CN101193414A - A method for measuring load cross the network - Google Patents

A method for measuring load cross the network Download PDF

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Publication number
CN101193414A
CN101193414A CN 200610114796 CN200610114796A CN101193414A CN 101193414 A CN101193414 A CN 101193414A CN 200610114796 CN200610114796 CN 200610114796 CN 200610114796 A CN200610114796 A CN 200610114796A CN 101193414 A CN101193414 A CN 101193414A
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cell
load
partition
specified
measurement
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CN 200610114796
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柯雅珠
翔 程
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中兴通讯股份有限公司
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Publication of CN101193414A publication Critical patent/CN101193414A/en

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Abstract

The invention discloses a method for measuring the load of a cross access network, which is suitable for a wireless communication system comprising a first access network and a second access network and comprises the following steps: Step 1, the first access network controls the second access network to carry out the downlink load measurement through an IUR interface and sends an IUR interface measurement initialization signaling to the second access network so as to indicate the starting of the task of the downlink load measurement; Step 2, the second access network accepts the measurement task and makes response to the first access network; Step 3, the second access network measures the measuring amount according to the released measurement task and reports the rules according to the measurement and reports the result of the load measurement to the first access network through an IUR interface measurement result reporting signaling; Step 4, the first access network controls the second access network to stop the implementation of the downlink load measurement. The invention makes up for the deficiency that no suitable uplink and downlink load measurement mode is provided for the cross access network and the composition of the uplink and downlink load is insufficient to be described in the present system implementation.

Description

一种跨接入网测量负荷的方法 The method of measuring a cross access network load

技术领域 FIELD

本发明涉及一种无线通信系统中测量负荷的方法,特别是涉及一种无线通信系统中跨接入网测量下行负荷和/或上行负荷的方法。 The present invention relates to a method for measuring a wireless communication system load, particularly to a method in a wireless communication system, across the network load measurement downlink and / or uplink load.

背景技术 Background technique

接入网之间的接口,称为IUR (IurInterface)接口;接入网中无线网络控制器和节点B之间的接口,称为IUB (Iub Interface)接口,如图1所示。 The interface connection between the access network, called IUR (IurInterface) interfaces; access network interface between the radio network controller and a Node B, referred IUB (Iub Interface) interfaces, as shown in FIG. 跨接入网的测量,需要由接入网1通过IUR接口控制接入网2,间接控制接入网2内的节点B而进行。 Crossover network measurement, by the access network via an access network 2 IUR interface control, indirect control in the access network node B 2 is performed.

现有系统中,已经引入HSDPA (High-Speed Downlink Packet Access,高速下行链路分组数据接入)特性。 In the existing system, it has been introduced into the HSDPA (High-Speed ​​Downlink Packet Access, High Speed ​​Downlink Packet Data Access) characteristics. 小区的下行负荷构成为由使用HSDPA特性的实时业务和非实时业务产生的下行负荷,和使用传统特性的实时业务和非实时业务产生的下行负荷,以及基底下行负荷。 Downlink load cell constituting the load by using the HSDPA downlink real-time service characteristics and non-realtime service generated downlink and load characteristics using conventional real-time service and non-real-time service generated downlink load and a base. 使用HSDPA特性的各个业务承载在HS-DSCH (High Speed Downlink Shared Channel,高速共享数据信道)传输信道上;使用传统特性的各个业务承载在RACH (Random Access Channel, 随机存取信道)/DCH (Dedicated Channel,专用信道)传输信道上。 Using the HSDPA feature of each service carried in HS-DSCH (High Speed ​​Downlink Shared Channel, a high speed shared data channel) transmission channels; using conventional characteristics of the respective operations carried RACH (Random Access Channel, RACH) / DCH (Dedicated channel, dedicated channel) transport channel.

但现有系统中,没有合适的T行负荷测量方式,不足以清楚描述下行负荷的构成。 However, the existing systems, there is no suitable T load measurement line, composed of a clear description of insufficient downlink load. 特别是,当跨接入网切换决策时,源接入网不知道使用HSDPA特性和使用传统特性分别产生的下行负荷情况,所以无法准确决策到底是否切换过去,以及是沿用既有的使用HSDPA特性或者使用传统特性切换过去,还是转换到新特性(如使用HSDPA特性回落到使用传统特性)后再切换过去。 In particular, when the inter-access network handover decision, the source access network does not know the use of HSDPA downlink load characteristics and the situation with traditional characteristics are generated, it is not accurate decision-making in the end whether to switch over, and followed the existing use HSDPA feature or using a conventional switching characteristics of the past, or conversion to a new characteristic (e.g., using conventional HSDPA feature characteristic used to down) and then switch over.

举例说明:小区l归属于源接入网l,小区2归属于目标接入网2。 For example: a cell belonging to the source access network l l, cell 2 belonging to the target access network 2. 终端和小区1建立连接,并使用HSDPA特性来收发非实时业务。 Cell and a connection terminal 1, and to transmit and receive characteristics of HSDPA non-realtime service. 终端从小区1逐步移动到小区2。 Stepwise moved from the terminal 1 to the cell 2 cell. 而实际上,小区2的实时业务和非实时业务均使用HSDPA In fact, residential real-time and non-real-time business service 2 are using HSDPA

特性,承载HS-DSCH传输信道上,己经负荷较高,不能够再接纳新的使用HSDPA特性的业务进入;同时,小区2内没有使用传统特性的实时业务和非 Characteristics of the carrier transport channel HS-DSCH, has a high load, can no longer receive new features of HSDPA traffic enters; simultaneously, without the use of traditional real-time service and non-inner-cell characteristic 2

实时业务,没有业务承载在RACH或者DCH上,没有任何负荷,可以大量接纳新的使用传统特性的业务进入。 Real-time service, there is no traffic carried on RACH or DCH, there is no load, can receive a large number of new services into the use of traditional characteristics. 在现有系统中,对于此情况,由于源接入网1不知道小区2的更详细的情况,认为小区2仍然可以接入使用HSDPA特性的非实时业务,将决策切换到小区2中并继续使用HSDPA特性,通过信令A (如IUR接口无线链路建立信令)向目标接入网2方向切换,而目标接入网2 作切入接纳控制,检査小区2的负荷情况,发现使用HSDPA特性的业务无法再被接纳,所以通过信令B (如IUR接口无线链路建立失败信令)返回给源接入网1,宣布切换失败。 In existing systems, for this case, since the source access network 1 does not know more detailed information of cell 2, cell 2 that can still access non-real time characteristic of HSDPA traffic, the decision to switch to cell 2 and continue using the HSDPA feature, signaling by a (IUR as a signaling interface to establish a radio link) direction to a target access network handover, the target access network 2 for cutting admission control, load condition check cell 2 found using HSDPA can no longer service feature is received, the signaling through the B (IUR interfaces, such as radio link establishment signaling failure) back to a source access network, a handover failure announcement.

而如果源接入网1能够清楚地知道小区的下行负荷构成,知道使用HSDPA特性和使用传统特性分别产生的下行负荷情况,在上述情况下,源接入网1切换决策可以选择将此非实时业务从使用HSDPA特性回落到使用传统特性后进行切换,或者切换决策可以选择不切换(如软切换,小区2并不是最好小区的情况),从而避免切换失败的发生,从而准确有效地进行切换决策。 If the source access network 1 can be clearly aware of downlink load cell configuration, characteristics and use is known to use conventional HSDPA characteristics generate downlink load, in the above case, the source access network switching decision may choose to have this non-real time HSDPA traffic dropped from the use of the characteristics of a conventional switching characteristics after use, or may choose not to switch the switching decision (e.g., soft handover, the situation is not the best cell 2 cell), thus avoiding the occurrence of the handover failure to accurately and effectively switch decision making.

现有系统中,已经引入EDCH (Enhanced Dedicated Channel,增强型专用信道)特性。 In the existing system, it has been introduced EDCH (Enhanced Dedicated Channel, Enhanced Dedicated Channel) characteristics. 小区的下行负荷构成为由使用EDCH特性的被调度的实时业务和非实时业务产生的上行负荷,和使用EDCH特性的非调度的实时业务和非实时业务产生的上行负荷,和使用传统特性的实时业务和非实时业务产生的上行负荷,以及基底上行负荷。 Downlink load cell constituting the uplink load by using an uplink EDCH load characteristics is scheduled real-time service and non-real time services produced, and the non-scheduled real-time service using EDCH characteristics produced and non-realtime service, and the use of traditional real-time characteristic uplink traffic and load generated non-realtime service, an uplink and a base load. 使用EDCH特性的各个业务承载在上行EDCH (Uplink Enhanced Dedicated Channel,上行增强型专用信道)传输信道上;使用传统特性的各个业务承载在RACH/DCH传输信道上。 Each EDCH use characteristic traffic bearer uplink EDCH (Uplink Enhanced Dedicated Channel, Enhanced Uplink Dedicated Channel) transport channel; using conventional characteristics of each service carried RACH / DCH transport channels.

但现有系统中没有合适的上行负荷测量方式,不足以清楚描述上行负荷的构成。 However, the conventional system does not load measurement suitable uplink, the uplink configuration is not sufficient to clearly describe the load. 特别是,当跨接入网切换决策时,源接入网不知道使用EDCH特性和使用传统特性分别产生的上行负荷情况,所以无法准确决策切换到底是否切换过去,以及是沿用既有的使用EDCH特性或者使用传统特性切换过去,还是转换到新特性(如使用EDCH特性回落到使用传统怜性)后再切换过去。 In particular, when the inter-access network handover decision, the source access network using the EDCH do not know the features and characteristics of the traditional use of up-load conditions are created, it is not possible to accurately switch in the end the decision whether to switch over, and followed the use of existing EDCH characteristic or characteristics using a conventional switch over or switch to the new properties (e.g., using the EDCH to the use of traditional characteristics fall of pity) after switch over.

举例说明:小区1归属于源接入网1,小区2归属于目标接入网2。 For example: a cell belonging to the source access network 1, the cell 2 belonging to the target access network 2. 终端和小区1建^连接,并使用EDCH特性被调度方式来收发非实时业务。 1 and terminal cell built ^ connection and use the EDCH scheduling characteristic is to send and receive non-real time traffic. 终端从小区1逐歩移动到小区2。 Terminal moves from cell 1 to cell 2 by ho. 而实际上,小区2的实时业务和非实时业务均使用被调度方式的EDCH特性,承载EDCH传输信道上,已经负荷较高,不能够再接纳新的使用被调度方式的EDCH特性的业务进入;同时,小区2内没 In fact, real-time and non-real-time service using EDCH cell 2 are scheduled to be characteristic of the embodiment, the carrier EDCH transmission channel, has high load, can no longer receive new incoming traffic using the EDCH scheduling mode characteristic; At the same time, not the cell 2

有使用传统特性的实时业务和非实时业务,没有业务承载在RACH或者DCH There are characteristics using conventional real-time services and non real-time services, there is no traffic on RACH or DCH bearers

上,没有任何负荷,可以大量接纳新的使用传统特性的业务进入。 On no load, you can receive a large number of new services into the use of traditional characteristics. 在现有系统中,对于此情况,由于源接入网l不知道小区2的更详细的情况,认为小区2 仍然可以接入使用EDCH特性的非实时业务,将决策切换到小区2中并继续使用EDCH特性,通过信令A (如IUR接口无线链路建立信令)向目标接入网2方向切换,而目标接入网2作切入接纳控制,检査小区2的负荷情况,发现使用被调度方式的EDCH特性的业务无法再被接纳,所以通过信令B (如IUR接口无线链路建立失败信令)返回给源接入网l,宣布切换失败。 In existing systems, for this case, since the source access network does not know l Further details of the cell 2, cell 2 that may still be using the EDCH access characteristic non-realtime service, the decision to switch to cell 2 and continue EDCH use characteristics, signaling by a (IUR as a signaling interface to establish a radio link) direction to a target access network handover, the target access network 2 for cutting admission control, load condition check cell 2 found using the EDCH scheduling traffic characteristics can no longer be received, the signaling by B (IUR interfaces, such as a radio link setup failure signaling) L is returned to the source access network, a handover failure announcement.

而如果源接入网1能够清楚地知道小区的上行负荷构成,知道使用EDCH 特性和使用传统特性分别产生的下行负荷情况,在上述情况下源接入网1切换决策可以选择将此非实时业务从使用EDCH特性回落到使用传统特性后进行切换,或者切换决策可以选择不切换(如软切换,小区2并不是最好小区的情况),从而避免切换失败的发生,从而准确有效地进行切换决策。 If the source access network 1 can be clearly aware of the uplink load of the cell configuration, using EDCH known characteristics and properties using traditional generate downlink load, in such a case a handover source access network this decision may be selected non-real time traffic down from the use of the EDCH characteristics after characteristics using conventional switching, or handover decision may choose not to handover (e.g., soft handover, cell 2 cell is not the best case), thus avoiding the occurrence of the handover failure to accurately and effectively perform handover decision .

