CN102355692A - Method and equipment for allocating quality of service measurement and reporting quality of service measurement - Google Patents

Method and equipment for allocating quality of service measurement and reporting quality of service measurement Download PDF

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CN102355692A
CN102355692A CN2011102073817A CN201110207381A CN102355692A CN 102355692 A CN102355692 A CN 102355692A CN 2011102073817 A CN2011102073817 A CN 2011102073817A CN 201110207381 A CN201110207381 A CN 201110207381A CN 102355692 A CN102355692 A CN 102355692A
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qos
terminal
measurement
information
configuration information
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CN2011102073817A
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傅婧
刘洋
彦楠
梁靖
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电信科学技术研究院
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Abstract

The embodiment of the invention discloses a method and equipment for allocating quality of service (QoS) measurement and reporting the quality of service measurement, relates to the technical field of wireless communication and is used for solving the problem about the report of the QoS measurement by a terminal. The method comprises the following steps that: a network side transmits the allocation information of the QoS measurement including a QoS class identifier (QCI) to the terminal, the terminal receives the allocation information of the QoS measurement transmitted by the network side and determines a data radio bearer (DRB) corresponding to the QCI included in the allocation information of the QoS measurement according to the mapping relation between the DRB and the QCI; and QoS measurement for the determined DRB according to the allocation information of the QoS measurement is performed and a measurement result is reported to the network side. By the method, the allocation information of the QoS measurement is transmitted by the network side to the terminal, the terminal performs QoS measurement and QoS report according to the allocation information of the QoS measurement, and the problem about the report of QoS measurement by user equipment is solved.

Description

配置业务质量测量及业务质量测量上报方法和设备 Configuring the service quality and service quality measurement method and apparatus for measurement reporting

技术领域 FIELD

[0001] 本发明涉及无线通信领域,尤其涉及一种配置业务质量测量及业务质量测量上报方法和设备。 [0001] The present invention relates to wireless communications, and in particular relates to an arrangement service quality and service quality measurement method and apparatus for measurement reporting.

背景技术 Background technique

[0002] 从终端(UE)侧的角度来说,非保证传输速率(non-GBR)承载的服务质量(QoS)主要是根据服务质量等级标识(QCI)确定,保证传输速率(GBR)承载的QoS则还需要根据GBR 和最大传输速率(MBR)确定。 [0002] From the side of the terminal (UE), a non-guaranteed transmission rate (non-GBR) Quality of Service (QoS) is mainly carried (a QCI) is determined according to quality of service level identification, guaranteed transmission rate (GBR) bearers QoS is also required and is determined according to the maximum transmission rate GBR (MBR).

[0003] UE侧进行QoS的验证,主要指的就是对QCI对应的测量量和承载传输速率的测量。 [0003] UE-side to verify QoS mainly refers to the measurement of the measurement and the amount of bearer transport rate corresponding QCI. QCI表征了对传输延迟和丢包率的要求,不同QCI代表了不同的业务要求。 QCI characterize the requirements for transmission delay and packet loss rate, different QCI represent different business requirements. 在UE与网络侧建立一个数据无线承载(DRB)后,网络侧会为该DRB分配一个QCI,不同DRB可以具有相同或不同的QCI。 After establishing a data radio bearer (DRB) in the UE and the network side, the network side allocates a QCI for DRB, may have the same or different DRB different QCI. QCI的定义如下表所示: QCI is defined as follows:

[0004] [0004]

Figure CN102355692AD00081

[0005] [0005]

Figure CN102355692AD00091

[0006] 由此可见,UE侧进行QoS测量的主要目标就是测量承载的传输时延、丢包率、传输速率(吞吐量)。 [0006] Thus, the main target UE side for QoS measurements is to measure the transmission delay bearer, packet loss rate, the transmission rate (throughput). 具体每个参数的计算方法可参见TS 36.314.[0007] 记录最小化路测(logged MDT)的测量过程如图1所示,网络侧通过存储测量配置(LoggedMeasurementConfiguration)消息,在连接态为UE下发空闲(idle)态的最小化路测(MDT)测量配置信息,目前支持的测量对象仅包括周期性的下行导频测量。 Specific calculation method of each parameter can be found in TS 36.314., The network side (LoggedMeasurementConfiguration) message by storing the measurement configuration shown in [0007] the recording MDT (logged MDT) FIG measurement process, the UE is in a connected state MDT made idle (iDLE) state (MDT) measurement configuration information, currently supports only the measurement object comprises a periodic downlink pilot measurement. UE收到该消息后,在进入idle态后根据MDT测量配置信息进行MDT测量,按照MDT测量配置信息储存测量结果,等待后续合适的时机上报给网络侧。 After the UE receives the message, after entering the idle state MDT measurement configuration of the MDT measurement information, the configuration information is stored in accordance with the measurement result of the MDT measurement, waiting for the right time subsequent reports to the network side.

[0008] 无线资源控制(RRC)连接重配过程如图2所示,网络侧可以通过RRC连接重配消息为UE下发MDT测量配置信息、添加或删除承载、实现切换等。 [0008] Radio Resource Control (RRC) connection reconfiguration procedure shown in Figure 2, the network side via an RRC connection reconfiguration message sent to the UE MDT measurement configuration information, add or delete bearer, implement switching.

[0009] 终端信息请求/响应(UE Information Request/R印onse)过程如图3所示,网络侧通过该过程指示UE上报相关信息,如MDT测量结果等。 [0009] The terminal information request / response (UE Information Request / R ONSE printing) process shown in Figure 3, the network side indicates the UE to report information, such as the MDT measurement results and the like through the process.

[0010] 在实现本发明的过程中,发明人发现现有技术中存在以下技术问题: [0010] During the implementation of the present invention, the inventors found that the following technical problems in the prior art:

[0011] 现有技术中,MDT只包含了对周期下行导频的测量,因此只能基于无线信号质量做覆盖优化,无法满足网络对业务质量验证的要求,QoS得不到及时有效的反馈,仍然需要人工参与路测,因而无法进行基于QoS的自动优化。 [0011] In the prior art, the MDT contains only downlink pilot measurement of the cycle, can only do so based on the radio coverage optimization signal quality, the network can not meet the requirements of service quality verification, QoS not timely and effective feedback, road test still need human intervention, and therefore can not be automatically optimized based on QoS.

发明内容 SUMMARY

[0012] 本发明实施例提供一种配置业务质量测量及业务质量测量上报方法和设备,用于解决UE如何进行QoS测量上报的问题。 Embodiment [0012] The present invention provides a quality of service configuration and service quality measurement reporting measurement method and apparatus for the UE how to resolve the problem of QoS measurement reporting.

[0013] 一种配置业务质量QoS测量的方法,该方法包括: [0013] A method for measuring the quality of service QoS configuration, the method comprising:

[0014] 网络侧获取QoS测量配置信息;所述QoS测量配置信息中包括需要终端进行QoS 测量的数据无线承载DRB对应的QoS等级标识QCI ; [0014] The network side obtains QoS measurement configuration information; measuring the QoS class identifier QCI QoS configuration information includes a terminal required QoS measurement data radio bearer corresponding to the DRB;

[0015] 网络侧将所述QoS测量配置信息下发给终端。 [0015] network side of the QoS measurement configuration information to the terminal.

[0016] 一种业务质量QoS测量上报方法,该方法包括: [0016] A quality of service QoS measurement reporting, the method comprising:

[0017] 终端接收网络侧下发的QoS测量配置信息;所述QoS测量配置信息中包括终端需要进行QoS测量的数据无线承载DRB对应的QoS等级标识QCI信息; [0017] sent by the terminal-side receiving network QoS measurement configuration information; measuring the QoS configuration information includes the terminal identification QCI QoS level required data radio bearer information corresponding to the DRB QoS measurements;

[0018] 终端根据数据无线承载DRB与QCI的映射关系,确定所述QoS测量配置信息中包括的QCI所对应的DRB ; [0018] The radio terminal according to the mapping data of DRB bearers with the QCI, determining the QoS information included in the measurement configuration corresponding to the DRB QCI;

[0019] 终端根据所述QoS测量配置信息对确定的DRB进行QoS测量,并向网络侧上报QoS [0019] QoS measurements of the terminal according to the determined QoS DRB measurement configuration information, and reports the QoS network side

测量结果。 Measurement results.

[0020] 一种基站,该基站包括: [0020] A base station comprising:

[0021] 获取单元,用于获取QoS测量配置信息;所述QoS测量配置信息中包括需要终端进行QoS测量的数据无线承载DRB对应的QoS等级标识QCI ; [0021] acquiring unit, configured to obtain QoS measurement configuration information; measuring the QoS class identifier QCI QoS configuration information includes a terminal required QoS measurement data radio bearer corresponding to the DRB;

[0022] 下发单元,用于将所述QoS测量配置信息下发给终端。 [0022] issuing unit, the QoS for the measurement configuration information to the terminal.

