMatchingAlgorithmSwitchTheparameter isset to OFF.

ResGMatchSwitch(BSC6900,BSC6910)

Yes

Permanent DeactivationPermanent deactivation cannot be performed using the CME.

7.4 Performance MonitoringThe Differentiated Service Based on Resource Reservation feature yields obvious gains onlywhen downlink resources are insufficient.Table 7-4 describes the NodeB counters used to monitor the operating status of this feature.

Table 7-4 NodeB countersCounter Name Counter DescriptionVS.HSDPAPwrRatio.Mean.ResG0 Average Transmit Power Ratio for HSDPA

Users In Resource Group 0VS.HSDPAPwrRatio.Mean.ResG1 Average Transmit Power Ratio for HSDPA

Users In Resource Group 1VS.HSDPAPwrRatio.Mean.ResG2 Average Transmit Power Ratio for HSDPA

Users In Resource Group 2



24

Counter Name Counter DescriptionVS.HSDPAPwrRatio.Mean.ResG3 Average Transmit Power Ratio for HSDPA

Users In Resource Group 3

l If the average transmit power ratio for HSDPA users in a resource group exceeds theconfigured maximum HSDPA power ratio for the cell, the possible causes are as follows: Power resources are sufficient and all users in the cell can use power resources on

demand. Power resources are insufficient but users in other resource groups use only a few power

resources.l If the average transmit power ratio for HSDPA users in a resource group is far lower than

the configured maximum HSDPA power ratio for the cell, the possible causes are asfollows: users need to transmit a small amount of data or the number of users is small in the cell. Power resources are insufficient but non-HSDPA R99 services and control channels

consume most of the power resources, causing available power for users in the resourcegroup to be lower than the configured ratio.

7.5 Parameter OptimizationGenerally, the same resource group parameters are configured for cells in the RNC. Themaximum HSDPA power ratio for a resource group can be configured based on the proportionsof traffic volume of users, gains, and the number of users. Assume that the traffic volume ofusers whose SPI is 2 accounts for about 80% of the total but the revenue yielded from these usersaccounts for only 10% of the total. Therefore, the maximum HSDPA power ratio for the resourcegroup that these users belong to can be configured as 20% to balance power resourceconsumption and revenue.

7.6 TroubleshootingNone



25

8 ParametersTable 8-1 Parameter description

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

SPI BSC6900

SETUSCHEDULEPRIOMAP

WRFD-020806

DifferentiatedServiceBasedon SPIWeight

Meaning: Relative priority when RAB data in the PSdomain is scheduled. The larger the value of thisparameter, the higher the scheduling priority. Values2-11 indicate the scheduling priorities of backgroundand interactive services.Value 12 indicates thescheduling priority of the streaming service. Value 13indicates the scheduling priority of the conversationalservice. Value 14 indicates the scheduling priority of theIMS signaling. Value 15 indicates the schedulingpriority of the SRB service. Values 0 and 1 are reservedfor other services.GUI Value Range: 2~11Unit: NoneActual Value Range: 2~11Default Value: None

WCDMA RANDifferentiated Service Based on Resource ReservationFeature Parameter Description 8 Parameters


26

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

SPI BSC6910

SETUSCHEDULEPRIOMAP

WRFD-020806

DifferentiatedServiceBasedon SPIWeight

Meaning: Relative priority when RAB data in the PSdomain is scheduled. The larger the value of thisparameter, the higher the scheduling priority. Values2-11 indicate the scheduling priorities of backgroundand interactive services.Value 12 indicates thescheduling priority of the streaming service. Value 13indicates the scheduling priority of the conversationalservice. Value 14 indicates the scheduling priority of theIMS signaling. Value 15 indicates the schedulingpriority of the SRB service. Values 0 and 1 are reservedfor other services.GUI Value Range: 2~11Unit: NoneActual Value Range: 2~11Default Value: None

ResGroupId

BSC6900

ADDUUSERGRPSPIMAPMODUUSERGRPSPIMAP

WRFD-150233

DifferentiatedServiceBasedonResourceReservation

Meaning: ID of the resource group corresponding to aservice protocol group.GUI Value Range: ResG0(ResG0), ResG1(ResG1),ResG2(ResG2), ResG3(ResG3), ResGNone(ResGNone)Unit: NoneActual Value Range: ResG0, ResG1, ResG2, ResG3,ResGNoneDefault Value: ResGNone(ResGNone)