发明内容 SUMMARY

本发明所要解决的技术问题在于提供一种跨接入网测量负荷的方法,用于使得接入网能获得清晰的负荷信息,以便更准确地进行负荷相关的决策。 The present invention is to provide a technical problem to measure the load across the network a method for enabling the access network to get a clear load information to the load more accurately related decisions.

为了实现上述目的,本发明提供了一种跨接入网测量负荷的方法,适用于包含第一接入网、第二接入网的无线通信系统,所述第一接入网为源接入网, 包含第一无线网络控制器、第一节点B,所述第二接入网为目标接入网,包含第二无线网络控制器、第二节点B;所述第一无线网络控制器与所述第一节点B之间、所述第二无线网络控制器与所述第二节点B之间通过IUB接口连接, 所述第一无线网络控制器、所述第二无线网络控制器之间通过IUR接口连接, 其特征在于,该方法包括: To achieve the above object, the present invention provides a crossover network load measurement method, suitable for containing a first access network, the second wireless communication system access network, the first access network to the access source network, comprising a first radio network controller, a first point B, the second access network to the target access network, comprising a second radio network controller, the second node B; and the first radio network controller between the first node B, through the interface IUB, between the first radio network controller to the second radio network controller and the second points B, between the second radio network controller via the IUR interface, characterized in that, the method comprising:

步骤一,所述第一接入网通过所述IUR接口控制所述第二接入网进行上行负荷测量和/或下行负荷测量,并发送一IUR接口测量初始化信令至所述第二接入网,指示开启上行负荷测量任务和/或下行负荷测量任务; Step one, the first access network via the IUR interface to the second access network controlling the load measuring uplink and / or downlink load measurement, and transmits a measurement initialization IUR interfaces to the second access signaling network, indicating an open load measurement task uplink and / or downlink load measurement task;

步骤二,所述第二接入网接收到所述IUR接口测量初始化信令后,接受 Step two, the second access network after receiving the IUR interface to initialize measurement signaling acceptance

所述测量任务,并以一IUR接口测量初始化响应信令回复所述第一接入网; The measurement task, and to a measurement initialization IUR interface to return response signaling to the first access network;

步骤三,所述第二接入网依照下达的测量任务对测量量进行测量,并依照 Step three, said second access network on the measurement values ​​measured in accordance with measurement task assigned, and in accordance with

测量上报规则,将负荷测量结果通过一IUR 口测量结果上报信令上报至所述第-一接入网;及 Measurement reporting rules, the load measurement results reported by a signaling IUR interface reports the measurement result to the first - an access network; and

步骤四,所述第一接入网通过所述IUR接口控制所述第二接入网停止进行上行负荷测量和/或下行负荷测量,并发送一IUR 口测量终止信令至所述第二接入网,指示需要终止的测量任务,所述第二接入网终止上行负荷测量和/ 或下行负荷测量。 Step four, the first access network via the IUR interface control to stop the second access network for uplink load measurement and / or downlink load measurement, and transmits a measurement terminating the IUR interface to the second access signaling network, indicating a need to terminate the measurement task, the second access network terminating load measuring uplink and / or downlink load measurement.

所述的跨接入网测量负荷的方法,其中,所述步骤一中,所述IUR接口测量初始化信令中,所述下行负荷测量任务的测量量是以下测量量之一或任意测量量组合: Measure the load across the network according to a method, wherein, in said step a, measuring the IUR interface to initialize signaling, measuring the amount of load on the downlink measurement task is measuring the amount of one or any combination of measuring the amount of :

指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷; 指定小区或者小区下分区中的使用传统特性业务产生的负荷; 指定小区或者小区下分区中的使用HSDPA特性实时业务产生的负荷; 指定小区或者小区下分区中的使用HSDPA特性非实时业务产生的负荷; Specified load using HSDPA characteristics of the traffic generated in the partition at the cell or cells; load traditional characteristics of the traffic generated using partition specified cells or cell; use partition HSDPA feature specified cells or cell realtime traffic load generated; designated HSDPA feature partition using non real-time traffic load in a cell or cell generation;

指定小区或者小区下分区中的使用传统特性实时业务产生的负荷; 指定小区或者小区下分区中的使用传统特性非实时业务产生的负荷; 指定小区或者小区下分区中的基底负荷; 指定小区或者小区下分区中的总负荷。 Load using conventional characteristics partition realtime traffic generated at a given cell or cell; load non real-time traffic generated using conventional characteristics partition specified cells or cell; baseload specified cells or cell partition; specified cells or cell total load in the lower partition.

所述的跨接入网测量负荷的方法,其中,所述步骤一中,所述IUR接口测量初始化信令中,所述上行负荷测量任务的测量量是以下测量量之一或任意测量量组合: Measure the load across the network according to a method, wherein, in said step a, measuring the IUR interface to initialize signaling, measuring the amount of the uplink load measurement task is to measure the amount of one or any combination of measuring the amount of :

指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷; 指定小区或者小区下分区中的使用传统特性业务产生的负荷; Under a load cell or a specified cell partition using EDCH characteristic traffic generated; traffic characteristics specified using the conventional load cell or the cell partition generated;

指定小区或者小区下分区中的使用EDCH特性的被调度的业务产生的负 Negative specified cells or cell partition using EDCH scheduled traffic characteristics is generated

荷; The Netherlands;

指定小区或者小区下分区中的使用EDCH特性的非调度的业务产生的负 Negative specified cells or cell partition using EDCH characteristic non-scheduled traffic generated

荷; The Netherlands;

指定小区或者小区下分区中的使用EDCH特性的实时业务产生的负荷; 指定小区或者小区下分区中的使用EDCH特性的非实时业务产生的负荷; 指定小区或者小区下分区中的使用EDCH特性的被调度的实时业务产生的负荷; 指定小区或者小区下分区中的使用EDCH特性的被调度的非实时业务产生的负荷; Load realtime traffic generated using EDCH characteristics specified cells or cell partition; load non-real time traffic generated using EDCH characteristic partition specified cells or cell; specified cells or cell using EDCH characteristic partition is real-time traffic scheduling load generated; cell or a specified cell partition using EDCH characteristic of non-real time traffic is scheduled load generated;

指定小区或者小区下分区中的使用EDCH特性的非调度的实时业务产生的负荷; Under a load cell or a specified cell partition using EDCH characteristic non-scheduled traffic generated by real-time;

指定小区或者小区下分区中的使用EDCH特性的非调度的非实时业务产生的负荷; Under a load cell or a specified cell partition using EDCH characteristic unscheduled traffic generated by non-real time;

指定小区或者小区下分区中的使用传统特性实时业务产生的负荷; 指定小区或者小区下分区中的使用传统特性非实时业务产生的负荷; 指定小区或者小区下分区中的基底负荷; 指定小区或者小区下分区中的总负荷。 Load using conventional characteristics partition realtime traffic generated at a given cell or cell; load non real-time traffic generated using conventional characteristics partition specified cells or cell; baseload specified cells or cell partition; specified cells or cell total load in the lower partition.

所述的跨接入网测量负荷的方法,其中,所述步骤一中,所述上行负荷测量任务的测量量与所述下行负荷测量任务的测量量相同或不同。 Measure the load across the network according to a method, wherein, in said step a, measuring the amount of the uplink load measuring tasks with the same or different measurement quantities downlink load measurement task.

所述的跨接入网测量负荷的方法,其中,所述步骤三中,所述上行负荷测量任务、所述下行负荷测量任务的测量上报规则是以F测量上报规则之一: Measure the load across the network according to a method, wherein said step 3, the uplink load measurement task, the task load measuring downlink measurement report rule F is one measurement reporting rules:

一经请求即测量上报规则,是在收到测量初始化信令后,马上上报测量结 I.e. upon request measurement reporting rules, the measurement is initialized after receipt of signaling, reports the measurement results immediately

果; fruit;

周期测量规则,是设定上报周期,周期地上报测量结果; 事件测量规则,是设定事件触发的条件和门限,当测量结果满足后才上报测量结果。 Period measurement rules are set reporting period, periodically reports the measurement results; event measurement rules are set trigger conditions and event threshold, when the measurement results after the meet to report the measurement results.

所述的跨接入网测量负荷的方法,其中,所述上行负荷测量任务、所述下行负荷测量任务的测量上报规则相同或不同。 Measure the load across the network according to a method, wherein the uplink load measurement task, the task load measuring downlink measurement report rule the same or different.

所述的跨接入网测量负荷的方法,其中,所述步骤二中,当所述上行负荷测量任务和/或所述下行负荷测量任务的测量上报规则为所述一经请求即测量上报规则时,所述第二接入网立即上报所述测量结果,将所述负荷测量结果放于所述IUR接口测量初始化响应信令中一并回复至所述第一接入网,所述上行负荷测量任务和/或所述下行负荷测量任务结束。 When the measured load across the network according to a method, wherein the step II, when the uplink and the downlink measurement task load measurement / or reporting rules load measurement task upon request to the measurement reporting rules i.e. , the second access network immediately report the measurement result, the load placed on the measurement result of measuring the interface IUR initialization response signaling to be restored as the first access network, the uplink load measuring task and / or the downstream end of the load measuring tasks.

所述的跨接入网测量负荷的方法,其中,所述步骤三中,通过第一等级表达方式或第二等级表达方式表达所述负荷测量结果; Measure the load across the network according to the method, wherein said step three, the expression level of the first load measuring result by the second level of expression or expression;

所述第一等级表达方式包括第一等级、第二等级和第三等级,所述第一等级表示当前负荷处于低载荷,所述第二等级表示当前负荷处于正常载荷,所述第三等级表示当前载荷处于过载荷; The first level comprises a first expression level, second level and third level, the first level indicates that the current load is in a low load, the second level indicates that the current load in the normal load, the third level indicates The current through the load in the load;

所述第二等级表达方式包括十个等级,最低一级表示最低载荷级别范围, 等级升高,相应载荷级别范围呈线性或非线性递增,最后一级表示最高载荷级别范围。 The second expression level comprises ten levels, the lowest level represents the lowest level of the load range of elevated levels, load level range corresponding linear or non-linear increments, and finally the highest load level represents a range.

所述的跨接入网测量负荷的方法,其中,所述步骤三中,通过对比参照系负荷的比值方式表达所述下行负荷测量结果,表达方式采用以下方式之一: Measure the load across the network according to a method, wherein said step 3, the downlink load measurement results, one of the following expressions by way of comparison reference frame way to express the ratio of the load:

用指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示; Comparison with a reference frame representing load characteristics of HSDPA service at a given cell or cell partition specified ratio of the total generated in the load cell or the lower section of the cell is represented;

用指定小区或者小区下分区中的使用传统特性业务产生的负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示; Proportion of conventional reference frame by using characteristics of the traffic load at a specified cell or cell partition specified ratio of the total generated in the load cell or the cell partition represented;

用指定小区或者小区下分区中的使用HSDPA特性实时业务产生的负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示; Produced by the use of load characteristics specified HSDPA cell or cell partition Proportion of reference frame specified real-time traffic ratio of the total cell load or the cell partition represented;

用指定小区或者小区下分区中的使用HSDPA特性实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷的比值来表示; Produced by the load cell or a specified cell partition using HSDPA feature Proportion of realtime traffic load ratios specified reference system using HSDPA traffic characteristic in the cell or cell partition generated to represent;

用指定小区或者小区下分区中的使用HSDPA特性非实时业务产生的负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示; Proportion of cells at a specified frame of reference by a load cell or partition using non-realtime service HSDPA feature generated at the specified ratio of the total cell load or the cell partition represented;

用指定小区或者小区下分区中的使用HSDPA特性非实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷的比值来表/K; Proportion of cells at a specified frame of reference by a load cell or partition using non-realtime service HSDPA feature produced using a specified ratio of the load cell or the HSDPA traffic characteristic in the cell generated by the partition table / K;

用指定小区或者小区下分区中的使用传统特性实时业务产生的负荷占对 Real-time traffic load generated by the use of the specified cells or cell partition accounts for the characteristics of conventional

比参照系指定小区或者小区下分区中的总负荷的比值来表示; The ratio of the total cell load or the cell partition ratio specified reference system represented;

用指定小区或者小区下分区中的使用传统特性实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用传统特性业务产生的负荷的比值 Real-time traffic load generated by the use of the specified cells or cell partition characteristic of a conventional reference system specified ratio Proportion of load characteristics of the traffic generated using conventional cell or in a cell partition

来表示; To represent;

用指定小区或者小区下分区中的使用传统特性非实时业务产生的负荷占 Produced by using a conventional load characteristics specified cells or cell partition accounts for non-real time traffic

对比参照系指定小区或者小区下分区中的总负荷的比值来表示; Comparison reference system specified ratio of the total cell load or the cell partition represented;

用指定小区或者小区下分区中的使用传统特性非实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用传统特性业务产生的负荷的比值来表示; Proportion of cells at a specified frame of reference by a load cell or partition using conventional non-real time traffic characteristics specified ratio generated using a conventional load cell or the characteristics of the traffic generated by the cell partition represented;

用指定小区或者小区下分区中的基底负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示; Proportion of reference frame specified by the substrate under a load cell or the cell partition specified ratio of the total cell load or the cell partition represented;

用指定小区或者小区下分区中的基底负荷占对比参照系指定小区或者小区下分区中的能够承受的最大总负荷的比值来表示; Proportion of reference frame specified by the substrate under a load cell or the cell partition is designated ratio of the maximum total load of the cell can withstand the cell partition or represented;

用指定小区或者小区下分区中的总负荷占对比参照系指定小区或者小区下分区中的能够承受的最大总负荷的比值来表示; Proportion of reference system with the specified cell or cell partition ratios specified total load can withstand the maximum total load of the cell or cells to represent the partition;

所述指定小区或者小区下分区、所述对比参照系指定小区或者小区下分区属于同一个指定小区或者小区下分区。 The designated cell or the cell partitions, the cell or cells designated comparative reference frame belonging to the next lower section with a designated cell or cell partition.