[0023] 一种终端,该终端包括: [0023] A terminal, the terminal comprising:

[0024] 接收单元,用于接收网络侧下发的QoS测量配置信息;所述QoS测量配置信息中包括终端需要进行QoS测量的数据无线承载DRB对应的QoS等级标识QCI信息; [0024] a receiving unit, for measuring the QoS sent by the network side receives configuration information; measuring the QoS configuration information includes the terminal identification QCI QoS level required data radio bearer information corresponding to the DRB QoS measurements;

[0025] 确定单元,用于根据数据无线承载DRB与QCI的映射关系,确定所述QoS测量配置信息中包括的QCI所对应的DRB ; [0025] The determination means according to the mapping relationship and data radio bearer DRB QCI determining the QoS information included in the measurement configuration corresponding to the DRB QCI;

[0026] 测量单元,用于根据所述QoS测量配置信息对确定的DRB进行QoS测量; [0026] The measuring unit for measuring the QoS configuration information according to the determined QoS measurements performed DRB;

[0027] 上报单元,用于向网络侧上报QoS测量结果。 [0027] reporting unit configured to report QoS measurements to the network side. [0028] 本发明实施例提供方案中,网络侧将包括QCI的QoS测量配置信息下发给终端,终端接收网络侧下发的QoS测量配置信息,根据DRB与QCI的映射关系,确定所述QoS测量配置信息中包括的QCI所对应的DRB ;根据所述QoS测量配置信息对确定的DRB进行QoS测量,并向网络侧上报QoS测量结果。 [0028] Example embodiments provide a scheme, the network side comprising the QCI QoS measurement configuration information to the terminal, the terminal delivered by the network side receives the QoS measurement configuration information, according to the mapping of QCI with the DRB, the present invention determines the QoS measurement configuration information included in the corresponding QCI DRB; for DRB QoS measurement according to the determined QoS measurement configuration information, and reports the QoS measurement results the network side. 可见,本发明通过网络侧向终端下发QoS测量配置信息, 终端根据该QoS测量配置信息进行QoS测量及上报,解决了UE如何进行QoS测量上报的问题。 It is seen, the present invention is configured with QoS measurements made at the network side terminal information, the terminal configuration information to the QoS measurements and QoS measurement reporting, to solve the problem of how QoS measurements reported by the UE.

附图说明 BRIEF DESCRIPTION

[0029] 图1为现有技术中的logged MDT测量过程示意图; [0029] FIG. 1 is a prior art schematic logged MDT measurement process;

[0030] 图2为现有技术中的RRC连接重配过程示意图; [0030] FIG. 2 is a prior art schematic diagram of an RRC connection reconfiguration procedure;

[0031] 图3为现有技术中的UE Information Request/R印onse过程示意图; [0031] FIG. 3 is a prior art UE Information Request / R onse printing process schematic;

[0032] 图4为本发明实施例提供的方法流程示意图; [0032] FIG. 4 is a schematic process flow according to an embodiment of the present invention;

[0033] 图5为本发明实施例提供的另一方法流程示意图; [0033] FIG. 5 is a schematic flow of another method according to an embodiment of the present invention;

[0034] 图6为本发明实施例提供的设备结构示意图; [0034] FIG. 6 is a schematic structural diagram of the apparatus embodiment of the present invention;

[0035] 图7为本发明实施例提供的另一设备结构示意图。 [0035] Figure 7 a schematic view of another embodiment of the device structure provided in the present invention.

具体实施方式 Detailed ways

[0036] 为了使得UE能够进行QoS测量上报,以使网络侧能够根据UE上报的QoS测量结果进行网络自优化,本发明实施例提供一种配置QoS测量及QoS测量上报方法,本方法中, 网络侧将包括QCI的QoS测量配置信息下发给终端,终端根据QoS测量配置信息进行QoS 测量及上报。 [0036] In order to enable the UE reports QoS measurements can be performed, so that the network side of the network self-optimization can be performed according to the QoS measurement result reported by the UE, the embodiment of the present invention provides a configuration QoS measurements and QoS measurement reporting method, the present method, the network side QCI QoS measurements including the configuration information to the terminal, the terminal configuration information according to the QoS measurement and reporting QoS measurements.

[0037] 参见图4,本发明实施例提供的配置QoS测量的方法,包括以下步骤: [0037] Referring to Figure 4, the configuration method of measuring the QoS provided by the present embodiment of the invention, comprising the steps of:

[0038] 步骤40 :网络侧获取QoS测量配置信息;所述QoS测量配置信息中包括需要终端进行QoS测量的DRB对应的QCI ; [0038] Step 40: The network side obtains QoS measurement configuration information; QCI DRB measuring the QoS configuration information includes the corresponding required QoS measurement terminal;

[0039] 步骤41 :网络侧将所述QoS测量配置信息下发给终端。 [0039] Step 41: The network-side QoS measurement configuration information to the terminal.

[0040] 具体的,所述QoS测量配置信息中还可以包括:记录时间长度和记录周期信息;所述记录时间长度用于指示所述QoS测量配置信息有效的时间长度,所述记录周期用于指示终端记录QoS测量结果的时间间隔。 [0040] Specifically, the QoS measurement configuration information may further include: a recording length and the recording time period information; length of the recording time for indicating the QoS measurement configuration information effective length of time, the period for recording QoS measurement result indicating that the terminal records the time interval.

[0041] 所述QoS测量配置信息中还可以包括:时间戳、测量量、平滑时间窗长度、跟踪参考信息(Trace reference)、跟踪记录会话信息(Trace Recording Session)、记录区域信息中的一个或任意组合;其中,所述时间戳用于指示当前网络侧的绝对时间;所述测量量用于指示终端进行QoS测量的测量内容;所述平滑时间窗长度用于指示终端每次需要记录的QoS测量结果对应的测量时间段;所述跟踪参考信息用于指示网络侧为本次QoS测量配置分配的进程号、所述跟踪记录会话信息用于指示网络侧为本次QoS测量配置分配的会话标识号;所述记录区域信息用于指示终端进行QoS测量所在的区域范围。 [0041] The QoS measurement configuration information may further include: a time stamp, measuring the amount of smoothing time window length, track references (Trace reference), trace recording session info (Trace Recording Session), recording area information or a any combination thereof; wherein the time stamp for indicating the absolute time of the current network side; measuring the amount of said measurement contents for instructing the terminal QoS measurement; the smoothing time window length indicating QoS for each terminal to be recorded a measurement result corresponding measurement period; track reference information indicating the network side oriented sub process number assigned QoS measurement configuration, the trace recording session information indicates the present sub-network QoS measurement configuration assigned session identifier number; region range of the recording area information indicating where terminal QoS measurements.

[0042] 所述测量量包括:下行链路(DL)吞吐量、上行链路(UL)吞吐量、DL丢包率、UL丢包率、UL时延中的一个或任意组合。 [0042] The measurements comprising: a downlink (DL) throughput, uplink (UL) throughput, packet loss rate the DL, UL packet loss rate, a delay, or any combination of UL.

[0043] 进一步的,在网络侧将所述QoS测量配置信息下发给终端之后,网络侧接收终端在所述QoS测量配置信息失效后主动上报的、根据所述QoS测量配置信息测量得到的QoS测量结果。 [0043] Further, in the network side configuration after the QoS measurements to the terminal, the network side receives the terminal measures the QoS information in the configuration information reported by the failed active, measured QoS configuration information based on the measured QoS measurement results.

[0044] 进一步的,在网络侧将所述QoS测量配置信息下发给终端之后,网络侧在确定终端在所述QoS测量配置信息未失效时从连接态进入了空闲态时,通知终端上报QoS测量结果,并接收终端上报的QoS测量结果。 When [0044] Further, in the network side the QoS measurement configuration information to the terminal later, when the network side determining the terminal in a measurement configuration information unexpired QoS from the connected state into the idle state, notifies the terminal QoS report measurement results, and receives a QoS measurement result reported by the terminal.

[0045] 进一步的,在网络侧将所述QoS测量配置信息下发给终端之后,网络侧在终端发起的无线资源控制(RRC)连接建立过程中接收到终端发送的记录有未上报的QoS测量结果的指示信息时,通知终端上报QoS测量结果并接收终端上报的QoS测量结果,或,将终端在当前接入的小区新建的DRB与QCI的映射关系下发给终端,或,重新向终端下发QoS测量配 [0045] Further, in the QoS measurement network side after the configuration information to the terminal, the network side terminal initiates radio resource control (RRC) connection setup process received QoS measurements sent by the terminal with a recording unreported when instruction information to notify the result reported by the terminal receives the QoS measurements and QoS measurement result reported by the terminal, or the terminal to the terminal in the mapping relationship between the current cell and the access of the new QCI of DRB, or, again to a terminal under QoS measurements made with

直fe息。 Straight fe interest.

[0046] 具体的,所述通知终端上报QoS测量结果并接收终端上报的QoS测量结果,具体实现可以如下: [0046] Specifically, the terminal notification received reports QoS measurements and QoS measurement result reported by the terminal, particularly as follows:

[0047] 网络侧向终端发送终端信息请求(UE Information Request)消息,以通知终端上报QoS测量结果;网络侧接收终端上报的携带有QoS测量结果的终端信息响应(UE Information Response)消息。 [0047] The network side transmits the terminal information request terminal (UE Information Request) message to notify the QoS measurement result reported by the terminal; reported by a terminal network side carries QoS information in response to the measurement result of the terminal (UE Information Response) message.

[0048] 步骤41中,网络侧可以通过记录测量配置(LoggedMeasurementsConfiguration) 消息或无线资源控制连接重配置(RRCCormectionReconfiguration)消息,将所述QoS测量配置信息下发给终端。 In [0048] Step 41, the network side may be configured (LoggedMeasurementsConfiguration) message or a RRC connection reconfiguration (RRCCormectionReconfiguration) measured by recording the message, the QoS measurement configuration information to the terminal.