ResGroupId

BSC6910


WRFD-150233


Meaning: ID of the resource group corresponding to aservice protocol group.GUI Value Range: ResG0(ResG0), ResG1(ResG1),ResG2(ResG2), ResG3(ResG3), ResGNone(ResGNone)Unit: NoneActual Value Range: ResG0, ResG1, ResG2, ResG3,ResGNoneDefault Value: ResGNone(ResGNone)



27

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

ResGMatchSwitch

BSC6900

ADDUCELLRESGRPMODUCELLRESGRP

WRFD-150233


Meaning: Method for matching UEs and HSDPA powerresource groups. Value OFF indicates that no matchingaction is required. Value SPI indicates that the RNCmatches UEs to resource groups based on their SPI forresource allocation. Value Service indicates that theRNC matches UEs to the resource groups for resourceallocation based on service awareness. In this case, theresource groups are configured by running "ADDUIPSERVICEQOS".GUI Value Range: OFF, SPI, ServiceUnit: NoneActual Value Range: OFF, SPI, ServiceDefault Value: OFF

ResGMatchSwitch

BSC6910


WRFD-150233


Meaning: Method for matching UEs and HSDPA powerresource groups. Value OFF indicates that no matchingaction is required. Value SPI indicates that the RNCmatches UEs to resource groups based on their SPI forresource allocation. Value Service indicates that theRNC matches UEs to the resource groups for resourceallocation based on service awareness. In this case, theresource groups are configured by running "ADDUIPSERVICEQOS".GUI Value Range: OFF, SPI, ServiceUnit: NoneActual Value Range: OFF, SPI, ServiceDefault Value: OFF

ResG0DpaMaxPwrRatio

BSC6900


WRFD-150233


Meaning: Maximum available HSDPA power of cellresource group 0. The RNC sends the parameter valueto the NodeB, which then controls the admission ofHSDPA UEs for cell resource group 0 in busy hours.GUI Value Range: 1~100Unit: %Actual Value Range: 1~100Default Value: 100



28

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

ResG0DpaMaxPwrRatio

BSC6910


WRFD-150233



ResG1DpaMaxPwrRatio

BSC6900


WRFD-150233



ResG1DpaMaxPwrRatio

BSC6910


WRFD-150233



ResG2DpaMaxPwrRatio

BSC6900


WRFD-150233





29

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

ResG2DpaMaxPwrRatio

BSC6910


WRFD-150233



ResG3DpaMaxPwrRatio

BSC6900


WRFD-150233



ResG3DpaMaxPwrRatio

BSC6910


WRFD-150233





30

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

CellId BSC6900

ADDUCELLRESGRPMODUCELLRESGRPRMVUCELLRESGRP

None None Meaning: The logical cell ID uniquely identifies a cellin a radio network. The logical cell ID is configured atthe RNC. The RNC sends the cell ID to the base stationduring a cell setup procedure. The mapping betweenlogical cell IDs and local cell IDs are configured at theRNC. The RNC supports a maximum of 5100 logicalcells. Logical cells are uniquely but not necessarilyconsecutively numbered within a RNC. For example,you can set the ID of a logical cell to 0 and that of anotherlogical cell to 2. For clear and easy identification, adhereto the following numbering principles: Specify differentnumber ranges for logical cells in different subracks.For example, you can specify the range of 0 to 899 forthe logical cells in subrack 0 (MPS) and the range of900 to 1799 for the logical cells in subrack 1 (EPS).Fordetailed information about this parameter, see 3GPP TS25.401.GUI Value Range: 0~65535Unit: NoneActual Value Range: 0~65535Default Value: None

CellId BSC6910

ADDUCELLRESGRPMODUCELLRESGRPRMVUCELLRESGRP

None None Meaning: The logical cell ID uniquely identifies a cellin a radio network. The logical cell ID is configured atthe RNC. The RNC sends the cell ID to the base stationduring a cell setup procedure. The mapping betweenlogical cell IDs and local cell IDs are configured at theRNC. The RNC supports a maximum of 20000 logicalcells. Logical cells are uniquely but not necessarilyconsecutively numbered within a RNC. For example,you can set the ID of a logical cell to 0 and that of anotherlogical cell to 2. For detailed information about thisparameter, see 3GPP TS 25.401.GUI Value Range: 0~65535Unit: NoneActual Value Range: 0~65535Default Value: None