所述的跨接入网测量负荷的方法,其中,所述步骤三中,通过对比参照系负荷的比值方式表达所述上行负荷测量结果,表达方式采用以下方式之一: Measure the load across the network according to a method, wherein said step 3, the uplink load measurement reference system load by comparing the expression ratio of the way of expression in one of the following ways:

用指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示; Proportion of cells at a specified frame of reference by a load cell or partition using EDCH characteristics specified ratio of the total traffic generated by the load cell or the cell partition represented;

用指定小区或者小区下分区中的使用传统特性业务产生的负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示; Proportion of conventional reference frame by using characteristics of the traffic load at a specified cell or cell partition specified ratio of the total generated in the load cell or the cell partition represented;

用指定小区或者小区下分区中的使用EDCH特性的被调度的业务产生的负荷占对比参照系指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷的比值来表示; Proportion of cells at a specified frame of reference by a load cell or partition using EDCH scheduled traffic characteristics is produced at a specified ratio of load cells or the cell partition using EDCH generated traffic characteristic represented;

用指定小区或者小区下分区中的使用EDCH特性的非调度的业务产生的负荷占对比参照系指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷的比值来表示; Produced by the load cell or a specified cell partition using EDCH properties Proportion of non-scheduled traffic load ratio under the reference frame designated cell or cell partition using EDCH generated traffic characteristic represented;

用指定小区或者小区下分区中的使用EDCH特性的实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷的比值来表示; Proportion of cells at a specified frame of reference by a load cell or partition using EDCH generated real-time traffic characteristics specified ratio of load cells or the cell partition using EDCH generated traffic characteristic represented;

用指定小区或者小区下分区中的使用EDCH特性的非实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷的比值来表示; Produced by the load cell or a specified cell partition using non-realtime service EDCH characteristics specified ratio Proportion of reference system under load cell or cell partition using EDCH generated traffic characteristic represented;

用指定小区或者小区下分区中的使用EDCH特性的被调度的实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷的比值来表示; Proportion of the specified frame of reference by a load cell or the cell partition characteristics using EDCH real time services are scheduled to produce the ratio specified in the load cell or the cell partition using EDCH generated traffic characteristic represented;

用指定小区或者小区下分区中的使用EDCH特性的被调度的非实吋业务 A specified cell or cell partition using EDCH characteristics is scheduled non-real traffic inch

产生的负荷占对比参照系指定小区或者小区下分区中的使用EDCH特性的业 Proportion of the load generating the specified frame of reference cell or cells using the EDCH partition characteristic industry

务产生的负荷的比值来表示; The ratio of the traffic generated by the load represented;

用指定小区或者小区下分区中的使用EDCH特性的非调度的实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷的比值来表示; Produced by the load cell or a specified cell partition using EDCH characteristic non-scheduled real-time traffic ratio Proportion of reference frame specified load cell or the cell partition using EDCH generated traffic characteristic represented;

用指定小区或者小区下分区中的使用EDCH特性的非调度的非实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷的比值来表示; Produced by the load cell or a specified cell partition using EDCH characteristic unscheduled non-realtime service reference system specified ratio Proportion of cells or the load cell partition using EDCH generated traffic characteristic represented;

用指定小区或者小区下分区中的使用传统特性实时业务产生的负荷占对 Real-time traffic load generated by the use of the specified cells or cell partition accounts for the characteristics of conventional

比参照系指定小区或者小区下分区中的总负荷的比值来表示; The ratio of the total cell load or the cell partition ratio specified reference system represented;

用指定小区或者小区下分区中的使用传统特性实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用传统特性业务产生的负荷的比值 Real-time traffic load generated by the use of the specified cells or cell partition characteristic of a conventional reference system specified ratio Proportion of load characteristics of the traffic generated using conventional cell or in a cell partition

来表示; To represent;

用指定小区或者小区下分区中的使用传统特性非实时业务产生的负荷占 Produced by using a conventional load characteristics specified cells or cell partition accounts for non-real time traffic

对比参照系指定小区或者小区下分区中的总负荷的比值来表示; Comparison reference system specified ratio of the total cell load or the cell partition represented;

用指定小区或者小区下分区中的使用传统特性非实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用传统特性业务产生的负荷的比 Produced by using a conventional load characteristics specified cells or cell partition Proportion of non-realtime service than conventional reference system specifies the characteristics of the traffic in the cell or cell partition load generated

值来表示; Values ​​to represent;

用指定小区或者小区下分区中的基底负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示; Proportion of reference frame specified by the substrate under a load cell or the cell partition specified ratio of the total cell load or the cell partition represented;

用指定小区或者小区下分区中的基底负荷占对比参照系指定小区或者小区下分区中的能够承受的最大总负荷的比值来表示; Proportion of reference frame specified by the substrate under a load cell or the cell partition is designated ratio of the maximum total load of the cell can withstand the cell partition or represented;

用指定小区或者小区下分区中的总负荷占对比参照系指定小区或者小区下分区中的能够承受的最大总负荷的比值来表示; Proportion of reference system with the specified cell or cell partition ratios specified total load can withstand the maximum total load of the cell or cells to represent the partition;

所述指定小区或者小区下分区、所述对比参照系指定小区或者小区下分区属于同一个指定小区或者小区下分区。 The designated cell or the cell partitions, the cell or cells designated comparative reference frame belonging to the next lower section with a designated cell or cell partition.

所述的跨接入网测量负荷的方法,其中,通过预先设定或者信令指示所述 Crossover network load measuring method, wherein, by setting in advance the signaling indicates or

对比参照系负荷,所述信令包括所述IUR接口测量初始化信令、所述IUR接口测量初始化响应信令、所述IUR 口测量结果上报信令。 Comparison reference system load, said signaling includes signaling said IUR interface to initialize the measurement, the measurement IUR interface to initialize the response signaling, reporting the measurement result to the IUR interface signaling.

本发明提出的一种无线通信系统中跨接入网测量下行负荷和上行负荷的 A radio communication system proposed in the present invention, the load across the network to measure the downstream and upstream load

15 15

方法,弥补了现有系统实现中没有合适的跨接入网上下行负荷测量方式,不足 A method, implemented to make up the existing system is not suitable load across the access network downlink measurement, insufficient

以清楚描述上下行负荷的构成的缺陷,该方法通过下行对于使用HSDPA特性和使用传统特性业务产生的负荷以及基底负荷进行测量,上行对于使用EDCH 特性和使用传统特性业务产生的负荷以及基底负荷进行测量,使得接入网获得清晰的负荷信息,从而能够更准确地进行负荷相关的决策,如切换决策或者负荷均衡决策,因而具有以下明显的技术效果: To clearly describe the defect configuration of uplink and downlink load, which is measured using HSDPA feature and using a load and a base load traditional characteristics of the traffic generated by the downlink, the uplink using EDCH characteristics and use of the traditional characteristics of the traffic generated by the load and a substrate load for measurement, so that the access load information obtained clear, decisions can be performed more accurately related to the load, or the load balancing handover decision making, which has the following significant technical effects:

接入网1能够获得清晰的负荷信息,从而可以更准确的进行负荷相关的决策,如切换决策或者负荷均衡决策。 Access network 1 can obtain clear information on the load, so that more accurate load dependent decisions, such as load balancing handover decisions or decisions. 现有系统实现中没有合适的跨接入网上下行负荷测量方式,不足以清楚描述上下行负荷的构成,接入网1不知道使用HSDPA特性和使用传统特性分别产生的下行负荷情况,所以无法准确进行负荷相关的决策。 No prior system to achieve proper load span access online measurement downlink, uplink and downlink configuration is not sufficient to clearly describe the load, the access network does not know a characteristic of HSDPA and use characteristics of conventional generate downlink load situation, can not be load dependent accurate decisions. 同时,接入网1不知道使用E-DCH特性和使用传统特性分别产生的上行负荷情况,所以无法准确进行负荷相关的决策。 Meanwhile, an uplink load condition of access network 1 using the E-DCH not know the characteristics and use of traditional characteristics are generated, the decision can not be accurately related to the load. 在本发明引入对于使用HSDPA特性和使用传统特性业务产生的负荷进行测量以及引入对于使用EDCH特性和使用传统特性业务产生的负荷进行测量后,则解决了此缺陷,使得接入网获得清晰的负荷信息,从而能够更准确地进行负荷相关的决策,如切换决策或者负荷均衡决策。 In the present invention, is introduced using conventional HSDPA characteristics and load characteristics of the traffic generated using the measured characteristic and the introduction and use of EDCH using traditional characteristics of the traffic load generated by measurement after, this drawback is resolved, so that the load of the access network to obtain a clear information, decisions can be performed more accurately related to the load, or the load balancing handover decision making.

以下结合附图和具体实施例对本发明进行详细描述,但不作为对本发明的限定。 The present invention will be described in detail in conjunction with the accompanying drawings and the specific embodiments, but not limit the present invention.

附图说明 BRIEF DESCRIPTION

图1是IUR接口示意图; 图2是本发明中具体实施例1的示意图; 图3是本发明中具体实施例2的示意图; 图4是本发明中具体实施例3的示意图; 图5是本发明中具体实施例4的示意图; FIG 1 is a IUR interface diagram; FIG. 2 is a schematic view of embodiment 1 of the present invention, in particular embodiments; FIG. 3 is a schematic view of embodiment 2 of the present invention, in particular embodiments; FIG. 4 is a schematic view of embodiment 3 of the present invention, in particular embodiments; FIG. 5 is present 4 is a schematic view of the specific embodiment of the invention;

图6是本发明中具体实施例5的示意图。 FIG 6 is a schematic diagram of the 5 particular embodiment of the present invention.

具体实施方式 Detailed ways

下面结合附图对本发明所述技术方案的实施作进一步的详细描述: 请参阅图2,是本发明中具体实施例1的示意图,该实施例1提供了一种 OF THE DRAWINGS The technical solutions of embodiments of the present invention will be further described in detail: Referring to FIG 2, is a schematic diagram of a particular embodiment of the present invention, this embodiment provides a 1

跨接入网测量下行负荷的方法,采用一经请求即测量上报的上报规则,测量量 The method of measuring the downlink load across the access network, upon request using a report rule i.e. measurement report, measuring the amount of

为指定小区或者小区下分区中的使用HSDPA特性实时业务产生的负荷,该方 Under specified load cell or cell partition characteristic of HSDPA traffic generated by real-time, the party

法具体步骤如下: Method the following steps:

步骤210,接入网1通过IUR接口控制接入网2进行下行负荷测量。 Step 210, the access network via an access network interface controller 2 IUR downlink load measurement. 接入网1发送IUR接口测量初始化信令给接入网2,指示开启下行负荷测量任务。 IUR interface to access network 1 transmits to the access signaling initialization measurement 2, indicating an open downstream load measuring task. IUR接口测量初始化信令中,下行负荷测量任务的测量量为指定小区或者小区下分区中的使用HSDPA特性实时业务产生的负荷,下行负荷测量任务的测量上报规则为一经请求即测量上报;以及 IUR initialization signaling connection measuring, measuring the amount of downlink measurement task for the specified load using load cells or cell HSDPA characteristics partition real-time traffic generated measurement reporting downlink load measurement task rules upon request i.e. measurement reporting; and

步骤220,接入网2接收到IUR接口测量初始化信令后,接受此测量任务, 依照下达的测量任务对测量量进行测量,并立即上报测量结果,将测量结果放在IUR接口测量初始化响应信令中一并回复给接入网1。 Step 220, after receiving the access network interface to the measurement initialization signaling IUR 2, receiving this measurement task, measurement of the amount measured in accordance with the assigned measurement task and immediately reports the measurement results, the measurement result measured on the interface initialization response signal IUR together in order to reply to the access network 1. 指定小区或者小区下分区中的使用HSDPA特性实时业务产生的负荷用三等级方式表示,实际测量结果为等级一(低载荷)。 Load cell at a given cell or partition using HSDPA feature real-time traffic generated using three levels represented embodiment, actual measurement result is a level (a low load). 同时,此测量任务结束。 At the same time, the end of this measurement task.