[0049] 参见图5,本发明实施例还提供一种QoS测量上报方法,包括以下步骤: [0049] Referring to Figure 5, an embodiment of the present invention further provides a QoS measurement reporting method, comprising the steps of:

[0050] 步骤50 :终端接收网络侧下发的QoS测量配置信息;所述QoS测量配置信息中包括终端需要进行QoS测量的DRB对应的QCI信息; [0050] Step 50: Send the terminal-side receiving network QoS measurement configuration information; measuring the QoS configuration information includes information of DRB corresponding QCI terminal needs QoS measurement;

[0051] 步骤51 :终端根据DRB与QCI的映射关系,确定所述QoS测量配置信息中包括的QCI所对应的DRB ;该DRB与QCI映射关系可以是网络侧在终端建立RRC连接的过程中下发给终端的; [0051] Step 51: The mapping relationship between the terminal and the QCI DRB, determining the QoS information included in the measurement configuration corresponding to the DRB QCI; DRB with the QCI mapping relationship may be a network side in the process of establishing the RRC connection at the terminal sent to the terminal;

[0052] 步骤52 :终端根据所述QoS测量配置信息对确定的DRB进行QoS测量,并向网络侧上报QoS测量结果。 [0052] Step 52: The terminal performs QoS measurement according to the determined QoS DRB measurement configuration information, and reports the QoS measurement results the network side.

[0053] 具体的,步骤52中,在所述QoS测量配置信息中还包括用于指示所述QoS测量配置信息有效的时间长度的记录时间长度、以及用于指示终端记录QoS测量结果的时间间隔的记录周期信息时,终端对确定的DRB进行QoS测量,具体实现可以如下: [0053] Specifically, in step 52, the QoS measurement configuration information further comprises a measurement configuration for indicating the QoS information is valid time length of the recording time length, and the time for instructing the terminal QoS measurement result recording interval the cycle time of recording information, the terminal of the determined QoS measurements for DRB, particularly as follows:

[0054] 终端开启定时时长为所述记录时间长度的第一定时器、以及定时时长为所述记录周期的第二定时器,在第二定时器超时前对确定的DRB上的固定的测量量进行测量,在第二定时器超时时记录测量结果,若第一定时器未超时则重新开启第二定时器。 [0054] When the terminal opening timing length of the first timer recording time length, and a second timer when the timing length of the recording period, before the second timer expires on a fixed measured quantity determined DRB measured timeout timer measurements are recorded in a second, if not the first timer expires, the re-open second timer.

[0055] 在所述QoS测量配置信息中还包括用于指示所述QoS测量配置信息有效的时间长度的记录时间长度、用于指示终端记录QoS测量结果的时间间隔的记录周期、以及用于指示终端进行QoS测量的测量内容的测量量时,终端根据所述QoS测量配置信息对确定的DRB 进行QoS测量,具体实现可以如下: [0055] The measurement configuration information further comprises a measurement configuration for indicating the QoS information is valid time length of the recording time length for indicating recording end QoS periodic intervals in the QoS measurement result, and for instructing when the terminal performs measurements of the measurement contents of the QoS measurements, the measurement configuration information of the terminal according to the determined QoS to the QoS measurement DRB, particularly as follows:

[0056] 终端开启定时时长为所述记录时间长度的第一定时器、以及定时时长为所述记录周期的第二定时器,在第二定时器超时前对确定的DRB上的所述测量量进行测量,在第二定时器超时时记录测量结果,若第一定时器未超时则重新开启第二定时器。 [0056] When the terminal opening timing length of the first timer recording time length, and a second timer when the timing length of the recording period, the measurement of the amount determined on the DRB before the second timer expires. measured timeout timer measurements are recorded in a second, if not the first timer expires, the re-open second timer.

[0057] 在所述QoS测量配置信息中还包括用于指示所述QoS测量配置信息有效的时间长度的记录时间长度、用于指示终端记录QoS测量结果的时间间隔的记录周期、以及用于指示终端每次需要记录的QoS测量结果对应的测量时间段的平滑时间窗长度时,终端根据所述QoS测量配置信息对确定的DRB进行QoS测量,具体实现可以如下: [0057] The measurement configuration information further comprises a measurement configuration for indicating the QoS information is valid time length of the recording time length for indicating recording end QoS periodic intervals in the QoS measurement result, and for instructing time smoothing each terminal window length corresponding to the QoS measurement result of the measurement period to be recorded, the terminal according to the measurement configuration information to the determined QoS DRB for QoS measurements, particularly as follows:

[0058] 终端开启定时时长为所述记录时间长度的第一定时器、以及定时时长为所述记录周期的第二定时器,在第二定时器超时前、所述平滑时间窗长度指示的测量时间段内,对确定的DRB上的固定测量量进行测量,并记录测量结果,在第二定时器超时时,若第一定时器未超时则重新开启第二定时器。 [0058] When the terminal is turned on when the timing length of the recording time length of the first timer, second timer and a timing length of the recording period, before the second timer expires, the smoothing time window indicated by the length measurement time period, a fixed amount determined measuring DRB measured, and the measurements are recorded, when the second timer expires, if the first timer does not expire reopen the second timer.

[0059] 在所述QoS测量配置信息中还包括用于指示所述QoS测量配置信息有效的时间长度的记录时间长度、用于指示终端记录QoS测量结果的时间间隔的记录周期、用于指示终端进行QoS测量的测量内容的测量量、以及用于指示终端每次需要记录的QoS测量结果对应的测量时间段的平滑时间窗长度时,终端根据所述QoS测量配置信息对确定的DRB进行QoS测量,具体实现可以如下: [0059] In measuring the QoS configuration information further comprises a measurement configuration for indicating the QoS information is valid time length of the recording time length for indicating recording end QoS measurement cycle time interval for instructing the terminal measuring the amount of content the QoS measurements and QoS measurement result is used to indicate when the terminal needs to record each time smoothing window length corresponding to the measurement period, the measurement of the terminal QoS DRB determined according to the QoS measurement configuration information , particularly as follows:

[0060] 终端开启定时时长为所述记录时间长度的第一定时器、以及定时时长为所述记录周期的第二定时器,在第二定时器超时前、所述平滑时间窗长度指示的测量时间段内,对确定的DRB上的所述测量量进行测量,并记录测量结果,在第二定时器超时时,若第一定时器未超时则重新开启第二定时器。 [0060] When the terminal is turned on when the timing length of the recording time length of the first timer, second timer and a timing length of the recording period, before the second timer expires, the smoothing time window indicated by the length measurement period, the measured amount determined DRB measured, and the measurements are recorded, when the second timer expires, if the first timer does not expire reopen the second timer.

[0061] 步骤52中,终端向网络侧上报QoS测量结果,具体实现可以如下: [0061] Step 52, the terminal reports the QoS measurements to the network side, particularly as follows:

[0062] 若终端在第一定时器超时时处于连接态并且当前的服务小区与终端接收到所述QoS测量配置信息时的服务小区相同,则终端向网络侧上报记录的测量结果。 When the serving cell [0062] and the current serving cell and the terminal receives the QoS measurement configuration information if the terminal is in a connected state timeout timer is the same as in the first, the terminal reports the measurement results are reported to the network side.

[0063] 进一步的,若终端在第一定时器超时前从连接态进入了空闲态,则: [0063] Further, when the first timer expires before the terminal enters an idle state from the connected state, then:

[0064] 终端在接收到网络侧下发的上报QoS测量结果的通知时,将记录的测量结果上报给网络侧,并删除所述QoS测量配置信息或在重新进入连接态后根据所述QoS测量配置信息继续进行未完成的QoS测量及QoS测量结果上报;或者, When [0064] the terminal in the measurement result notification sent to the network side receives QoS reporting, the recorded measurements reported to the network side, and deleting the QoS configuration information after the measurement or re-entering connected state measured according to the QoS configuration information and QoS measurements continue unfinished QoS measurement reporting; or

[0065] 终端保存记录的测量结果和所述QoS测量配置信息,并在重新进入连接态后根据所述QoS测量配置信息继续进行未完成的QoS测量及QoS测量结果上报;或者, [0065] terminal and keep a record of the QoS measurement result of the measurement configuration information, configuration information and measured after re-entering connected state according to the QoS measurements and QoS continue unfinished QoS measurement result reported; or

[0066] 终端删除记录的测量结果和所述QoS测量配置信息。 [0066] delete the recorded measurements and the QoS measurement terminal configuration information.

[0067] 较佳的,若所述QoS测量配置信息中还包括记录区域信息,则终端在确定重新进入连接态后的服务小区是否在所述记录区域内时,按照所述QoS测量配置信息继续进行未完成的QoS测量及QoS测量结果上报。 [0067] Preferably, if the QoS measurement configuration information further comprises information recording area, the terminal is determined to re-enter the connected state when the serving cell is in the region of the recording, according to the QoS measurement configuration information to continue for unfinished QoS measurements and QoS report the measurement result.

[0068] 进一步的,若终端在第一定时器超时前进行了小区切换,则: [0068] Further, when a terminal performs cell handover before the first timer expires, then:

[0069] 终端根据所述QoS测量配置信息对切换后的服务小区进行QoS测量,并向网络侧上报切换后的服务小区的QoS测量结果以及切换前的服务小区的QoS测量结果。 [0069] The terminal serving cell after the handover the QoS QoS measurement according to the measurement configuration information, and reports the QoS measurement result of the network-side serving cell after the handover and QoS measurement result of the serving cell before handover.