31

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

MaxTxPower

BSC6900

ADDUCELLSETUPMODUCELL

WRFD-020501

OpenLoopPowerControl

Meaning: Sum of the maximum transmit power of allDL channels in a cell. For detailed information of thisparameter, see 3GPP TS 25.433.GUI Value Range: 0~500Unit: 0.1dBmActual Value Range: 0~50Default Value: 430

MaxTxPower

BSC6910

ADDUCELLSETUPMODUCELL

WRFD-020501

OpenLoopPowerControl

Meaning: Sum of the maximum transmit power of allDL channels in a cell. For detailed information of thisparameter, see 3GPP TS 25.433.GUI Value Range: 0~500Unit: 0.1dBmActual Value Range: 0~50Default Value: 430

ARP1Priority

BSC6900

SETUUSERPRIORITY

WRFD-010505WRFD-150233WRFD-020106WRFD-020107WRFD-020806

Queuingand Pre-EmptionDifferentiatedServiceBasedonResourceReservationLoadReshufflingOverloadControlDifferentiatedServiceBasedon SPIWeight

Meaning: User priority corresponding to ARP 1.GUI Value Range: Gold, Silver, CopperUnit: NoneActual Value Range: Gold, Silver, CopperDefault Value: Gold



32

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

ARP1Priority

BSC6910

SETUUSERPRIORITY



Meaning: User priority corresponding to ARP 1.GUI Value Range: Gold, Silver, CopperUnit: NoneActual Value Range: Gold, Silver, CopperDefault Value: Gold



33

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

ARP15Priority

BSC6900

SETUUSERPRIORITY



Meaning: User priority corresponding to ARP 15.GUI Value Range: Gold, Silver, CopperUnit: NoneActual Value Range: Gold, Silver, CopperDefault Value: Copper



34

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

ARP15Priority

BSC6910

SETUUSERPRIORITY



Meaning: User priority corresponding to ARP 15.GUI Value Range: Gold, Silver, CopperUnit: NoneActual Value Range: Gold, Silver, CopperDefault Value: Copper



35

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

THP1Class

BSC6900

SETUTHPCLASS

WRFD-020806WRFD-050424WRFD-150233

DifferentiatedServiceBasedon SPIWeightTrafficPriorityMapping ontoTransmissionResourcesDifferentiatedServiceBasedonResourceReservation

Meaning: Traffic handling priority (THP) class of thePS interactive service whose THP is 1. The THP classincludes High, Medium, and Low. The GBR, HBR, andSPI of the PS interactive service can be configuredbased on the THP class.GUI Value Range: High, Medium, LowUnit: NoneActual Value Range: High, Medium, LowDefault Value: High



36

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

THP1Class

BSC6910

SETUTHPCLASS

WRFD-020806WRFD-050424WRFD-150233


Meaning: Traffic handling priority (THP) class of thePS interactive service whose THP is 1. The THP classincludes High, Medium, and Low. The GBR, HBR, andSPI of the PS interactive service can be configuredbased on the THP class.GUI Value Range: High, Medium, LowUnit: NoneActual Value Range: High, Medium, LowDefault Value: High



37

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

THP15Class

BSC6900

SETUTHPCLASS

WRFD-020806WRFD-050424WRFD-150233


Meaning: Traffic handling priority (THP) class of thePS interactive service whose THP is 15. The THP classincludes High, Medium, and Low. The GBR, HBR, andSPI of the PS interactive service can be configuredbased on the THP class.GUI Value Range: High, Medium, LowUnit: NoneActual Value Range: High, Medium, LowDefault Value: Low



38

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

THP15Class

BSC6910

SETUTHPCLASS

WRFD-020806WRFD-050424WRFD-150233


Meaning: Traffic handling priority (THP) class of thePS interactive service whose THP is 15. The THP classincludes High, Medium, and Low. The GBR, HBR, andSPI of the PS interactive service can be configuredbased on the THP class.GUI Value Range: High, Medium, LowUnit: NoneActual Value Range: High, Medium, LowDefault Value: Low

TrafficClass

BSC6900

SETUSCHEDULEPRIOMAP

WRFD-020806WRFD-050424

DifferentiatedServiceBasedon SPIWeightTrafficPriorityMapping ontoTransmissionResources