上述IUR接口测量初始化信令中,下行负荷测量任务的测量量是以下测量量之一以及以下任意测量量组合: IUR interface to initialize the above-described measurement signaling, measuring the amount of downlink measurement task is to load one of the following measurements and measuring the amount of any of the following combinations:

al),指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷; al), using the specified cell or cell partition HSDPA traffic generated load characteristic;

a2),指定小区或者小区下分区中的使用传统特性业务产生的负荷; a2), the cell or cells designated service partition using the conventional characteristics of a load generated;

a3),指定小区或者小区下分区中的使用HSDPA特性实时业务产生的负 a3), or negative cells use the specified cell partition HSDPA feature real-time traffic generated

荷; The Netherlands;

a4),指定小区或者小区下分区中的使用HSDPA特性非实时业务产生的负荷; a4), to specify characteristics of HSDPA cells or cell non-real time traffic partition loads generated;

a5),指定小区或者小区下分区中的使用传统特性实时业务产生的负荷; a6),指定小区或者小区下分区中的使用传统特性非实时业务产生的负荷; a7),指定小区或者小区下分区中的基底负荷; a8),指定小区或者小区下分区中的总负荷。 a5), using the specified cell or cell partition conventional characteristics of real-time traffic load generated; a6), the specified load using traditional characteristics at a cell or cell partition non-real time traffic generated; a7), to specify the cell or cell partition the baseload; a8), specify the total cell load or the cell partition.

请参阅图3,是本发明中具体实施例2的示意图,该实施例2提供了一种跨接入网测量下行负荷的方法,采用周期测量的上报规则,测量量为指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷和指定小区或者小区下分区中的总负荷,该方法的具体步骤如下: Please refer to FIG. 3, 2 is a schematic diagram of the present invention, in particular embodiments, this second embodiment provides a method for measuring downlink load across the access network using regular cycle measurement reporting, measuring an amount of the cell or cells designated partition the characteristics of HSDPA traffic and load generated at the specified cell or cell partition the total load, the specific steps of the method are as follows:

步骤310,接入网1通过IUR接口控制接入网2进行下行负荷测量。 Step 310, the access network via an access network interface controller 2 IUR downlink load measurement. 接入 Access

网1发送IUR接口测量初始化信令给接入网2,指示开启下行负荷测量任务。 IUR interface to network 1 to the access measuring initialization signaling 2, indicating an open downstream load measuring task. IUR接口测量初始化信令中,下行负荷测量任务的测量量为指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷和指定小区或者小区下分区中的总负荷,下行负荷测量任务的测量上报规则为周期测量并指定周期值; IUR initialization signaling connection measuring, measuring the amount of the load measuring task downlink total load at the specified cells or cell partition characteristic of HSDPA traffic and load generated in the designated cell or the cell partition, the measurement report downlink load measurement task rules for the prescribed period and period measurement value;

步骤320,接入网2接收到IUR接口测量初始化信令后,接受此测量任务, 以IUR接口测量初始化响应信令回复接入网1; Step 320, after receiving the access network interface to the measurement initialization signaling IUR 2, receiving this measurement task to measure the IUR interface to initialize an access network in response to the signaling reply;

步骤330,接入网2依照下达的测量任务对测量量进行测量,第一个测量周期到,将测量结果通过IUR 口测量结果上报信令上报给接入网1。 Step 330, access network 2 in accordance with the measured amount of the measurement tasking measurement to the first measurement cycle, the measurement result by the measurement results reported IUR interface to the access signaling reports 1. 指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷测量结果为20%,使用事先约定的用"指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷"占对比参照系"指定小区或者小区下分区中的总负荷"的比值(同一个指定小区或者小区下分区内)来表示。 Load characteristics of the traffic measurements generated using the HSDPA in the partition 20% at a specified cell or cells, by using a pre-agreed "using the specified cell or cell partition HSDPA feature generated traffic load" Proportion of reference system "specified cell or the ratio of the total load cell partition "(the partition under the same cell or a specified cell), respectively. 指定小区或者小区下分区中的总负荷测量结果为60%,用"指定小区或者小区下分区中的总负荷"占对比参照系"指定小区或者小区下分区中的能够承受的最大总负荷"的比值(同一个指定小区或者小区下分区内)来表示; Designated cell or the total load measurement cell results under partition 60%, with "specified cells or cell partition total load" accounting "to withstand the maximum total load cell or a specified cell partition" comparison reference system the ratio (a partition designated under the same cell or cell) is represented;

步骤340,接入网2依照下达的测量任务对测量量进行测量,第二个测量周期到,将测量结果通过IUR 口测量结果上报信令上报给接入网1。 Step 340, access network 2 in accordance with the measured amount of the measurement tasking measurement to the second measurement cycle, the measurement result by the measurement results reported IUR interface to the access signaling reports 1. 指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷测量结果为40%,指定小区或者小区下分区中的总负荷测量结果为60%; Load measurements generated using HSDPA service at a specified characteristic of a cell or a cell partition 40%, the total load measured at a given cell or cell partition 60% results;

步骤350,接入网2依照下达的测量任务对测量量进行测量,第N个测量周期到,将测量结果通过IUR口测量结果上报信令上报给接入网1。 Step 350, access network 2 in accordance with the measured amount of the measurement tasking measurement, to the N-th measurement cycle, the measurement result by the measurement results reported IUR interface to the access signaling reports 1. 指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷测量结果为50%,指定小区或者小区下分区中的总负荷测量结果为60%;以及 Load characteristics of the traffic measurements generated using the HSDPA in the partition 50% at a specified cell or cells, the total load measurement partition specified cell or cells 60% results; and

步骤360,接入网1通过IUR接口控制接入网2停止进行此下行负荷测量。 Step 360, the access network via an access network 2 IUR interface control stop this downward load measurement. 接入网1发送IUR接口测量终止信令给接入网2,指示此测量任务终止。 IUR interface to access network 1 transmits the measurement termination signaling to the access network 2, indicating this measurement task is terminated. 接入网2终止下行负荷测量。 2 access network terminating downlink load measurement.

请参阅图4,是本发明中具体实施例3的示意图,该实施例3提供了一种跨接入网测量下行负荷的方法,采用事件测量的上报规则,测量量为指定小区或者小区下分区中的使用HSDPA特性非实时业务产生的负荷。 Please refer to FIG. 4, 3 is a schematic diagram of the present invention, in particular embodiments, this third embodiment provides a method for measuring downlink load across the network using the measurement reporting event rules, the measurement quantity specified cells or cell partition load characteristics of HSDPA non-real time traffic generated.

事先约定负荷用IO个等级来表达负荷,最低一级表示最低载荷级别范围, Load load expressed prior agreement, the lowest level represents the lowest level of the load range with IO levels,

等级升高则载荷范围线性或者非线性递增,最高一级表示最高载荷级别范围。 Raising the level of linear or nonlinear load range increments, the highest level is the highest load level range. 该方法的具体步骤如下: Specific steps of the method are as follows:

步骤410,接入网1通过IUR接口控制接入网2进行下行负荷测量。 Step 410, the access network via an access network interface controller 2 IUR downlink load measurement. 接入 Access

网1发送IUR接口测量初始化信令给接入网2,指示开启下行负荷测量任务。 IUR interface to network 1 to the access measuring initialization signaling 2, indicating an open downstream load measuring task. IUR接口测量初始化信令中,下行负荷测量任务的测量量为指定小区或者小区下分区中的使用HSDPA特性非实时业务产生的负荷。 IUR initialization signaling connection measuring, measuring the amount of downlink measurement task for the specified load at a load cell or the cell partition using non-realtime service HSDPA feature generated. 下行负荷测量任务的测量上报规则为事件A测量,设定负荷门限为7,设定迟滞为O; Measuring downlink load measurement task A measurement event reporting rules, set load threshold is 7, the hysteresis is set is O;

歩骤420,接入网2接收到IUR接口测量初始化信令后,接受此测量任务, 以IUR接口测量初始化响应信令回复接入网1; Ho step 420, the access network 2 receives the initialization signaling connection measuring IUR, accept the measurement task to measure the IUR interface to initialize an access network in response to the signaling reply;

步骤430,接入网2依照下达的测量任务对测量量进行测量,当前指定小区或者小区下分区中的使用HSDPA特性非实时业务产生的负荷测量结果为8,高于负荷门限7,则无迟滞将测量结果通过IUR 口测量结果上报信令上报给接入网1;以及 Step 430, access network 2 is measured on the measurement values ​​measured in accordance with the assigned task, using the measurement results of current load characteristics specified HSDPA cell or cell non-realtime service partition 8 is generated, load threshold higher than 7, no hysteresis the measurement results reported by the IUR interface signaling reports the measurement result to the access network 1; and

步骤440,接入网1通过IUR接口控制接入网2停止进行此下行负荷测量。 Step 440, the access network via an access network 2 IUR interface control stop this downward load measurement. 接入网1发送IUR接口测量终止信令给接入网2,指示此测量任务终止。 IUR interface to access network 1 transmits the measurement termination signaling to the access network 2, indicating this measurement task is terminated. 接入网2终止下行负荷测量。 2 access network terminating downlink load measurement.

请参阅图5,是本发明中具体实施例4的示意图,该实施例4提供了一种跨接入网测量上行负荷的方法,采用事件测量的上报规则,测量量为指定小区或者小区下分区中的使用EDCH特性的非调度的非实时业务产生的负荷。 Refer to FIG. 5, Example 4 is a schematic view of particular embodiments of the present invention, this embodiment provides a method of Example 4 across the network to measure the upstream load, measured using event reporting rules, measuring the amount of the specified cells or cell partition the use of non-scheduled EDCH characteristic load generated non-realtime service.

事先约定负荷用10个等级来表达负荷,最低一级表示最低载荷级别范围, 等级升高则载荷范围线性或者非线性递增,最高-一级表示最高载荷级别范围。 Previously agreed with the load 10 is expressed load levels, the lowest level represents the lowest load level range, the level of increased linear or nonlinear load range increments, maximum - a represents the highest load level range.

该方法的具体步骤如下: Specific steps of the method are as follows:

步骤510,接入网1通过IUR接口控制接入网2进行上行负荷测量。 Step 510, the access network 1 via access network IUR interface controller 2 performs uplink load measurement. 接入网1发送IUR接口测量初始化信令给接入网2,指示开启上行负荷测量任务。 IUR interface to access network 1 transmits to the access signaling initialization measurement 2, indicating an open uplink load measuring task. IUR接口测量初始化信令中,上行负荷测量任务的测量量为指定小区或者小区下分区中的使用EDCH特性的非调度的非实时业务产生的负荷。 IUR initialization signaling connection measuring, measuring the amount of uplink load measurement task for the specified non-realtime service load generated using unscheduled EDCH cell characteristics at a cell or partition. 上行负荷测量任务的测量上报规则为事件A测量,设定负荷门限为7,设定迟滞为0; Measuring uplink load measurement task A measurement event reporting rules, set load threshold is 7, the hysteresis is set to 0;

步骤520,接入网2接收到IUR接口测量初始化信令后,接受此测量任务, 以IUR接口测量初始化响应信令回复接入网1; Step 520, after receiving the access network interface to the measurement initialization signaling IUR 2, receiving this measurement task to measure the IUR interface to initialize an access network in response to the signaling reply;

步骤530,接入网2依照下达的测量任务对测量量进行测量,当前指定小 Step 530, access network 2 is measured on the measurement values ​​measured in accordance with the task assigned, designated small current

区或者小区下分区中的使用EDCH特性的非调度的非实时业务产生的负荷测 Non-real-time service load cell produced by using a non-scheduled or EDCH region characteristic lower section of the cell

量结果为8,高于负荷门限7,则无迟滞将测量结果通过IUR口测量结果上报 The results of the amount of 8, 7 above the load threshold, no hysteresis measurement result by the measurement results reported IUR interface

信令上报给接入网l;以及 L reported to the access signaling; and

步骤540,接入网1通过IUR接口控制接入网2停止进行此上行负荷测量。 Step 540, the access network via an access network 2 IUR interface control stop this upward load measurement.