[0070] 较佳的,若所述QoS测量配置信息中还包括记录区域信息,则终端在确定切换后的服务小区是否在所述记录区域内时,根据所述QoS测量配置信息对切换后的服务小区进行QoS测量及QoS测量结果上报。 [0070] Preferably, if the QoS measurement configuration information further includes recording information zone, then the terminal determines whether the handover when the serving cell area of ​​the recording, the measurement configuration according to the QoS information after the handover serving cell QoS measurements and QoS report the measurement result.

[0071] 进一步的,若终端在第一定时器超时前再次接收到网络侧下发的新的QoS测量配置信息,则: [0071] Further, if the terminal issued by the network side is received before the first timer expires, again a new QoS measurement configuration information, then:

[0072] 终端将保存的QoS测量配置信息以及测量结果删除,并根据所述新的QoS测量配置信息进行QoS测量以及QoS测量结果上报。 [0072] The terminal configuration information stored in the QoS measurement and a measurement result deleted, and the new configuration information according to the QoS measurements and QoS measurement reports QoS measurements. [0073] 进一步的,若终端在第一定时器超时前从连接态进入了空闲态,则: [0073] Further, when the first timer expires before the terminal enters an idle state from the connected state, then:

[0074] 终端在后续发起无线资源控制RRC连接建立过程中向网络侧发送记录有未上报的QoS测量结果的指示信息; [0074] In a subsequent terminal initiating a radio resource control RRC connection establishment procedure instruction information transmitted record has not QoS measurements reported to the network side;

[0075] 终端若接收到网络侧下发的上报QoS测量结果的通知,则向网络侧上报记录的测 [0075] If the terminal notifies the measurement result sent by the network side receives the QoS reporting, the measurement report to the network side records

量结果; The amount of results;

[0076] 终端若接收到网络侧下发的终端在当前接入的小区新建的DRB与QCI的映射关系,则根据该映射关系重新确定所述QoS测量配置信息中包括的QCI所对应的DRB,并按照所述QoS测量配置信息继续进行未完成的QoS测量及QoS测量结果上报; [0076] If the terminal currently accesses the new cell mapping between DRB and received QCI sent by the network side terminal, re-determining the QoS information included in the measurement configuration corresponding QCI DRB according to the mapping relation, and according to the measurement configuration information to continue the unfinished QoS QoS QoS measurement and report the measurement result;

[0077] 终端若接收到网络侧重新下发的新的QoS测量配置信息,则根据所述新的QoS测量配置信息进行QoS测量以及QoS测量结果上报。 [0077] If the terminal receives a new emphasis network QoS measurements delivered by the new configuration information, the configuration information to the new QoS according to QoS measurements and QoS measurement report the measurement result.

[0078] 本方法中,终端向网络侧上报的QoS测量结果包括:确定的每个DRB上的DL吞吐量、UL吞吐量、DL丢包率、UL丢包率、UL时延中的一个或任意组合。 [0078] In the method, QoS measurement result reported by the terminal to the network side includes: a DL throughput on each DRB determined, UL throughput, packet loss rate DL, UL packet loss rate, UL delay or random combination.

[0079] 较佳的,终端向网络侧上报的QoS测量结果还包括:终端的位置信息、终端上报的QoS测量结果对应的小区标识信息、时间戳、RSRP/RSRQ信息、跟踪参考信息、以及跟踪记录会话信息;所述跟踪参考信息用于指示网络侧为本次QoS测量配置分配的进程号、所述跟踪记录会话信息用于指示网络侧为本次QoS测量配置分配的会话标识号。 [0079] Preferably, the QoS measurement result reported by the terminal to the network side further comprises: a terminal position information, cell identification information of the QoS measurement result reported by the terminal corresponding to the time stamp, RSRP / RSRQ information track reference information, and tracking recording session information; information indicating the tracking reference network QoS based sub process number assigned to the measurement configuration, the trace recording session information indicates the present sub-network QoS measurement configuration assigned session identifier.

[0080] 具体的,终端可以通过记录测量配置(LoggedMeasurementsConfiguration)消息或无线资源控制连接重配置(RRCCormectionReconfiguration)消息,接收网络侧下发的QoS测量配置信息。 [0080] Specifically, the terminal may be configured (LoggedMeasurementsConfiguration) message or a RRC connection reconfiguration (RRCCormectionReconfiguration) measured by recording the message, issued by the network side receives the QoS measurement configuration information.

[0081] 终端可以通过终端信息响应(UE Information Response)消息,向网络侧上报QoS [0081] terminal through the terminal information response (UE Information Response) message to the network QoS reports

测量结果。 Measurement results.

[0082] 下面对本发明进行具体说明: [0082] The present invention will be described in detail:

[0083] 网络侧配置过程如下: [0083] network side configures as follows:

[0084] 网络侧通过专用信令为UE下发QoS测量配置信息,其中包括: [0084] The configuration information of the network side via dedicated signaling sent to the UE QoS measurement, which comprises:

[0085] 时间戳(可选)、测量对象:QCI列表(list)、测量量(可选)、Log时间长度(T-duration,仅在连接态有效)、Log周期(T)、平滑时间窗长度(Ta,可选)、Trace reference (可选)、Trace Recording Session (可选)、Log 区域(可选)。 [0085] stamp (optional), the measurement object: QCI list (List), measuring the amount of (optional), the length of time the Log (T-duration, valid only in the connected state), the Log period (T), the smoothing time window length (Ta, optional), Trace reference (optional), Trace Recording Session (optional), Log region (optional).

[0086] 测量量包括:DL吞吐量;UL吞吐量;DL丢包率;UL丢包率;UL时延。 [0086] Measurements include: DL throughput; throughput of the UL; the DL packet loss rate; the UL packet loss rate; the UL delay.

[0087] 其中,时间戳是网络侧下发该测量配置时,网络侧的绝对时间信息;测量对象是网络侧指定的某UE需要测量的QCI列表,这个列表可以是网络侧根据QCI分配的index,也可以是QCI的实际值,UE负责完成该QCI与DRB的映射,并针对相应的DRB进行L2测量。 [0087] wherein, when the stamp is issued by the network side of the measurement configuration, the absolute time information of the network side; QCI measurement object is a list of the network-side UE designated to be measured, this list may be a network side in accordance with the assigned index QCI , it may be the actual value of the QCI, QCI and the UE responsible for completing the DRB mapped, and measured for the respective L2 DRB. 测量量是每个QCI对应的统计量(共5个,可选择性配置,或设置为默认值,不进行单独配置);Log时间长度是本次配置生效的总时间长度,在T-duration内UE需要一直进行log 操作;Log周期是UE每两次log之间的时间间隔;平滑时间窗长度是指UE每次log对应的统计时间段,此项为可选项,如果没有出现,则相当于平滑窗的长度等于log周期T,既每次T超时UE都会进行log,同时进行下一个周期的评估。 Measuring the amount of each statistic corresponding QCI (of 5, optional configuration, or set as the default, not separately arranged); Log length of time is the total time of the commencement of this configuration, the T-duration in UE needs to log operation has been performed; the log is the time period between every two log interval UE; smoothing time window length in which the UE is counted every time period corresponding to the log, this is optional, if not present, is equivalent smooth window length equal to the log period T, both the UE will timeout T for each log, simultaneously evaluate the next cycle.

[0088] UE侧执行log过程如下: [0088] UE-side execution log as follows:

[0089] UE在连接态收到上述QoS验证测量配置信息后,立即开启QoS验证测量过程,同时开启T-duration定时器和log周期定时器(T),且如果该UE支持定位且定位功能没有开启,那么需要立即开启定位功能。 [0089] UE in a connected state after receiving the QoS measurement configuration information to verify, immediately open QoS measurement verification, while turning T-duration timer and the cycle timer log (T), and if the UE does not support positioning and targeting open, you need to immediately turn location. 在接下来的Ta时间段内,UE统计QCI list中每个QCI 对应的5个测量量,相应的测量结果由L2提供,各统计量的计算方法参见TS 36.314。 In the next period of time Ta, the UE List statistics for each QCI QCI corresponds to five measurements, the corresponding measurement results provided by L2, The method of calculating statistics see TS 36.314. 统计结束后,UE将该Ta内对应的统计结果进行保存,等待log周期定时器T超时后进行下一次统计和log操作。 After the end of the statistics, the UE within the corresponding statistics saved Ta, after waiting for the next T cycle timer timeout time log and log statistical operation.

[0090] Log上报过程如下: [0090] Log reports as follows:

[0091] T-duration超时,若UE仍处于连接态(且服务小区没有发生改变),则触发UE侧log上报过程。 [0091] T-duration expires, if the UE remains in a connected state (and no change in serving cell), log report is triggered at the UE side process. 上报的内容包括: Reported include:

[0092] 位置信息、QCI list、小区ID、时间戳(可选)、RSRP/RSRQ(可选)、Trace reference (可选)、Trace Recording Session (可选)。 [0092] The position information, QCI list, cell ID, (optional), RSRP / RSRQ (optional), Trace reference (optional), Trace Recording Session (optional).

[0093] QCI list中包含每个QCI对应的测量量的统计结果,包括:DL吞吐量;UL吞吐量per-QCI ;DL 丢包率per-QCI ;UL 丢包率per-QCI ;UL 时延per-QCI。 [0093] QCI list contains the statistics for each measurement corresponding to the amount of a QCI, comprising: DL throughput; the UL throughput per-QCI; DL packet loss rate per-QCI; UL packet loss rate per-QCI; UL delay per-QCI.