Meaning: Traffic handling priority (THP) class that theTHP priority for interactive services is mapped to. TheTHP classes are High, Medium, and Low. The mappingbetween the THPs and THP classes is configured byrunning the "SET UTHPCLASS" command.GUI Value Range: INTERACTIVE, BACKGROUNDUnit: NoneActual Value Range: INTERACTIVE,BACKGROUNDDefault Value: None



39

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

TrafficClass

BSC6910

SETUSCHEDULEPRIOMAP

WRFD-020806WRFD-050424


Meaning: Traffic handling priority (THP) class that theTHP priority for interactive services is mapped to. TheTHP classes are High, Medium, and Low. The mappingbetween the THPs and THP classes is configured byrunning the "SET UTHPCLASS" command.GUI Value Range: INTERACTIVE, BACKGROUNDUnit: NoneActual Value Range: INTERACTIVE,BACKGROUNDDefault Value: None

UserPriority

BSC6900

SETUSCHEDULEPRIOMAP

WRFD-020806WRFD-050424


Meaning: User priority. The user classes in descendingorder of priority are Gold, Silver, and Copper. The userpriority is defined according to the allocation/retentionpriority (ARP) that is carried in the RAB assignmentmessage sent by the CN. The mapping between theARPs and user priorities is configured by running the"SET UUSERPRIORITY" command.GUI Value Range: GOLD, SILVER, COPPERUnit: NoneActual Value Range: GOLD, SILVER, COPPERDefault Value: None

UserPriority

BSC6910

SETUSCHEDULEPRIOMAP

WRFD-020806WRFD-050424


Meaning: User priority. The user classes in descendingorder of priority are Gold, Silver, and Copper. The userpriority is defined according to the allocation/retentionpriority (ARP) that is carried in the RAB assignmentmessage sent by the CN. The mapping between theARPs and user priorities is configured by running the"SET UUSERPRIORITY" command.GUI Value Range: GOLD, SILVER, COPPERUnit: NoneActual Value Range: GOLD, SILVER, COPPERDefault Value: None



40

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

THPClass

BSC6900

SETUSCHEDULEPRIOMAP

WRFD-020806WRFD-050424


Meaning: Traffic Handling Priority (THP) class that theTHP priority is mapped to. This parameter is valid foronly interactive services. The mapping relationshipbetween the traffic handling priority value ofINTERACTIVE service and its corresponding class canbe set through command "SET UTHPCLASS".GUI Value Range: High, Medium, LowUnit: NoneActual Value Range: High, Medium, LowDefault Value: None

THPClass

BSC6910

SETUSCHEDULEPRIOMAP

WRFD-020806WRFD-050424


Meaning: Traffic Handling Priority (THP) class that theTHP priority is mapped to. This parameter is valid foronly interactive services. The mapping relationshipbetween the traffic handling priority value ofINTERACTIVE service and its corresponding class canbe set through command "SET UTHPCLASS".GUI Value Range: High, Medium, LowUnit: NoneActual Value Range: High, Medium, LowDefault Value: None

UserGroupID

BSC6900

ADDUUSERGROUPMODUUSERGROUPRMVUUSERGROUP

WRFD-150233


Meaning: ID of a user group. A user group consists ofusers with different SPIs or terminal group IDs or ofusers with different SPIs and terminal group IDs.GUI Value Range: 0~63Unit: NoneActual Value Range: 0~63Default Value: None



41

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

UserGroupID

BSC6910

ADDUUSERGROUPMODUUSERGROUPRMVUUSERGROUP

WRFD-150233


Meaning: ID of a user group. A user group consists ofusers with different SPIs or terminal group IDs or ofusers with different SPIs and terminal group IDs.GUI Value Range: 0~63Unit: NoneActual Value Range: 0~63Default Value: None

Description

BSC6900

ADDUUSERGROUPMODUUSERGROUP

WRFD-150233


Meaning: Supplementary information about a usergroup.GUI Value Range: 1~64 length of byteUnit: NoneActual Value Range: 1~64 length of byteDefault Value: None

Description

BSC6910

ADDUUSERGROUPMODUUSERGROUP

WRFD-150233


Meaning: Supplementary information about a usergroup.GUI Value Range: 1~64 length of byteUnit: NoneActual Value Range: 1~64 length of byteDefault Value: None