接入网1发送IUR接口测量终止信令给接入网2,指示此测量任务终止。 IUR interface to access network 1 transmits the measurement termination signaling to the access network 2, indicating this measurement task is terminated. 接入 Access

网2终止上行负荷测量。 2 terminates upstream network load measurement.

上述IUR接口测量初始化信令中,上行负荷测量任务的测量量是以下测 IUR interface to initialize the above-described measurement signaling, measuring the amount of uplink load measurement task following test

量量之一以及以下任意测量量组合: One amount and measuring the amount of any of the following combinations:

bl),指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷; b2),指定小区或者小区下分区中的使用传统特性业务产生的负荷; b3),指定小区或者小区下分区中的使用EDCH特性的被调度的业务产 bl), the specified cell or cell partition using EDCH characteristic traffic load generated; b2), the specified cell or the cell using traditional characteristics of the traffic partition load generated; b3), the specified cell or cell partition using EDCH characteristics is scheduled traffic capacity

生的负荷; Raw load;

b4),指定小区或者小区下分区中的使用EDCH特性的非调度的业务产生的负荷; b4), the designated cell or the cell partition using EDCH non-scheduled traffic characteristics of a load generated;

b5),指定小区或者小区下分区中的使用EDCH特性的实时业务产生的负荷; b5), the specified cell or cell partition using EDCH characteristic of a load generated real-time traffic;

b6),指定小区或者小区下分区中的使用EDCH特性的非实时业务产生的负荷; b6), specify the cell or cells in the lower partition using non-realtime service characteristics EDCH load generated;

b7),指定小区或者小区下分区中的使用EDCH特性的被调度的实时业务产生的负荷; b7), the cell or cells designated partition using EDCH characteristics is generated scheduled traffic load in real-time;

b8),指定小区或者小区下分区中的使用EDCH特性的被调度的非实时业务产生的负荷; b8), specified cells or cell partition using EDCH characteristic of non-real time traffic is scheduled load generated;

b9),指定小区或者小区下分区中的使用EDCH特性的非调度的实时业务产生的负荷; b9), specify the cell or cells in the lower partition using EDCH characteristic non-scheduled real-time traffic loads generated;

b10),指定小区或者小区下分区中的使用EDCH特性的非调度的非实时业务产生的负荷; b10), the cell or cells designated partition using EDCH characteristic unscheduled traffic loads generated by non-real time;

bll),指定小区或者小区下分区中的使用传统特性实时业务产生的负荷; b12),指定小区或者小区下分区中的使用传统特性非实时业务产生的负 bll), using the specified cell or cell partition characteristic of a conventional real-time traffic load generated; b12), using the specified cell or cell partition characteristic of a conventional non-realtime service generated negative

荷; The Netherlands;

b13),指定小区或者小区下分区中的基底负荷;b14),指定小区或者小区下分区中的总负荷。 b13), baseload partition specified cells or cell; b14), specify the total cell load or the cell partition.

上述IUR接口测量初始化信令中,上行负荷测量任务和下行负荷测量任务的测量量之间没有任何耦合关系。 IUR interface to initialize the above-described measurement signaling, there is no coupling between the uplink load measuring task and measuring the amount of downlink load measurement task. 可以选择相同的测量量,也可以选择不同的测量量。 Can select the same measurements can also choose different measurement quantities.

上述IUR接口测量初始化信令中,上行负荷测量任务和下行负荷测量任 IUR interface to initialize the above-described measurement signaling, the uplink and downlink load measuring task load measuring any

务的测量上报规则沿用现有协议定义,具体上报规则为以下之一: Traffic measurement reporting rules uses existing protocol definition, specifically report rule is one of:

Cl),-一经请求即测量上报规则:在收到测量初始化信令后,马上上报测量结果; Cl), - upon request, i.e., a measurement reporting rules: After receiving the measurement signaling initialization immediately reports the measurement result;

C2),周期测量规则:设定上报周期,周期的上报测量结果; C2), periodic measurement rule: setting a reporting period, the measurement result reporting period;

C3),事件测量:设定事件触发的条件和门限。 C3), event measurement: set conditions and thresholds triggering event. 测量结果满足后才上报测 After reporting the measurement results to meet the test

量结果。 The amount of results.

上述IUR接口测量初始化信令中,上行负荷测量任务和下行负荷测量任 IUR interface to initialize the above-described measurement signaling, the uplink and downlink load measuring task load measuring any

务的测量上报规则之间没有任何耦合关系。 Traffic measurement reporting no coupling between the rules. 可以使用相同的测量上报规则,也可以使用不同的测量上报规则。 You can use the same measurement reporting rules may be used of different measurement reporting rules.

上行和下行各个类别负荷测量结果,可以用有限个数的等级来表达。 Uplink and downlink load measurements in each category can be expressed with a limited number of grades. 如等 And other such

级表达方式一,用3个等级来表达负荷,等级一是当前负荷处于低载荷,等级 A level of expression, is expressed with three load levels, one level at a low load current load, grade

二是当前负荷处于正常载荷,等级三是当前负荷处于过载荷。 Second, the normal load current in the load, the load current level in three excessive load. 或者,如等级表 Alternatively, as class table

达方式二,用io个等级来表达负荷,最低一级表示最低载荷级别范围,等级 Of two ways, by expressing io load levels, the lowest level represents the lowest load level range, level

升高则载荷范围线性或者非线性递增,最高一级表示最高载荷级别范围。 Increase the range of linear or nonlinear load increments at the highest level is the highest load level range.

上:行和下行各个类别负荷测量结果,可以用对比参照系负荷的比值来表达。 On: uplink and downlink load measurements in each category, with the ratios between the frame of reference load can be expressed. 对比参照系负荷可以事先约定或者通过信令指示(如IUR接口测量初始化信令或者IUR接口测量初始化响应信令或者IUR 口测量结果上报信令来指示)。 Comparison reference system load can be agreed in advance, or by indicating a signaling (e.g., signaling or IUR IUR interface to initialize the interface measured measurement IUR interface initialization response signaling or signaling to indicate a measurement result report). 上行和下行各个类别负荷测量结果,可以用对比参照系负荷的比值来表 Uplink and downlink each category load measurements can be used to load ratios between the table reference system

达,例如以下各种表达方式: Delta, for example, a variety of expressions:

下行各个类别负荷测量结果,可以用对比参照系负荷的比值来表达,选用 Each category downlink load measurements can be used to compare the ratio of the load frame of reference expressed, the choice of

以下各种表达方式之一: One of a variety of expressions:

dl),指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷; 可以用"指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷" dl), using the partition HSDPA traffic characteristics specified cell or cells under a load generated; can "specify the cell or cell partition HSDPA traffic characteristics of a load generated"

占对比参照系"指定小区或者小区下分区中的总负荷"的比值(同一个指定小 Proportion of frame of reference ratio "at a given cell or cell partition the total load" (designated with a small

区或者小区下分区内)来表示。 Partition) to indicate the area or cell.

d2),指定小区或者小区下分区中的使用传统特性业务产生的负荷; 可以用"指定小区或者小区下分区中的使用传统特性业务产生的负荷"占 d2), characteristics of the traffic resulting from the use of traditional partition specified cell or load cell; can "load characteristics specified using conventional cell or cell partition traffic generated" accounted

对比参照系"指定小区或者小区下分区中的总负荷"的比值(同一个指定小区 Comparative Reference System "specified cells or cell partition total load" ratio (with a specified cell

或者小区下分区内)来表示。 Partition), or be represented by the following cell.

d3),指定小区或者小区下分区中的使用HSDPA特性实时业务产生的负 d3), the negative cell or cell using the specified partition HSDPA feature real-time traffic generated

j卄 j Nian

何; what;

可以用"指定小区或者小区下分区中的使用HSDPA特性实时业务产生的负荷"占对比参照系"指定小区或者小区下分区中的总负荷"的比值(同一个指定小区或者小区下分区内)来表示; Can be "HSDPA feature specified using a cell or cell partition generated real-time traffic load" at the ratio comparison reference system "specified cells or cell partition the total load" (the same cell within a sector or cell) representation;

可以用"指定小区或者小区下分区中的使用HSDPA特性实时业务产生的负荷"占对比参照系"指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷"的比值(同一个指定小区或者小区下分区内)来表示。 Can be "HSDPA feature specified using a cell or cell partition generated real-time traffic load" accounting "load cell or the cell using the specified partition HSDPA traffic characteristics resulting" contrast ratio of the reference frame (the same cell or a specified cell under the sub-region) to represent.

d4),指定小区或者小区下分区中的使用HSDPA特性非实时业务产生的负荷; d4), cells use the specified cell partition or non-real time traffic HSDPA feature loads generated;

可以用"指定小区或者小区下分区中的使用HSDPA特性非实时业务产生的负荷"占对比参照系"指定小区或者小区下分区中的总负荷"的比值(同一个指定小区或者小区下分区内)来表示; Can "use the specified cell or cell partition HSDPA traffic characteristics of the load caused by non-real time" at the ratio comparison reference system "specified cells or cell partition the total load" (the same cell within a sector or a cell) To represent;

可以用"指定小区或者小区下分区中的使用HSDPA特性非实时业务产生的负荷"占对比参照系"指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷"的比值(同一个指定小区或者小区下分区内)来表示。 Can be "HSDPA feature specified using a cell or cell non-real time traffic partition generated load" accounting "load cell or a specified cell partition characteristic of HSDPA traffic resulting" contrast ratio of the reference frame (the same or a specified cell partition) to represent the cell.

d5),指定小区或者小区下分区中的使用传统特性实时业务产生的负荷; d5), the specified cell or cell partition using conventional real-time traffic generated load characteristic;

可以用"指定小区或者小区下分区中的使用传统特性实时业务产生的负荷"占对比参照系"指定小区或者小区下分区中的总负荷"的比值(同一个指定小区或者小区下分区内)来表示; Can use "characteristics specified using conventional cell or cell partition generated real-time traffic load" at the ratio comparison reference system "specified cells or cell partition the total load" (the same cell within a sector or cell) representation;

可以用"指定小区或者小区下分区中的使用传统特性实时业务产生的负荷"占对比参照系"指定小区或者小区下分区中的使用传统特性业务产生的负荷"的比值(同一个指定小区或者小区下分区内)来表示。 Can use "characteristics specified using conventional cell or cell partition generated real-time traffic load" occupy "the specified load using conventional cell or cell partition characteristics of the traffic generated by the" contrast ratio of the reference frame (the same cell or a specified cell under the sub-region) to represent.

d6),指定小区或者小区下分区中的使用传统特性非实时业务产生的负荷; d6), using the specified cell or cell partition characteristic of a conventional non-real time traffic loads generated;

可以用"指定小区或者小区下分区中的使用传统特性非实时业务产生的负荷"占对比参照系"指定小区或者小区下分区中的总负荷"的比值(同一个指定小区或者小区下分区内)来表示; Can use "characteristics specified using conventional cell or cell non-real time traffic partition generated load" at the ratio comparison reference system "specified cells or cell partition the total load" (the same cell within a sector or a cell) To represent;

可以用"指定小区或者小区下分区中的使用传统特性非实时业务产生的负荷"占对比参照系"指定小区或者小区下分区中的使用传统特性业务产生的负荷"的比值(同一个指定小区或者小区下分区内)来表示。 Can use "characteristics specified using conventional cell or cell non-real time traffic partition generated load" accounting "load characteristics specified using conventional cell or cell partition operations resulting" contrast ratio of the reference frame (the same or a specified cell partition) to represent the cell.

d7),指定小区或者小区下分区中的基底负荷; d7), baseload specified cell or cell partition;

可以用"指定小区或者小区下分区中的基底负荷"占对比参照系"指定小区或者小区下分区中的总负荷"的比值(同一个指定小区或者小区下分区内) 来表示; Can be "baseload specified cells or cell partition" accounted ratios between the frame of reference "specified cells or cell partition the total load" (the same cell within a sector or cell) is represented;

可以用"指定小区或者小区下分区中的基底负荷"占对比参照系"指定小区或者小区下分区中的能够承受的最大总负荷"的比值(同一个指定小区或者小区下分区内)来表示。 Can "specified cells or cell partition baseload" ratios between the frame of reference "can withstand a maximum total load of the cell or cells designated partition" accounts (at the same cell within a sector or a cell), respectively.

d8),指定小区或者小区下分区中的总负荷; d8), the total load in the partition specified cell or cells;