[0094] 上报完成后,UE删除所有QoS测量配置信息和log。 After the [0094] report is completed, UE remove all QoS measurement configuration information and log.

[0095] 下面几种特护情况处理: [0095] Some intensive care following circumstances:

[0096] 第一,T-duration超时前,若UE从连接态回到了idle态(原因为网络释放),那么网络侧可以采用以下几种处理方式: [0096] First, before the T-duration expires, if the UE back to the idle state from the connected state (the reason for the release of the network), the network side may use the following approach:

[0097] 方式1 :在释放UE前获取尚未完成的测量统计结果:网络侧使用UEhformation Request消息通知UE上报QoS测量log,UE收到后把已经得到的测量结果(上述log上报内容)包含在UE Information Response中反馈给网络(复用现有idle MDT log上报方式),同时删除所有的测量配置(此处UE也可以不删除测量配置,在下次进入连接态的时候继续尚未完成的QoS测量过程)。 [0097] Embodiment 1: Statistical results of measurements acquired before releasing the unfinished UE: UEhformation Request message using the network side notifies the UE reports QoS measurements log, the UE receives the measurement results already obtained (the above-described log reporting content) contained in the UE Information Response to the feedback network (reuse existing idle MDT log reporting mode), delete all the measurement configuration (here, UE measurement configuration may not be deleted, QoS next time the measurement process enters a connected state to continue unfinished) .

[0098] 方式2 :网络侧不对测量结果进行获取,UE进入idle态后保存log和相关测量配置(此时T-duration处于挂起状态,不进行计时),等再次进入连接态时(仍属于log区域),继续进行QoS的测量和上报过程。 [0098] Embodiment 2: The network does not obtain measurement results, the UE enters idle state stored log and associated measurement configuration (case T-duration in a suspended state, no clocking), the time from entering a connected state again (still belongs log area), and proceeds QoS measurement reporting process.

[0099] 方式3 =UE在idle态保存QoS相关的log和测量配置需要有时间限制,若超过此时间限制,则应删除所有测量配置信息和log。 [0099] 3 = UE mode and log measurements associated idle state saved QoS configuration requires a time limit, the time limit is exceeded if this should remove all measurement configuration information and log.

[0100] 第二,T-duration超时前,如果UE从连接态回到了idle态(异常原因,如无线链路失败(RLF)等),此时也有两种解决方法: [0100] Second, before the T-duration expires, if the UE back to the idle state from a connected state (abnormality cause, such as a radio link failure (the RLF) etc.), then there are two solutions:

[0101] 方法1 :UE删除所有QoS相关的log和测量配置; [0101] Method 1: UE deletes all log and associated QoS measurement configuration;

[0102] 方法2 =UE保存log和相关测量配置(此时T-duration处于挂起状态,不进行计时),等再次进入连接态时(仍属于log区域),继续进行未完成的QoS的测量和上报过程。 [0102] Method 2 = UE saved log measurements and associated measurement configuration (case T-duration in a suspended state, no clocking), the time from entering a connected state again (still a log area), to continue the unfinished QoS and reporting process.

[0103] 第三,T-duration超时前,如果UE发生了切换(intra-PLMN切换),UE仍然按照原来的配置对新小区的业务QoS进行测量。 [0103] Third, T-duration before the timeout occurs if the UE is handover (intra-PLMN handover), the new UE still be measured according to the original cell service QoS configuration. 在测量完成后UE上报测量结果的过程中,测量结果包含多个小区的QoS测量结果。 UE reports the results of the measurement after the measurement process, the measurement result of a plurality of cells comprising a QoS measurement result.

[0104] 需要说明的是,如果UE在尚未完成某次QoS测量的过程中又收到了第二条QoS测量配置消息,则第二条覆盖第一条,即第一条QoS测量配置信息和log都将被删除,UE侧同一时刻只能保留一套QoS测量配置信息。 [0104] Incidentally, if the UE has not completed the measurement of a particular QoS and received during the second QoS measurement configuration message, the first covering the second, i.e. the first measurement configuration information and QoS log will be deleted, UE side can retain the same time a QoS measurement configuration information.

[0105] 需要说明的是,UE在向一个小区发起RRC连接建立的过程中可以显示的(例如可以使用:RRC连接建立完成消息,RRC连接重建完成消息,rrc连接重配完成消息)向网络指示自己是否包含未完成的QoS测量log信息(对于RRC连接建立完成消息和RRC连接重建完成消息,可以复用现有idle MDT log获取方式;对于RRC连接重配完成消息,既可以复用现有ilde MDT log获取方式,也可以通过新增指示bit的方式进行指示),网络收到该指示后,可以选择通过UE Information Request/Response过程获取该log信息,或是向该UE下发UE在当前接入的小区新建的DRB与QCI的映射关系,或是重新配置QoS测量给UE。 [0105] Incidentally, UE initiating to a cell during the RRC connection establishment may be displayed (e.g., can be used: an RRC connection setup complete message, the RRC connection reestablishment complete message, RRC connection reconfiguration complete message) to indicate to the network if they contain QoS measurement log information is not completed (for RRC connection setup complete message and a RRC connection reestablishment complete message may be multiplexed with existing acquisition mode idle MDT log; for RRC connection reconfiguration complete message, either reuse existing ilde the MDT log acquisition mode, can also be indicated by a bit indicating new manner), after receiving the network indication, the process may be selected to obtain the log information Response by UE information Request /, or to send to the UE in the current UE connection the mapping between the new cell and DRB QCI, or reconfigure QoS measurements to the UE. 网络侧可以将DRB与QCI的映射关系通知UE的AS层,或通知UE的NAS层,再由UE的NAS 层通知AS层,UE获取了DRB与QCI的映射关系后,可继续进行QoS测量。 After the network side may be mapping between DRB and the QCI notifies the AS layer of the UE, or the NAS layer to the UE, and then notifies the AS layer by the NAS layer of the UE, the UE obtaining the mapping between DRB and QCI can continue QoS measurements.

[0106] 需要说明的是,UE在idle态可以同时保存一套idle MDT log测量配置和一套QoS 测量配置,互不影响。 [0106] Note that, the UE in an idle state can be saved while idle MDT log QoS measurement configuration and a measurement configuration, independently of each other.

[0107] 实施例一:网络侧使用LoggedMeasurementConfiguration配置QoS测量配置信息; [0107] Example a: the network side using the measurement configuration information LoggedMeasurementConfiguration QoS configuration;

[0108] 在连接状态下,网络侧通过LoggedMeasurementConfiguration消息为UE配置QoS 测量配置信息。 [0108] In the connected state, the network side configures QoS measurement configuration information to the UE through LoggedMeasurementConfiguration message. 需要在现有的LoggedMeasurementConfiguration message消息中增加如 The need to increase existing message LoggedMeasurementConfiguration message

下信息: The following information:

[0109] [0109]

LoggedMeasurementConfiguration-rl 1 -IEs LoggedMeasurementConfiguration-r 11 -IEs ::= SEQUENCE { ab soluteTimelnfo-r 10 AbsoluteTimelnfo-r 10, loggingDuration-rlO ENUMERATED { LoggedMeasurementConfiguration-rl 1 -IEs LoggedMeasurementConfiguration-r 11 -IEs :: = SEQUENCE {ab soluteTimelnfo-r 10 AbsoluteTimelnfo-r 10, loggingDuration-rlO ENUMERATED {

miniO, min20, min40, min60, min90, mini20, spare2, sparel}, miniO, min20, min40, min60, min90, mini20, spare2, sparel},

ENUMERATED { ENUMERATED {

msl280, ms2560, ms5120, msl0240, ms20480, ms30720, ms40960, ms61440}, msl280, ms2560, ms5120, msl0240, ms20480, ms30720, ms40960, ms61440},

SEQUENCE{ SEQUENCE {

PLMN-Identity, OCTET STRING (SIZE (3)) PLMN-Identity, OCTET STRING (SIZE (3))

logginglnterval-r 10 logginglnterval-r 10

traceReference-r 10 plmn-Identity-r 10 traceld-rlO traceReference-r 10 plmn-Identity-r 10 traceld-rlO

}, },

traceRecordingSession-rlO qo SMeasurementConfiguration-r 11 areaConfiguration-r 10 nonCriticalExtension traceRecordingSession-rlO qo SMeasurementConfiguration-r 11 areaConfiguration-r 10 nonCriticalExtension

} }

OCTET STRING (SIZE (2)), Qo SMeasurementConfiguration-r 11 AreaConfiguration-r 10 OPTIONAL, OCTET STRING (SIZE (2)), Qo SMeasurementConfiguration-r 11 AreaConfiguration-r 10 OPTIONAL,

SEQUENCE {} OPTIONAL SEQUENCE {} OPTIONAL

Need OP Need OP Need OP Need OP

QoSMeasurementConfiguration-r 11 ::= SEQUENCE { QoSMeasurementConfiguration-r 11 :: = SEQUENCE {

ab soluteTimelnfo-r 11 Ab soluteTimelnfo-r 11, ab soluteTimelnfo-r 11 Ab soluteTimelnfo-r 11,

[0110] [0110]

OPTIONAL, OPTIONAL,

16qciList-rll T-duration 16qciList-rll T-duration

spare2, sparel}, spare2, sparel},

traceReference-rl 1 plmn-Identity-rl 1 traceld-rll traceReference-rl 1 plmn-Identity-rl 1 traceld-rll