SPI BSC6900

ADDUUSERGRPSPIMAPMODUUSERGRPSPIMAPRMVUUSERGRPSPIMAP

WRFD-150233


Meaning: Scheduling priority of frames of PS services.The larger the value of this parameter, the higher thescheduling priority of a PS service. Values in the rangeof 2 to 11 are for background and interactive services.The value 12 is for streaming services. The value 13 isfor conversational services. The value 14 is for IMSsignaling messages. The value 15 is for SRB services.The values 0 and 1 are reserved.GUI Value Range: 0~15Unit: NoneActual Value Range: 0~15Default Value: None



42

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

SPI BSC6910

ADDUUSERGRPSPIMAPMODUUSERGRPSPIMAPRMVUUSERGRPSPIMAP

WRFD-150233


Meaning: Scheduling priority of frames of PS services.The larger the value of this parameter, the higher thescheduling priority of a PS service. Values in the rangeof 2 to 11 are for background and interactive services.The value 12 is for streaming services. The value 13 isfor conversational services. The value 14 is for IMSsignaling messages. The value 15 is for SRB services.The values 0 and 1 are reserved.GUI Value Range: 0~15Unit: NoneActual Value Range: 0~15Default Value: None

UserGroupID

BSC6900


WRFD-150255WRFD-150233

DifferentiatedServiceBasedonTerminalDifferentiatedServiceBasedonResourceReservation

Meaning: ID of a user group. A user group consists ofusers with different SPIs or terminal group IDs or ofusers with different SPIs and terminal group IDs. Youcan run the "ADD UUSERGROUP" command to add auser group.GUI Value Range: 0~63Unit: NoneActual Value Range: 0~63Default Value: None



43

Parameter ID

NE MMLCommand

FeatureID

FeatureName

Description

UserGroupID

BSC6910


WRFD-150255WRFD-150233

DifferentiatedServiceBasedonTerminalDifferentiatedServiceBasedonResourceReservation

Meaning: ID of a user group. A user group consists ofusers with different SPIs or terminal group IDs or ofusers with different SPIs and terminal group IDs. Youcan run the "ADD UUSERGROUP" command to add auser group.GUI Value Range: 0~63Unit: NoneActual Value Range: 0~63Default Value: None



44

9 CountersTable 9-1 Counter description

Counter ID Counter Name CounterDescription

NE Feature ID Feature Name

50341714 VS.HSDPAPwrRatio.Mean.ResG0

Averagepermillage oftransmit powerfor HSDPAusers in resourcegroup 0 to themaximum celltransmit power

NodeB Multi-mode:NoneGSM: NoneUMTS:WRFD-150233LTE: None

DifferentiatedService Basedon ResourceReservation









WCDMA RANDifferentiated Service Based on Resource ReservationFeature Parameter Description 9 Counters


45

Counter ID Counter Name CounterDescription

NE Feature ID Feature Name





WCDMA RANDifferentiated Service Based on Resource ReservationFeature Parameter Description 9 Counters


46

10 GlossaryFor the acronyms, abbreviations, terms, and definitions, see Glossary.

WCDMA RANDifferentiated Service Based on Resource ReservationFeature Parameter Description 10 Glossary


47

11 Reference DocumentsDifferentiated HSPA Service Feature Parameter Description

WCDMA RANDifferentiated Service Based on Resource ReservationFeature Parameter Description 11 Reference Documents


48

Contents1 About This Document1.1 Scope1.2 Intended Audience1.3 Change History1.4 Differences Between Base Station Types

2 Overview2.1 Introduction2.2 Benefits

3 Resource Group Management4 Limitations on HSDPA Power Consumption for Users in Resource Groups5 Related Features5.1 Prerequisite Features5.2 Mutually Exclusive Features5.3 Impacted Features

6 Network Impact6.1 System Capacity6.2 Network Performance

7 Engineering Guidelines7.1 When to Use WRFD-150233 Differentiated Service Based on Resource Reservation7.2 Required Information7.3 Deployment7.3.1 Requirements7.3.2 Data Preparation7.3.3 Activation (Using MML Commands)7.3.4 MML Command Examples7.3.5 Activation (Using the CME)7.3.6 Activation Observation7.3.7 Reconfiguration7.3.8 Deactivation (Using MML Commands)7.3.9 MML Command Examples7.3.10 Deactivation (Using the CME)

7.4 Performance Monitoring7.5 Parameter Optimization7.6 Troubleshooting

8 Parameters9 Counters10 Glossary11 Reference Documents