可以用"指定小区或者小区下分区中的总负荷"占对比参照系"指定小区或者小区下分区中的能够承受的最大总负荷"的比值(同一个指定小区或者小区下分区内)来表示。 Can "specified cells or cell partition total load" ratios between the frame of reference "can withstand a maximum total load of the cell or cells designated partition" accounts (at the same cell within a sector or a cell), respectively.

h行各个类别负荷测量结果,可以用对比参照系负荷的比值来表达,选用 Load measurements h each category rows, you can compare the frame of reference load ratio expressed, the choice of

以下各种表达方式之一: One of a variety of expressions:

el),指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷; 可以用"指定小区或者小区下分区中的使用EDCH特性的业务产生的负 el), produced using specified traffic load characteristics at EDCH cell or cell partition; may be "negative traffic generated using EDCH characteristics specified cell or cell partition

荷"占对比参照系"指定小区或者小区下分区中的总负荷"的比值(同一个指 Charge "Proportion of reference system" specify the total cell load or the cell partition "ratio (the same means

定小区或者小区下分区内)来表示。 Partition at a given cell or cell), respectively.

e2),指定小区或者小区下分区中的使用传统特性业务产生的负荷; 可以用"指定小区或者小区下分区中的使用传统特性业务产生的负荷"占 e2), characteristics of the traffic resulting from the use of traditional partition specified cells or cell load; can "load characteristics specified using conventional cell or cell partition traffic generated" accounted

对比参照系"指定小区或者小区下分区中的总负荷"的比值(同一个指定小区 Comparative Reference System "specified cells or cell partition total load" ratio (with a specified cell

或者小区下分区内)来表示。 Partition), or be represented by the following cell.

e3),指定小区或者小区下分区中的使用EDCH特性的被调度的业务产 e3), using a specified characteristic EDCH cell or cell partition scheduled traffic capacity

生的负荷; Raw load;

可以用"指定小区或者小区下分区中的使用EDCH特性的被调度的业务产生的负荷"占对比参照系"指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷"的比值(同一个指定小区或者小区下分区内)来表示。 The ratio of (the same can be used "is generated using the scheduled traffic characteristics specified EDCH cell load or the cell partition" Proportion of reference frame "generated traffic characteristics specified using EDCH cell or cell partition load" partition) to indicate a specified cell or cells.

e4),指定小区或者小区下分区中的使用EDCH特性的非调度的业务产生的负荷; e4), specify the cell or cells in the lower partition using EDCH non-scheduled traffic characteristics of a load generated;

可以用"指定小区或者小区下分区中的使用EDCH特性的非调度的业务产生的负荷"占对比参照系"指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷"的比值(同一个指定小区或者小区下分区内)来表示。 The ratio of (the same can be "non-scheduled traffic generated using a specified characteristic EDCH cell load or the cell partition" Proportion of reference frame "generated traffic characteristics specified using EDCH cell or cell partition load" partition) to indicate a specified cell or cells.

e5),指定小区或者小区下分区中的使用EDCH特性的实时业务产生的负荷; e5), or the specified cell using EDCH cell partition characteristic of a load generated real-time traffic;

可以用"指定小区或者小区下分区中的使用EDCH特性的实时业务产生的负荷"占对比参照系"指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷"的比值(同一个指定小区或者小区下分区内)来表示。 It can be used "real time services generated using the specified characteristics EDCH cell load or the cell partition" accounting "traffic load generated by the specified cells or cell partition using EDCH identity" reference system contrast ratio (with a specified cell partition), or be represented by the following cell.

e6),指定小区或者小区下分区中的使用EDCH特性的非实时业务产生的负荷; e6), specify the cell or cell partition using non-realtime service characteristics EDCH load generated;

可以用"指定小区或者小区下分区中的使用EDCH特性的非实时业务产生的负荷"占对比参照系"指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷"的比值(同一个指定小区或者小区下分区内)来表示。 Can be used "non-real time traffic generated using a specified characteristic EDCH cell load or the cell partition" accounting "is used to generate traffic load characteristics specified EDCH cell or cell partition" reference system contrast ratio (the same designated partition) to indicate the cell or cells.

e7),指定小区或者小区下分区中的使用EDCH特性的被调度的实时业务产生的负荷; e7), the designated cell or the cell partition using EDCH characteristics is generated scheduled traffic load in real-time;

可以用"指定小区或者小区下分区中的使用EDCH特性的被调度的实时业务产生的负荷"占对比参照系"指定小区或者小区下分区中的使用EDCH 特性的业务产生的负荷"的比值(同一个指定小区或者小区下分区内)来表示。 Can be used "real time services are scheduled to use the generated EDCH characteristics specified cell load or the cell partition" accounting "traffic load generated by the specified cells or cell partition using EDCH identity" reference system contrast ratio (with a cell or within a sector at the cell), respectively.

e8),指定小区或者小区下分区中的使用EDCH特性的被调度的非实时业务产生的负荷; e8), EDCH specify characteristics of cells or cell partition of the non-real time traffic is scheduled load generated;

可以用"指定小区或者小区下分区中的使用EDCH特性的被调度的非实时业务产生的负荷"占对比参照系"指定小区或者小区下分区中的使用EDCH 特性的业务产生的负荷"的比值(同一个指定小区或者小区下分区内)来表示。 Can be used "non-real time services are scheduled to use the generated EDCH characteristics specified cell load or the cell partition" accounting "traffic load generated by the specified cells or cell partition using EDCH identity" reference system contrast ratio ( partition) is expressed by the same cell or a designated cell.

e9),指定小区或者小区下分区中的使用EDCH特性的非调度的实时业务产生的负荷; e9), specify the cell or cells in the lower partition using EDCH characteristic non-scheduled real-time traffic loads generated;

可以用"指定小区或者小区下分区中的使用EDCH特性的非调度的实时业务产生的负荷"占对比参照系"指定小区或者小区下分区中的使用EDCH 特性的业务产生的负荷"的比值(同一个指定小区或者小区下分区内)来表示。 Can be used "real time services generated at a specified cell or cell partition unscheduled using EDCH characteristic load" accounting "traffic load generated by the specified cells or cell partition using EDCH identity" reference system contrast ratio (with a cell or within a sector at the cell), respectively.

e10),指定小区或者小区下分区中的使用EDCH特性的非调度的非实时业务产生的负荷; e10), specify the cell or cells in the lower partition using EDCH characteristic unscheduled traffic loads generated by non-real time;

可以用"指定小区或者小区下分区中的使用EDCH特性的非调度的非实时业务产生的负荷"占对比参照系"指定小区或者小区下分区中的使用EDCH 特性的业务产生的负荷"的比值(同一个指定小区或者小区下分区内)来表示。 It can be used "non-real time traffic generated unscheduled characteristics specified using the EDCH cell load or the cell partition" accounting "traffic load generated by the specified cells or cell partition using EDCH identity" reference system contrast ratio ( partition) is expressed by the same cell or a designated cell.

ell),指定小区或者小区下分区中的使用传统特性实时业务产生的负荷; ell), specified cells or cell partition using conventional real-time traffic generated load characteristic;

可以用"指定小区或者小区下分区中的使用传统特性实时业务产生的负荷"占对比参照系"指定小区或者小区下分区中的总负荷"的比值(同一个指定小区或者小区下分区内)来表示; Can use "characteristics specified using conventional cell or cell partition generated real-time traffic load" at the ratio comparison reference system "specified cells or cell partition the total load" (the same cell within a sector or cell) representation;

可以用"指定小区或者小区下分区中的使用传统特性实时业务产生的负荷"占对比参照系"指定小区或者小区下分区中的使用传统特性业务产生的负荷"的比值(同一个指定小区或者小区下分区内)来表示。 Can use "characteristics specified using conventional cell or cell partition generated real-time traffic load" occupy "the specified load using conventional cell or cell partition characteristics of the traffic generated by the" contrast ratio of the reference frame (the same cell or a specified cell under the sub-region) to represent.

e12),指定小区或者小区下分区中的使用传统特性非实时业务产生的负 e12), using the specified negative cell or cell partition characteristic of a conventional non-real time traffic generated

荷; The Netherlands;

可以用"指定小区或者小区下分区中的使用传统特性非实Ht业务产生的负荷"占对比参照系"指定小区或者小区下分区中的总负荷"的比值(同一个指定小区或者小区下分区内)来表示; Can use "characteristics specified using conventional cell or cell partition Ht non-real traffic generated load" Proportion of reference system "specified cells or cell partition total load" partition ratio (under the same cell or a specified cell )To represent;

可以用"指定小区或者小区下分区中的使用传统特性非实时业务产生的负荷"占对比参照系"指定小区或者小区下分区中的使用传统特性业务产生的负荷"的比值(同一个指定小区或者小区下分区内)来表示。 Can use "characteristics specified using conventional cell or cell non-real time traffic partition generated load" accounting "load characteristics specified using conventional cell or cell partition operations resulting" contrast ratio of the reference frame (the same or a specified cell partition) to represent the cell.

e13),指定小区或者小区下分区中的基底负荷; e13), a base load of a specified cell or cell partition;

可以用"指定小区或者小区下分区中的基底负荷"占对比参照系"指定小区或者小区下分区中的总负荷"的比值(同一个指定小区或者小区下分区内) 来表示; Can be "baseload specified cells or cell partition" accounted ratios between the frame of reference "specified cells or cell partition the total load" (the same cell within a sector or cell) is represented;

可以用"指定小区或者小区下分区中的基底负荷"占对比参照系"指定小区或者小区下分区中的能够承受的最大总负荷"的比值(同一个指定小区或者小区下分区内)来表示。 Can "specified cells or cell partition baseload" ratios between the frame of reference "can withstand a maximum total load of the cell or cells designated partition" accounts (at the same cell within a sector or a cell), respectively.

e14),指定小区或者小区下分区中的总负荷; e14), the total load in the partition specified cell or cells;

可以用"指定小区或者小区下分区中的总负荷"占对比参照系"指定小区或者小区下分区中的能够承受的最大总负荷"的比值(同一个指定小区或者小区下分区内)来表示。 Can "specified cells or cell partition total load" ratios between the frame of reference "can withstand a maximum total load of the cell or cells designated partition" accounts (at the same cell within a sector or a cell), respectively.

请参阅图6,是本发明中具体实施例5的示意图,该实施例5提供了一种 Please refer to FIG. 6, 5 is a schematic diagram of the present invention, in particular embodiments, Example 5 This embodiment provides a

跨接入网测量上行负荷和下行负荷的方法,上下行均采用周期测量的上报规 The method of crossover network to measure the upstream and downstream load load, Both downlink and uplink reporting period measurement gauge

则,测量量为上行负荷:指定小区或者小区下分区中的使用EDCH特性的非调度的非实时业务产生的负荷,和下行负荷:指定小区或者小区下分区中的使 Then measuring the amount of uplink load: load of non-realtime service generated using EDCH unscheduled characteristics specified cells or cell partition, and the downlink load: Increases partition specified cells or cell

用HSDPA特性非实时业务产生的负荷,该方法的具体步骤如下: HSDPA with the load characteristics of the non real time services produced, the specific steps of the method are as follows:

步骤610,接入网1通过IUR接口控制接入网2进行上行负荷测量和下行负荷测量。 Step 610, the access network via an access network 2 IUR interface control for uplink and downlink load measurement load measurement. 接入网1发送IUR接口测量初始化信令给接入网2,指示开启上下行负荷测量任务。 IUR interface to access network 1 transmits to the access signaling initialization measurement 2, indicating an open vertical row load measurement tasks. IUR接口测量初始化信令中,上行负荷测量任务的测量量为指定小区或者小区下分区中的使用EDCH特性的非调度的非实时业务产生的负荷,下行负荷测量任务的测量量为指定小区或者小区下分区中的使用HSDPA特性非实时业务产生的负荷,上下行负荷测量任务的测量上报规则均为周期测量,周期相同; IUR initialization signaling connection measuring, measuring the amount of uplink load measurement task for the specified non-realtime service load generated using EDCH unscheduled cell or cell characteristics at the partition measuring the amount of downlink measurement task for the specified load cell or cell load characteristics of HSDPA non-real time traffic partition produced, measured load measurement task uplink period measurement reporting rules are of the same period;

步骤620,接入网2接收到IUR接口测量初始化信令后,接受此测量任务, 以IUR接口测量初始化响应信令回复接入网1; Step 620, after receiving the access network interface to the measurement initialization signaling IUR 2, receiving this measurement task to measure the IUR interface to initialize an access network in response to the signaling reply;