}, },

OPTIONAL OPTIONAL

traceRecording S e ssion-r 11 T traceRecording S e ssion-r 11 T

QCIList-rll, QCIList-rll,

ENUMERATED { ENUMERATED {

minlO, min20, min40, min60, min90, mini20, minlO, min20, min40, min60, min90, mini20,

SEQUENCE{ PLMN-Identity, OCTET STRING (SIZE (3)) SEQUENCE {PLMN-Identity, OCTET STRING (SIZE (3))

OCTET STRING (SIZE (2)), OPTIONAL OCTET STRING (SIZE (2)), OPTIONAL

ENUMERATED { msl280, ms2560, ms5120, msl0240, ms20480, ENUMERATED {msl280, ms2560, ms5120, msl0240, ms20480,

ms30720, ms40960, ms61440} Ta ENUMERATED { ms30720, ms40960, ms61440} Ta ENUMERATED {

msl280, ms2560, ms5120, msl0240, ms20480, msl280, ms2560, ms5120, msl0240, ms20480,

ms30720, ms40960, ms61440} ms30720, ms40960, ms61440}

areaConfiguration-r 11 AreaConfi guration-r 10 areaConfiguration-r 11 AreaConfi guration-r 10

} }

QCIList-rll :-SEQUENCE (SIZE (1..11)) OF QoSClassIdentifier QCIList-rll: -SEQUENCE (SIZE (1..11)) OF QoSClassIdentifier

[0111] LoggedMeasurementConfiguration消息在现有协议中是固定测量量的,只针对RSRP和RSRQ,经过上述扩展后,该消息也可以针对QoS进行测量,测量量也设置为固定的, 即:DL 吞吐量per-QCI ;UL 吞吐量per-QCI ;DL 丢包率per-QCI ;UL 丢包率per-QCI ;UL 时延per-QCIο [0111] LoggedMeasurementConfiguration message is a fixed amount of measurement in the existing protocol, only for the RSRQ and RSRP, after said spreading, the message for the QoS may be measured, the measurement set to a fixed amount, that is: DL throughput per -QCI; UL throughput per-QCI; DL packet loss rate per-QCI; UL packet loss rate per-QCI; UL delay per-QCIο

[0112] 上述T-duration,Τ, Ta的值都是举例说明,也可以根据实际需求改设为其它值。 [0112] The T-duration, Τ, Ta values ​​are illustrative, other values ​​may be set to change according to the actual needs. 此时idle MDT的配置与QoS的配置时一起发送给UE的,两者同时出现,UE需要分开保存。 At this time, the transmission of QoS configuration with idle MDT configuration to the UE, both appear, UE needs to be saved separately.

[0113] 实施例二:网络侧使用RRCConnectionReconfiguration配置QoS测量配置信息; [0113] Second Embodiment: Use RRCConnectionReconfiguration network configuration information to configure the QoS measurement;

[0114] 在连接状态下,网络侧通过RRCConnectionReconfiguration消息为UE配置QoS [0114] In the connected state, the network side configures QoS RRCConnectionReconfiguration message to the UE through

测量配置信息: Measurement configuration information:

[0115] 需要在现有的RRCConnectionReconfiguration消息中增加如下信息: [0115] need to add the following information in the conventional RRCConnectionReconfiguration message:

[0116]RRCConnectionReconfiguration-vxyz-IEs ::= SEQUENCE { [0116] RRCConnectionReconfiguration-vxyz-IEs :: = SEQUENCE {

absoluteTimelnfo-rlO absoluteTimelnfo-rlO

qciList-rll qciList-rll

T-duration T-duration

AbsoluteTimelnfo-rlO, OPTIONAL, AbsoluteTimelnfo-rlO, OPTIONAL,

QCIList-rll, QCIList-rll,

ENUMERATED { minlO, min20, min40, min60, min90, mini20, ENUMERATED {minlO, min20, min40, min60, min90, mini20,

spare2, sparel}, spare2, sparel},

traceReference-r 10 plmn-Identity-r 10 traceld-rlO traceReference-r 10 plmn-Identity-r 10 traceld-rlO

}, },

traceRecording S e ssion-r 10 T traceRecording S e ssion-r 10 T

ms30720, ms40960, ms61440} Ta ENUMERATED ms30720, ms40960, ms61440} Ta ENUMERATED

ms30720, ms40960, ms61440} areaConfiguration-r 10 nonCriticalExtension ms30720, ms40960, ms61440} areaConfiguration-r 10 nonCriticalExtension

-Need OP } -Need OP}

SEQUENCE{ PLMN-Identity, OCTET STRING (SIZE (3)) SEQUENCE {PLMN-Identity, OCTET STRING (SIZE (3))

OCTET STRING (SIZE (2)), ENUMERATED { msl280, ms2560, ms5120, msl0240, ms20480, OCTET STRING (SIZE (2)), ENUMERATED {msl280, ms2560, ms5120, msl0240, ms20480,

{ {

msl280, ms2560, ms5120, msl0240, ms20480, msl280, ms2560, ms5120, msl0240, ms20480,

AreaConfiguration-r 10 SEQUENCE {} AreaConfiguration-r 10 SEQUENCE {}

OPTIONAL OPTIONAL

QCIList-rll :-SEQUENCE (SIZE (1..11)) OF QoSClassIdentifier QCIList-rll: -SEQUENCE (SIZE (1..11)) OF QoSClassIdentifier

[0117] 与实施例一相同,使用RRC连接重配消息进行QoS测量配置的时候,测量量(5个) 也是固定配置的,T-duration, Τ, Ta的值都是举例说明。 [0117] Example a same RRC connection reconfiguration message using the QoS measurement configuration, when measuring the amount of (5) are fixedly disposed, T-duration, Τ, value Ta are exemplified.

[0118] 实施例三:UE使用UEhformationResponse进行QoS测量上报; [0118] Third Embodiment: UE reports QoS measurements performed using UEhformationResponse;

[0119] T-duration超时,或是网络侧要求UE上报QoS测量结果时,UE使用UElnformationResponse进行测量结果的上报: When the [0119] T-duration expires, the network side or the UE reports the QoS measurements required, using UElnformationResponse UE reports the measurement results:

[0120] 需要在现有的UEhformationResponse message消息中增加如下信息: [0120] In the prior need to add the following information in the message UEhformationResponse message:

[0121] [0121]

UEInformationResponse-vxxx-IEs ::= SEQUENCE { UEInformationResponse-vxxx-IEs :: = SEQUENCE {

qosMeasReport-rl 1 nonCriticalExtension qosMeasReport-rl 1 nonCriticalExtension

QoSMeasReport-rl 1 SEQUENCE {} QoSMeasReport-rl 1 SEQUENCE {}

OPTIONAL, OPTIONAL OPTIONAL, OPTIONAL

QoSMeasReport-rl 1 ::= QoSMeasReport-rl 1 :: =

SEQUENCE{ SEQUENCE {

[0122]absoluteTimeStamp-rlO traceReference-r10 plmn-Identity-rlO [0122] absoluteTimeStamp-rlO traceReference-r10 plmn-Identity-rlO

traceld-rlO traceld-rlO

}, },

traceRecordingSession-rl 0 traceRecordingSession-rl 0

qosMeasInfoList-rl 1 qosMeasInfoList-rl 1

} }

QoSMeasInfoList-rl 1 ::= QoSMeasInfo-rll QoSMeasInfoList-rl 1 :: = QoSMeasInfo-rll

QoSMeasInfo-rll ::= 5 QoSMeasInfo-rll :: = 5

locationlnfo-rlO relativeTimeStamp-rlO servCellldentity-rlO measResultServCell-rlO rsrpResult-rlO rsrqResult-rlO locationlnfo-rlO relativeTimeStamp-rlO servCellldentity-rlO measResultServCell-rlO rsrpResult-rlO rsrqResult-rlO

}, },

OPTIONAL, OPTIONAL,

qciList-rll qciList-rll

} }

QCIList-rll ::= SEQUENCE (SIZE (l .maxQCINumber)) OF QCI-rll QCIList-rll :: = SEQUENCE (SIZE (l .maxQCINumber)) OF QCI-rll

QCT-rl1 SEQUENCE { QCT-rl1 SEQUENCE {

DLThroughPut-rll ULThroughPut-rll DLPacketLossRate-rl 1 ULPacketLossRate-r 11 ULPacketDelay-rll DLThroughPut-rll ULThroughPut-rll DLPacketLossRate-rl 1 ULPacketLossRate-r 11 ULPacketDelay-rll

}, },

} }

AbsoluteTimelnfo-rlO, OPTIONAL, AbsoluteTimelnfo-rlO, OPTIONAL,

SEQUENCE{ SEQUENCE {

PLMN-Identity, OCTET STRING (SIZE (3)) PLMN-Identity, OCTET STRING (SIZE (3))

OCTET STRING (SIZE (2)), QoSMeasInfoList-rl 1, OCTET STRING (SIZE (2)), QoSMeasInfoList-rl 1,

SEQUENCE (SIZE (1..max QoSMeasInfo-rll)) OF SEQUENCE (SIZE (1..max QoSMeasInfo-rll)) OF

SEQUENCE { SEQUENCE {

Locationlnfo-r 10 Locationlnfo-r 10

INTEGER (0..7200), CellGlobalIdEUTRA, SEQUENCE{ RSRP-Range, RSRQ-Range INTEGER (0..7200), CellGlobalIdEUTRA, SEQUENCE {RSRP-Range, RSRQ-Range

OPTIONAL, OPTIONAL,

QCIList-rll QCIList-rll

[0123] UE可以上报一个或多个小区下的QoS测量结果 [0123] UE may report a QoS measurement result or a plurality of cells

[0124] 参见图6,本发明实施例提供一种基站,该基站包括:[0125] 获取单元60,用于获取QoS测量配置信息;所述QoS测量配置信息中包括需要终端进行QoS测量的数据无线承载DRB对应的QoS等级标识QCI ; [0124] Referring to Figure 6, embodiments of the present invention provides a base station, the base station comprising: [0125] acquiring unit 60 for acquiring QoS measurement configuration information; the QoS configuration information includes measurement data for the terminal needs QoS measurements radio bearer QoS class identifier corresponding QCI DRB;

[0126] 下发单元61,用于将所述QoS测量配置信息下发给终端。 Issuing unit 61 [0126], the QoS for the measurement configuration information to the terminal.