步骤630,接入网2依照下达的测量任务对测量量进行测量,第一个测量周期到,将测量结果通过IUR口测量结果上报信令上报给接入网1。 Step 630, access network 2 in accordance with the measured amount of the measurement tasking measurement to the first measurement cycle, the measurement result by the measurement results reported IUR interface to the access signaling reports 1. 指定小区或者小区下分区中的使用EDCH特性的非调度的非实时业务产生的负荷测量结果为20%,使用事先约定的用"指定小区或者小区下分区中的使用HSDPA 特性业务产生的负荷"占对比参照系"指定小区或者小区下分区中的总负荷" 的比值(同一个指定小区或者小区下分区内)来表示。 Load measurements specify EDCH characteristics at a cell or cell partition non-scheduled non-real time traffic generates 20%, using a pre-agreed with the "use the specified cell or cell partition HSDPA feature traffic load generated" accounted contrast ratio reference system "specified cells or cell partition the total load" (the same cell within a sector or a cell), respectively. 指定小区或者小区下分区中的使用HSDPA特性非实时业务产生的负荷测量结果为60%,用"指定小区或者小区下分区中的使用HSDPA特性非实时业务产生的负荷"占对比参照系"指定小区或者小区下分区中的能够承受的最大总负荷"的比值(同一个指定小区或者小区下分区内)来表示; Load measurements using HSDPA feature specified cell or cells in the lower section to produce non-realtime service was 60%, with the "cell or cell using the specified partition HSDPA non-realtime service characteristic of a load generated" Proportion of reference system "specified cell the ratio can withstand a maximum total load of the cell or partition "(the partition under the same cell or a specified cell) is represented;

步骤640,接入网2依照下达的测量任务对测量量进行测量,第二个测量周期到,将测量结果通过IUR 口测量结果上报信令上报给接入网1。 Step 640, access network 2 in accordance with the measured amount of the measurement tasking measurement to the second measurement cycle, the measurement result by the measurement results reported IUR interface to the access signaling reports 1. 指定小区或者小区下分区中的使用EDCH特性的非调度的非实时业务产生的负荷测量结果为40%,指定小区或者小区下分区中的使用HSDPA特性非实时业务产生的负荷测量结果为60%; 步骤650,接入网2依照下达的测量任务对测量量进行测量,第N个测量周期到,将测量结果通过IUR口测量结果上报信令上报给接入网1。 Load measurements specified cells or cell partition using EDCH characteristics of non-scheduled non-real time traffic generated by 40%, the load measurement result using the specified cell or cell partition HSDPA feature non-real time traffic generated 60%; step 650, access network 2 in accordance with the measured amount of the measurement tasking measurement, to the N-th measurement cycle, the measurement result by the measurement results reported IUR interface to the access signaling reports 1. 指定小区或者小区下分区中的使用EDCH特性的非调度的非实时业务产生的负荷测量结果为50%,指定小区或者小区下分区中的使用HSDPA特性非实时业务产生的负荷测量结果为60%;以及 Load measurements specified cells or cell partition using EDCH characteristics of non-scheduled non-real time traffic generated was 50%, the load measurement result using the specified cell or cell partition HSDPA feature non-real time traffic generated 60%; as well as

步骤660,接入网1通过IUR接口控制接入网2停止进行此上行和下行负荷测量。 Step 660, the access network via an access network 2 IUR interface control stop this measured uplink and downlink loads. 接入网1发送IUR接口测量终止信令给接入网2,指示此测量任务终止。 IUR interface to access network 1 transmits the measurement termination signaling to the access network 2, indicating this measurement task is terminated. 接入网2终止上行和下行负荷测量。 2 terminates the access network uplink and downlink load measurement.

本发明提出了一种无线通信系统中跨接入网测量下行负荷和上行负荷的方法,其通过下行对于使用HSDPA特性和使用传统特性业务产生的负荷以及基底负荷进行测量,上行对于使用EDCH特性和使用传统特性业务产生的负荷以及基底负荷进行测量,使得接入网获得清晰的负荷信息,从而能够更准确的进行负荷相关的决策,如切换决策或者负荷均衡决策。 The present invention proposes a method of crossover network load measuring downlink and uplink loading in a wireless communication system, which is measured using HSDPA feature and a substrate load and using conventional load characteristics of the traffic generated by the downlink, and uplink characteristic using EDCH produced using the conventional characteristics of the traffic load and base load measurements so obtained clear the access network load information, thereby enabling more accurate load dependent decisions, such as load balancing handover decisions or decisions.

当然,本发明还可有其他多种实施例,在不背离本发明精神及其实质的情况下,熟悉本领域的技术人员当可根据本发明作出各种相应的改变和变形,但这些相应的改变和变形都应属于本发明所附的权利要求的保护范围。 Of course, the present invention may have many other embodiments without departing from the spirit and essence of the present invention, those skilled in the art can make various corresponding modifications and variations according to the present invention, these corresponding modifications and variations shall fall within the scope of the appended claims.

Claims (12)