[0127] 所述QoS测量配置信息中还包括:记录时间长度和记录周期信息; [0127] The QoS measurement configuration information further comprises: recording period and the recording time length information;

[0128] 所述记录时间长度用于指示所述QoS测量配置信息有效的时间长度,所述记录周期用于指示终端记录QoS测量结果的时间间隔。 [0128] The length of time for recording the QoS measurement configuration information indicative of the effective length of time, the recording time period for instructing the terminal QoS measurement result of the recording interval.

[0129] 所述QoS测量配置信息中还包括: [0129] The QoS measurement configuration information further comprises:

[0130] 时间戳、测量量、平滑时间窗长度、跟踪参考信息Trace reference、跟踪记录会话信息Trace Recording kssion、记录区域信息中的一个或任意组合; [0130] timestamp, measuring the amount of smoothing time window length, track reference information Trace reference, trace recording session information Trace Recording kssion, or any combination of a recording region information;

[0131] 所述时间戳用于指示当前网络侧的绝对时间;所述测量量用于指示终端进行QoS 测量的测量内容;所述平滑时间窗长度用于指示终端每次需要记录的QoS测量结果对应的测量时间段;所述跟踪参考信息用于指示网络侧为本次QoS测量配置分配的进程号、所述跟踪记录会话信息用于指示网络侧为本次QoS测量配置分配的会话标识号;所述记录区域信息用于指示终端进行QoS测量所在的区域范围。 [0131] The time stamp is used to indicate an absolute time of the current network side; measuring the amount of said measurement contents for instructing the terminal QoS measurement; the smoothing window length of time for each QoS measurement result indicating that the terminal needs to record corresponding to the measurement period; track reference information indicating the network side oriented sub process number assigned QoS measurement configuration, the trace recording session information for indicating a network-side views of the present measurement configuration assigned QoS session identification number; information indicating the recording area for the terminal region where the range of measured QoS.

[0132] 所述测量量包括: [0132] The measurements comprises:

[0133] 下行链路DL吞吐量、上行链路UL吞吐量、DL丢包率、UL丢包率、UL时延中的一个或任意组合。 [0133] DL downlink throughput, the uplink UL throughput, packet loss rate DL, UL packet loss rate, a delay, or any combination of UL.

[0134] 该基站还包括: [0134] The base station further comprises:

[0135] 第一处理单元62,用于在将所述QoS测量配置信息下发给终端之后,接收终端在所述QoS测量配置信息失效后主动上报的、根据所述QoS测量配置信息测量得到的QoS测 [0135] The first processing unit 62, then sent to the terminal in the QoS measurement configuration information, the receiving terminal measures the QoS configuration information in the failed active reported, measured according to the QoS configuration information measured QoS measurement

量结果。 The amount of results.

[0136] 该基站还包括: [0136] The base station further comprises:

[0137] 第二处理单元63,用于在将所述QoS测量配置信息下发给终端之后,在确定终端在所述QoS测量配置信息未失效时从连接态进入了空闲态时,通知终端上报QoS测量结果, 并接收终端上报的QoS测量结果。 [0137] The second processing unit 63, a QoS at the measurement configuration information to the terminal later, when the measurement configuration information determining that the terminal is not connected to the failure of the QoS state into the idle state, the terminal reports notifications QoS measurement results, and receives a QoS measurement result reported by the terminal.

[0138] 该基站还包括: [0138] The base station further comprises:

[0139] 第三处理单元64,用于在网络侧将所述QoS测量配置信息下发给终端之后,在终端发起的无线资源控制RRC连接建立过程中接收到终端发送的记录有未上报的QoS测量结果的指示信息时,通知终端上报QoS测量结果并接收终端上报的QoS测量结果,或,将终端在当前接入的小区新建的DRB与QCI的映射关系下发给终端,或,重新向终端下发QoS测量 After [0139] The third processing unit 64, the QoS measurements for the configuration information to the terminal on the network side, the terminal initiates the RRC, connection establishment process the terminal receives the transmitted record has not reported QoS when the information indicating the measurement result to notify the measurement result reported by the terminal and to receive QoS QoS measurement result reported by the terminal, or the terminal to the terminal in the mapping relationship between the current cell and the access of the new QCI of DRB, or, again to the terminal issued QoS measurements

配置信息。 Configuration information.

[0140] 所述第二处理单元63或第三处理单元64用于:按照如下方法通知终端上报QoS 测量结果并接收终端上报的QoS测量结果: [0140] The second processing unit 63 or the third processing unit 64 configured to: notify the terminal reports the QoS measurements and QoS measurement result reported by the terminal receiver according to the following method:

[0141] 向终端发送终端信息请求UE Information Request消息,以通知终端上报QoS测 [0141] transmitting information to the terminal requesting the terminal UE Information Request message to notify the terminal to report QoS measurements

量结果; The amount of results;

[0142] 接收终端上报的携带有QoS测量结果的终端信息响应UE Information Response 消息。 [0142] The terminal information carries a QoS measurement result reported by the receiving terminal in response to UE Information Response message.

[0143] 所述下发单元61用于: [0143] The issuing unit 61 for:

[0144] 通过记录测量配置LoggedMeasurementsConfiguration消息或无线资源控制连接重配置RRCCormectionReconfiguration消息,将所述QoS测量配置信息下发给终端。 [0144] LoggedMeasurementsConfiguration configuration message or a radio resource control connection reconfiguration message RRCCormectionReconfiguration measured by recording, the QoS measurement configuration information to the terminal.

[0145] 参见图7,本发明实施例还提供一种终端,该终端包括: [0145] Referring to Figure 7, an embodiment of the present invention further provides a terminal, the terminal comprising:

[0146] 接收单元70,用于接收网络侧下发的QoS测量配置信息;所述QoS测量配置信息中包括终端需要进行QoS测量的数据无线承载DRB对应的QoS等级标识QCI信息; [0146] The receiving unit 70, a QoS measurements sent by the network side receives configuration information; measuring the QoS configuration information includes the terminal identification QCI QoS level required data radio bearer information corresponding to the DRB QoS measurements;

[0147] 确定单元71,用于根据数据无线承载DRB与QCI的映射关系,确定所述QoS测量配置信息中包括的QCI所对应的DRB ; [0147] determination unit 71, the data for radio bearer mapping relationship QCI DRB and determining the QoS information included in the measurement configuration corresponding to the DRB QCI;

[0148] 测量单元72,用于根据所述QoS测量配置信息对确定的DRB进行QoS测量; [0148] a measuring unit 72 for the determination of the QoS DRB QoS measurement according to the measurement configuration information;

[0149] 上报单元73,用于向网络侧上报QoS测量结果。 [0149] reporting unit 73, configured to report QoS measurements to the network side.

[0150] 所述测量单元72用于: [0150] The measuring unit 72 for:

[0151] 在所述QoS测量配置信息中还包括用于指示所述QoS测量配置信息有效的时间长度的记录时间长度、以及用于指示终端记录QoS测量结果的时间间隔的记录周期信息时, 开启定时时长为所述记录时间长度的第一定时器、以及定时时长为所述记录周期的第二定时器,在第二定时器超时前对确定的DRB上的固定的测量量进行测量,在第二定时器超时时记录测量结果,若第一定时器未超时则重新开启第二定时器。 When [0151] the measurement configuration information further comprises means for indicating the QoS measurement configuration information effective time length of the recording time length, and a period information indicating the recording end QoS measurement result in a time interval of the QoS, open a timing length of the recording time length of the first timer and a second timer to record the time of the timing period, the measurement of the amount of fixed measurement DRB determined before the second timer expires, the first two measurements were recorded when the timer expires, the first timer does not expire if the second timer is re-opened.

[0152] 所述测量单元72用于: [0152] The measuring unit 72 for:

[0153] 在所述QoS测量配置信息中还包括用于指示所述Q0S测量配置信息有效的时间长度的记录时间长度、用于指示终端记录QoS测量结果的时间间隔的记录周期、以及用于指示终端进行QoS测量的测量内容的测量量时,开启定时时长为所述记录时间长度的第一定时器、以及定时时长为所述记录周期的第二定时器,在第二定时器超时前对确定的DRB上的所述测量量进行测量,在第二定时器超时时记录测量结果,若第一定时器未超时则重新开启第二定时器。 [0153] The measurement configuration information further comprises means for indicating the length of the recording time Q0S measurement configuration information is valid length of time, for instructing the terminal recording cycle time interval of the QoS in QoS measurement result, and for instructing when the terminal performs measurements of the QoS measurements of the measurement contents, the length of the first timer recording time length, and when the timing of the second timer to record the timing of the open period of the second timer expires before determining the measured amount of DRB measured timeout timer measurements are recorded in a second, if not the first timer expires, the re-open second timer.