1、一种跨接入网测量负荷的方法,适用于包含第一接入网、第二接入网的无线通信系统,所述第一接入网为源接入网,包含第一无线网络控制器、第一节点B,所述第二接入网为目标接入网,包含第二无线网络控制器、第二节点B;所述第一无线网络控制器与所述第一节点B之间、所述第二无线网络控制器与所述第二节点B之间通过IUB接口连接,所述第一无线网络控制器、所述第二无线网络控制器之间通过IUR接口连接,其特征在于,该方法包括: 步骤一,所述第一接入网通过所述IUR接口控制所述第二接入网进行上行负荷测量和/或下行负荷测量,并发送一IUR接口测量初始化信令至所述第二接入网,指示开启上行负荷测量任务和/或下行负荷测量任务; 步骤二,所述第二接入网接收到所述IUR接口测量初始化信令后,接受所述测量任务,并以一IUR接口测量初 1, a cross-network access method of measuring load applied to a first access network comprising, a second access network radio communication system, the first access network to the source access network, comprising a first wireless network controller, the first node B, the second access network to the target access network, comprising a second radio network controller, the second node B; the first radio network controller and the node B is between the second radio network controller to the second node via the IUB interface, the first radio network controller among B, through the IUR interface between the second radio network controller, wherein wherein, the method comprising: a step of, by said first access network controlling the IUR interface to the second access network for uplink load measurement and / or downlink load measurement, and transmits a measurement initialization signaling interfaces to the IUR said second access network, indicating an open load measurement task uplink and / or downlink load measurement task; step two, the second access network after receiving the IUR interface to initialize measurement signaling, receiving the measurement task, and at the beginning of a measurement interfaces IUR 化响应信令回复所述第一接入网; 步骤三,所述第二接入网依照下达的测量任务对测量量进行测量,并依照测量上报规则,将负荷测量结果通过一IUR口测量结果上报信令上报至所述第一接入网;及步骤四,所述第一接入网通过所述IUR接口控制所述第二接入网停止进行上行负荷测量和/或下行负荷测量,并发送一IUR口测量终止信令至所述第二接入网,指示需要终止的测量任务,所述第二接入网终止上行负荷测量和/或下行负荷测量。 Return response signaling of the first access network; Step three, said second access network on the measurement values ​​measured in accordance with measurement task assigned, according to the rules and reports the measurement result of the load measurement by a measurement port IUR report signaling to the first access network reporting; and step four, the first access network via the IUR interface control to stop the second access network for uplink load measurement and / or downlink load measurement, and transmitting a measurement terminating the IUR interface to the second access network signaling, indicating a need to terminate the measurement task, the second access network terminating load measuring uplink and / or downlink load measurement.
2、 根据权利要求1所述的跨接入网测量负荷的方法,其特征在于,所述步骤一中,所述IUR接口测量初始化信令中,所述下行负荷测量任务的测量量是以下测量量之一或任意测量量组合:指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷;指定小区或者小区下分区中的使用传统特性业务产生的负荷;指定小区或者小区下分区中的使用HSDPA特性实时业务产生的负荷; 指定小区或者小区下分区中的使用HSDPA特性非实时业务产生的负荷; 指定小区或者小区下分区中的使用传统特性实时业务产生的负荷; 指定小区或者小区下分区中的使用传统特性非实时业务产生的负荷; 指定小区或者小区下分区中的基底负荷;指定小区或者小区下分区中的总负荷。 2. The crossover network load measurement method according to claim 1, wherein, in said step a, the IUR in signaling interfaces initialization measurement, measuring the amount of said downlink measurement task is to load the following measure the amount of any one or a combination of the amount of measurement: Specifies the load characteristics of the traffic generated using the HSDPA in the cell or the cell partition; specified load using conventional cell or cell partition characteristics of the traffic generated; partition using the specified cells or cell load HSDPA feature real-time traffic generated; load non-real time traffic generated using HSDPA feature partition specified cells or cell; load using partition conventional characteristics specified cells or cell realtime traffic generated; specified cells or cell partition using conventional non-real time traffic characteristic of a load generated; specified substrate under a load cell or the cell partition; specify the total cell load or the cell partition.
3、 根据权利要求1所述的跨接入网测量负荷的方法,其特征在于,所述步骤一中,所述IUR接口测量初始化信令中,所述上行负荷测量任务的测量量是以下测量量之一或任意测量量组合-指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷; 指定小区或者小区下分区中的使用传统特性业务产生的负荷; 指定小区或者小区下分区中的使用EDCH特性的被调度的业务产生的负荷;指定小区或者小区下分区中的使用EDCH特性的非调度的业务产生的负荷;指定小区或者小区下分区中的使用EDCH特性的实时业务产生的负荷; 指定小区或者小区下分区中的使用EDCH特性的非实时业务产生的负荷; 指定小区或者小区下分区中的使用EDCH特性的被调度的实时业务产生的负荷;指定小区或者小区下分区中的使用EDCH特性的被调度的非实时业务产生的负荷;指定小区或者小 Measured across the access network load 3. The method of claim 1, wherein, in said step a, the IUR in signaling interfaces initialization measurement, measuring the amount of the uplink load measurement task is to measure the following measuring the amount of the amount of one or any combination of - a load cell or a specified cell partition using EDCH characteristic traffic generated; under a load cell or cells designated service partition using conventional characteristics generated; cell or a specified cell partition load using EDCH characteristics is scheduled traffic generated; specified cells or cell partition using EDCH characteristics of non-scheduled traffic load generated; load specified cells or cell partition using EDCH characteristics of real-time traffic generated; load non-real time traffic generated using EDCH characteristic partition specified cells or cell; load is scheduled real-time traffic generated using EDCH characteristic partition specified cells or cell; using EDCH partition specified cells or cell load is generated scheduled non-realtime service characteristics; specified cells or small 下分区中的使用EDCH特性的非调度的实时业务产生的负荷;指定小区或者小区下分区中的使用EDCH特性的非调度的非实时业务产生的负荷;指定小区或者小区下分区中的使用传统特性实时业务产生的负荷; 指定小区或者小区下分区中的使用传统特性非实时业务产生的负荷; 指定小区或者小区下分区中的基底负荷; 指定小区或者小区下分区中的总负荷。 Load of real-time service generates non-scheduled using EDCH characteristic in the lower partition; load non-real time traffic generated unscheduled using EDCH characteristic partition specified cells or cell; using conventional characteristics partition specified cells or cell real-time traffic load generated; characteristics specified using conventional cell or cell non-real time traffic partition load generated; specified substrate under a load cell or the cell partition; specify the total cell load or the cell partition.
4、 根据权利要求1、 2或3所述的跨接入网测量负荷的方法,其特征在于, 所述步骤一中,所述上行负荷测量任务的测量量与所述下行负荷测量任务的测量量相同或不同。 Across the network load measurement method as claimed in claim 1, 2 or 3, characterized in that, in said step a, measuring the amount of load the uplink with the downlink measurement task load measuring task the same or different amounts.
5、 根据权利要求1、 2或3所述的跨接入网测量负荷的方法,其特征在于, 所述步骤三中,所述上行负荷测量任务、所述下行负荷测量任务的测量上报规则是以下测量上报规则之一:一经请求即测量上报规则,是在收到测量初始化信令后,马上上报测量结果;周期测量规则,是设定上报周期,周期地上报测量结果; 事件测量规则,是设定事件触发的条件和门限,当测量结果满足后才上报测量结果。 5. The crossover network load measurement methods 1, 2, or claim 3, wherein, in said step III the uplink load measurement task, the task of downlink load measuring measurement reporting rules reporting one of the following measurement rules: a rule upon request i.e. measurement report, the measurement is initialized upon receipt of signaling, immediately reports the measurement result; periodic measurement rule, is to set the reporting period, periodically reporting the measurement result; measurement rule event is setting event trigger conditions and thresholds, when after the measurement meets the reporting measurement results.
6、 根据权利要求5所述的跨接入网测量负荷的方法,其特征在于,所述上行负荷测量任务、所述下行负荷测量任务的测量上报规则相同或不同。 Measured across the access network load 6. A method according to claim 5, wherein the uplink load measurement task, the task load measuring downlink measurement report rule the same or different.
7、 根据权利要求5所述的跨接入网测量负荷的方法,其特征在于,所述步骤二中,当所述上行负荷测量任务和/或所述下行负荷测量任务的测量上报规则为所述一经请求即测量上报规则时,所述第二接入网立即上报所述测量结果,将所述负荷测量结果放于所述IUR接口测量初始化响应信令中一并回复至所述第一接入网,所述上行负荷测量任务和/或所述下行负荷测量任务结束。 Measuring the load across the network 7 a method, according to claim 5, wherein said step II, when the uplink load measuring task and / or the downlink load measurement report rule for the measurement task i.e. upon request when said measurement report rule, the second access network immediately report the measurement result, the load placed on the measurement result of measuring the interface initialization IUR in signaling in response to said first access reply together network, the uplink load measuring task and / or the downstream end of the load measuring tasks.
8、 根据权利要求l、 2、 3、 6或7所述的跨接入网测量负荷的方法,其特征在于,所述步骤三中,通过第一等级表达方式或第二等级表达方式表达所述负荷测量结果;所述第一等级表达方式包括第一等级、第二等级和第三等级,所述第一等级表示当前负荷处于低载荷,所述第二等级表示当前负荷处于正常载荷,所述第三等级表示当前载荷处于过载荷;所述第二等级表达方式包括十个等级,最低一级表示最低载荷级别范围, 等级升高,相应载荷级别范围呈线性或非线性递增,最后-一级表示最高载荷级别范围。 8, according to claim L, across the network load measurement method 2, 3, 6 or 7, wherein, in said step III the expression level by a first expression or the second expression level said load measurement; the first level comprises a first expression level, second level and third level, the first level indicates that the current load is in a low load, the second level indicates that the current load in the normal load, the said third level represents the current through the load in the load; a second expression level comprises ten levels, the lowest level represents the lowest load level range, increased levels, the corresponding range of load level is incremented linearly or nonlinearly, finally - a level indicates the highest load level range.
9、 根据权利要求l、 2、 3、 6或7所述的跨接入网测量负荷的方法,其特征在于,所述步骤三中,通过对比参照系负荷的比值方式表达所述下行负荷测量结果,表达方式采用以下方式之一:用指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示;用指定小区或者小区下分区中的使用传统特性业务产生的负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示;用指定小区或者小区下分区中的使用HSDPA特性实时业务产生的负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示;用指定小区或者小区下分区中的使用HSDPA特性实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷的比值来表示;用指定小区或者小区下分区中的 9, according to claim l, 2, measured across the load of the access network 3. The method of claim 6 or 7, wherein, in said step three, the ratio of downlink load measuring expression by way of comparison reference system load As a result, expression of one of the following ways: a ratio of the total load of the cell or cells designated comparative reference system in the lower partition occupy a load cell or a specified cell partition characteristic of HSDPA traffic generated to represent; cell or a specified cell under load using conventional partition characteristics of the traffic generated at the ratio of the total load cell or a specified cell partition comparative reference system represented; real-time traffic loads using HSDPA feature produced by the specified cells or cell partition Proportion of reference were designated ratio of the total cell load or the cell partition represented; load caused by the use of the specified characteristic HSDPA cell or cell partition accounts for real-time service using the specified reference frame comparison cell or cell partition HSDPA service characteristic generation the ratio of the load represented; cell specified by the cell or partition 用HSDPA特性非实时业务产生的负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示;用指定小区或者小区下分区中的使用HSDPA特性非实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用HSDPA特性业务产生的负荷的比值来表示;用指定小区或者小区下分区中的使用传统特性实时业务产生的负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示;用指定小区或者小区下分区中的使用传统特性实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用传统特性业务产生的负荷的比值来表示;用指定小区或者小区下分区中的使用传统特性非实时业务产生的负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示;用指定小区或者小区下分区中的使用传统特性非实时业务产生的负荷占对比参照 Load non-realtime service with HSDPA feature generated at the ratio of the total load cell or a specified cell partition comparative reference system represented; load caused by the use of the specified characteristic HSDPA cell or cell partition Proportion of non-realtime service reference system ratio HSDPA traffic characteristics resulting from the use of the partition specified cell or load cell to represent; produced by using a load cell or a specified cell partition characteristic of a conventional real-time traffic Proportion of the reference system to specify the total cell or cell partition the ratio of the load represented; real-time traffic load generated by the use of the specified cells or cell partition Proportion of conventional reference frame characteristics specified ratio using a conventional load cell or the cell partition characteristics of the traffic generated by the representation; with the specified cell or the load characteristic using conventional non-real time traffic partition accounts for the cell to produce the specified reference system contrast ratio of the total cell load or the cell partition represented; characteristics specified by using conventional cell or cells of the non-real-time service partition generated Proportion of reference load 指定小区或者小区下分区中的使用传统特性业务产生的负荷的比值来表示;用指定小区或者小区下分区中的基底负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示;用指定小区或者小区下分区中的基底负荷占对比参照系指定小区或者小区下分区中的能够承受的最大总负荷的比值来表示;用指定小区或者小区下分区中的总负荷占对比参照系指定小区或者小区下分区中的能够承受的最大总负荷的比值来表示;所述指定小区或者小区下分区、所述对比参照系指定小区或者小区下分区属于同一个指定小区或者小区下分区。 Using the ratio of the load cell or a specified cell partition characteristics of the traffic generated by the conventional representation; Proportion of reference frame specified by the substrate under a load cell or the cell partition specified ratio of the total cell load or the cell partition represented; representing the ratio of the maximum total load of the cell to withstand a specified cell or comparison with the reference system partition substrate specified under a load cell or the cell partition represented; Proportion of reference system with the specified cell or cell partition specified total load the ratio of the maximum total load can withstand in the partition expressed by the following cell or cells; the designated cell or the cell partitions, the cell or cells designated comparative reference frame belonging to the next lower section with a designated cell or cell partition.
10、根据权利要求l、 2、 3、 6或7所述的跨接入网测量负荷的方法,其特征在于,所述步骤三中,通过对比参照系负荷的比值方式表达所述上行负荷测量结果,表达方式采用以下方式之一:用指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示;用指定小区或者小区下分区中的使用传统特性业务产生的负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示;用指定小区或者小区下分区中的使用EDCH特性的被调度的业务产生的负荷占对比参照系指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷的比值来表示;用指定小区或者小区下分区中的使用EDCH特性的非调度的业务产生的负荷占对比参照系指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷的比值来 10, according to claim L, across the network load measurement method 2, 3, 6 or 7, wherein, in said step III the uplink load measuring expression by way of comparison reference system load ratio As a result, expression of one of the following ways: a ratio of the total load of the cell or cells under specified comparison reference system partitions occupy traffic load generated at a specified cell or cell partition using EDCH characteristic represented; or a specified cell load characteristics of the traffic using the conventional partition accounts for the generated reference system cell specified contrast ratio of the total load of the cell or cell partition represented; generating a specified cell or cell partition using EDCH characteristics is scheduled traffic traffic load at the ratio produced by a load cell or a specified cell partition comparative reference system used to represent the characteristics EDCH; Proportion of traffic load reference frame generated by using the non-scheduled EDCH characteristics specified cell or cell partition traffic load ratio generated using the EDCH partition characteristic to a specified cell or cell 示;用指定小区或者小区下分区中的使用EDCH特性的实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷的比值来表示;用指定小区或者小区下分区中的使用EDCH特性的非实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷的比值来表示;用指定小区或者小区下分区中的使用EDCH特性的被调度的实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷的比值来表示;用指定小区或者小区下分区中的使用EDCH特性的被调度的非实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷的比值来表示;用指定小区或者小区下分区中的使用EDCH特性的非调度的实时业务产生的负荷占对比参照系指定小区或者 Shown; the ratio of traffic load generated using EDCH cell characteristics at the specified frame of reference or comparison cell partitions occupy realtime traffic load generated at a specified cell or cell partition using EDCH characteristic represented; cell or a specified cell load produced under non-realtime service partition using the EDCH load characteristics, the fraction of the traffic generated at a specified cell or cell reference system partition contrast characteristic is represented using EDCH; EDCH by using the specified cell or cell partition generating real time services are scheduled load characteristics, the fraction of the traffic load generated at a specified cell or cell reference system partition contrast characteristic is represented using EDCH; EDCH characteristics specified by using a cell or cell partition is scheduled load non-realtime service load produced at the ratio of traffic generated at a specified cell or cell reference system partition contrast characteristic is represented using EDCH; cell specified by the cell partition or non-scheduled use of real-time service characteristics EDCH Proportion of the load generating the specified frame of reference cells or 区下分区中的使用EDCH特性的业务产生的负荷的比值来表示;用指定小区或者小区下分区中的使用EDCH特性的非调度的非实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用EDCH特性的业务产生的负荷的比值来表示;用指定小区或者小区下分区中的使用传统特性实时业务产生的负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示;用指定小区或者小区下分区中的使用传统特性实时业务产生的负荷占对比参照系指定小区或者小区下分区中的使用传统特性业务产生的负荷的比值来表示;用指定小区或者小区下分区中的使用传统特性非实时业务产生的负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示;用指定小区或者小区下分区中的使用传统特性非实时业务产生的负荷占对比参照系指定小区或者小区下分区中 Traffic load ratio generated using the EDCH partition expressed by the following characteristic region; representing a specified frame of reference cell or cell partition comparison with non-realtime service load generated using a non-scheduled EDCH characteristics specified cell or cell partition traffic load ratio generated using the EDCH characteristic represented; real-time traffic load generated by the use of the specified cells or cell partition characteristic of a conventional reference system specified ratio Proportion of the total load in the cell or cells to represent the partition ; real-time traffic load generated by the use of the specified cells or cell partition characteristic of a conventional reference system specified ratio Proportion of conventional characteristics of the traffic load generated using partition the cell or cells expressed; cell specified by the cell or partition using conventional non-real time traffic characteristic of a load generated reference frame specified ratio Proportion of the total load in the cell or cells to represent the partition; load caused by the characteristics specified using conventional cell or cell partition non-realtime service accounting-referenced the cell line designated cell or partition 的使用传统特性业务产生的负荷的比值来表示;用指定小区或者小区下分区中的基底负荷占对比参照系指定小区或者小区下分区中的总负荷的比值来表示;用指定小区或者小区下分区中的基底负荷占对比参照系指定小区或者小区下分区中的能够承受的最大总负荷的比值来表示-,用指定小区或者小区下分区中的总负荷占对比参照系指定小区或者小区下分区中的能够承受的最大总负荷的比值来表示;所述指定小区或者小区下分区、所述对比参照系指定小区或者小区下分区属于同一个指定小区或者小区下分区。 The ratio of the load characteristics of the traffic generated using conventional represented; ratio of the total cell load or the cell specified comparison reference system partition baseload occupy a specified cell or cell partition represented; cell specified by the cell or partition the base load at the ratio of the maximum total load of the cell to withstand a specified frame of reference or comparison cell partition to represent - Proportion of reference frame specified by the cell or cell partition specified total load cell or the cell partition the ratio of the maximum total load can withstand represented; the designated cell or the cell partitions, the cell or cells designated comparative reference frame belonging to the next lower section with a designated cell or cell partition.
11、 根据权利要求9所述的跨接入网测量负荷的方法,其特征在于,通过预先设定或者信令指示所述对比参照系负荷,所述信令包括所述IUR接口测量初始化信令、所述IUR接口测量初始化响应信令、所述IUR口测量结果上报信令。 Measuring the load across the network 11. The method according to claim 9, characterized in that, by setting in advance the comparison reference frame or a load signaling indicates the signaling comprises signaling the IUR interface to initialize measurement the IUR connection measuring initialization response signaling, reporting the measurement result to the IUR interface signaling.
12、 根据权利要求10所述的跨接入网测量负荷的方法,其特征在于,通过预先设定或者信令指示所述对比参照系负荷,所述信令包括所述IUR接口测量初始化信令、所述IUR接口测量初始化响应信令、所述IUR口测量结果上报信令。 Across the network load measurement 12. The method according to claim 10, characterized by presetting the comparison indicates that the frame of reference or signaling load, the signaling comprises signaling the IUR interface to initialize measurement the IUR connection measuring initialization response signaling, reporting the measurement result to the IUR interface signaling.
CN 200610114796 2006-11-23 2006-11-23 A method for measuring load cross the network CN101193414A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103026755A (en) * 2011-07-29 2013-04-03 华为技术有限公司 Method and apparatus for controlling access network device, and access network control device

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103026755A (en) * 2011-07-29 2013-04-03 华为技术有限公司 Method and apparatus for controlling access network device, and access network control device
CN103026755B (en) * 2011-07-29 2016-09-28 华为技术有限公司 Control the method and device of access network equipment, access network control equipment

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