[0154] 所述测量单元72用于: [0154] The measuring unit 72 for:

[0155] 在所述QoS测量配置信息中还包括用于指示所述QoS测量配置信息有效的时间长度的记录时间长度、用于指示终端记录QoS测量结果的时间间隔的记录周期、以及用于指示终端每次需要记录的QoS测量结果对应的测量时间段的平滑时间窗长度时,开启定时时长为所述记录时间长度的第一定时器、以及定时时长为所述记录周期的第二定时器,在第二定时器超时前、所述平滑时间窗长度指示的测量时间段内,对确定的DRB上的固定测量量进行测量,并记录测量结果,在第二定时器超时时,若第一定时器未超时则重新开启第二定时器。 [0155] configuration information further comprises a measurement for indicating the QoS measurement configuration information effective time length of the recording time length, indicating the terminal for recording at periodic intervals in a QoS measurement result of the QoS, and for indicating QoS measurement result of the terminal needs to record each time smoothing window length corresponding to the measured time period, when the opening timing of the length of the first timer recording time length and a second timer to record the time of the timing period, before the second timer expires, the measurement time window length indicating a smoothing period, a fixed amount determined measuring DRB measured, and the measurements are recorded, when the second timer expires, if the first timing It did not time out to re-open the second timer.

[0156] 所述测量单元72用于: [0156] The measuring unit 72 for:

[0157] 在所述QoS测量配置信息中还包括用于指示所述Q0S测量配置信息有效的时间长度的记录时间长度、用于指示终端记录QoS测量结果的时间间隔的记录周期、用于指示终端进行QoS测量的测量内容的测量量、以及用于指示终端每次需要记录的QoS测量结果对应的测量时间段的平滑时间窗长度时,开启定时时长为所述记录时间长度的第一定时器、 以及定时时长为所述记录周期的第二定时器,在第二定时器超时前、所述平滑时间窗长度指示的测量时间段内,对确定的DRB上的所述测量量进行测量,并记录测量结果,在第二定时器超时时,若第一定时器未超时则重新开启第二定时器。 [0157] In measuring the QoS configuration information further comprises means for indicating the length of the recording time Q0S measurement configuration information is valid length of time, for indicating the recording end QoS measurement cycle time interval for instructing the terminal when the amount of smoothing time window length measurement of the content of QoS measurements and QoS measurement result is used to indicate the terminal to be recorded corresponding to each measurement period, when the opening timing of the length of the first timer recording time length, when the timing and length of the second timer recording period, before the second timer expires, the smoothing window length measured period of time indicated on the measurements determined DRB measured and recorded the measurement result, when the second timer expires, if the first timer does not expire reopen the second timer.

[0158] 所述上报单元73用于: [0158] The reporting unit 73 is configured to:

[0159] 若在第一定时器超时时处于连接态并且当前的服务小区与终端接收到所述QoS测量配置信息时的服务小区相同,则向网络侧上报记录的测量结果。 [0159] If the timeout timer in the first connection state and the current serving cell and the terminal receives the QoS measurements serving cell information of the same configuration, the recording report a measurement result to the network side.

[0160] 该终端还包括: [0160] The terminal further comprises:

[0161] 第一处理单元74,用于在第一定时器超时前从连接态进入了空闲态时: [0161] The first processing unit 74 for the first timer expires before entering the connected state from the idle state when:

[0162] 在接收到网络侧下发的上报QoS测量结果的通知时,将记录的测量结果上报给网络侧,并删除所述QoS测量配置信息或在重新进入连接态后根据所述QoS测量配置信息继续进行未完成的QoS测量及QoS测量结果上报;或者, When [0162] issued at the network side receives the notification of the result reports QoS measurements, the recorded measurements reported to the network side, and deleting the QoS information or measured according to the measurement configuration after the QoS re-enter a connected state configuration information continues QoS measurements and the QoS measurement reporting is not completed; or

[0163] 保存记录的测量结果和所述QoS测量配置信息,并在重新进入连接态后根据所述QoS测量配置信息继续进行未完成的QoS测量及QoS测量结果上报;或者, [0163] record-keeping and the QoS measurement result of the measurement configuration information, configuration information and measured after re-entering connected state according to the QoS measurements and QoS continue unfinished QoS measurement result reported; or

[0164] 删除记录的测量结果和所述QoS测量配置信息。 [0164] delete the recorded measurements and the QoS measurement configuration information.

[0165] 该终端还包括: [0165] The terminal further comprises:

[0166] 第二处理单元75,用于在第一定时器超时前进行了小区切换时: [0166] The second processing unit 75, a cell for performing a handover when the timer expires before the first:

[0167] 根据所述QoS测量配置信息对切换后的服务小区进行QoS测量,并向网络侧上报切换后的服务小区的QoS测量结果以及切换前的服务小区的QoS测量结果。 [0167] The QoS measurement configuration information to the serving cell after the handover the QoS measurements, and reports the QoS measurement result of the QoS measurement results to switch the serving cell and the serving cell before the switching network side.

[0168] 该终端还包括: [0168] The terminal further comprises:

[0169] 第三处理单元76,用于在第一定时器超时前再次接收到网络侧下发的新的QoS测 [0169] The third processing unit 76, for receiving a first timer expires before a new QoS measured again sent by the network side

量配置信息时: When the amount of configuration information:

[0170] 将保存的QoS测量配置信息以及测量结果删除,并根据所述新的QoS测量配置信息进行QoS测量以及QoS测量结果上报。 [0170] The saved measurement configuration information and QoS measurements deleted, and the new configuration information according to the QoS measurements and QoS measurement reports QoS measurements.

[0171] 该终端还包括: [0171] The terminal further comprises:

[0172] 第四处理单元77,用于在第一定时器超时前从连接态进入了空闲态时: When [0172] The fourth processing unit 77, for the first timer times out before entering the connected state from the idle state:

[0173] 在后续发起无线资源控制RRC连接建立过程中向网络侧发送记录有未上报的QoS 测量结果的指示信息; [0173] RRC initiates the RRC connection establishment instruction information transmitted during a measurement result recorded QoS has not reported to the network side in a subsequent;

[0174] 若接收到网络侧下发的上报QoS测量结果的通知,则向网络侧上报记录的测量结果; [0174] notifies the measurement result is sent to the network side upon receiving reports QoS, then reports the measurement result to the network side records;

[0175] 若接收到网络侧下发的终端在当前接入的小区新建的DRB与QCI的映射关系,则根据该映射关系重新确定所述QoS测量配置信息中包括的QCI所对应的DRB,并按照所述QoS测量配置信息继续进行未完成的QoS测量及QoS测量结果上报; [0175] If the currently accessed cell mapping between the new received QCI DRB and sent by the network side terminal, the QoS re-determined according to the mapping relationship information included in the measurement configuration corresponding QCI DRB, and according to the QoS measurement configuration information to continue the unfinished QoS measurements and QoS report the measurement result;

[0176] 若接收到网络侧重新下发的新的QoS测量配置信息,则根据所述新的QoS测量配置信息进行QoS测量以及QoS测量结果上报。 [0176] Upon receiving the network configuration information focused new QoS measurements delivered by the new configuration information to the new QoS according to QoS measurements and QoS measurement report the measurement result.

[0177] 所述第一处理单元74用于: [0177] The first processing unit 74 for:

[0178] 确定重新进入连接态后的服务小区是否在所述记录区域内,在确定为是时,按照所述QoS测量配置信息继续进行未完成的QoS测量及QoS测量结果上报。 [0178] determining whether to re-enter a connected state after the serving cell in said recording area, is determined, according to the QoS measurement configuration information to continue the unfinished QoS measurements and QoS report the measurement result.

[0179] 所述第二处理单元75用于:确定切换后的服务小区是否在所述记录区域内,在确定为是时,根据所述QoS测量配置信息对切换后的服务小区进行QoS测量及QoS测量结果上报。 [0179] The second processing unit 75 configured to: after determining whether the serving cell is switched in said recording area, is determined, the QoS measurements of the serving cell after the handover according to the measurement configuration information and QoS QoS measurement reporting.

[0180] 向网络侧上报的QoS测量结果包括: [0180] QoS reports the measurement result to the network side comprises:

[0181] 确定的每个DRB上的下行链路DL吞吐量、上行链路UL吞吐量、DL丢包率、UL丢包率、UL时延中的一个或任意组合。 [0181] DL downlink throughput on each DRB determined, the uplink UL throughput, packet loss rate DL, UL packet loss rate, a delay, or any combination of UL.

[0182] 向网络侧上报的QoS测量结果还包括: [0182] QoS reports the measurement result to the network side further comprises:

22[0183] 终端的位置信息、终端上报的QoS测量结果对应的小区标识信息、时间戳、RSRP/ RSRQ信息、跟踪参考信息、以及跟踪记录会话信息; 22 [0183] location information of the terminal, QoS measurement result reported by the terminal corresponding to the cell identification information, time stamp, RSRP / RSRQ information track reference information, session information and the track record;

[0184] 所述跟踪参考信息用于指示网络侧为本次QoS测量配置分配的进程号、所述跟踪记录会话信息用于指示网络侧为本次QoS测量配置分配的会话标识号。 [0184] The trace information indicating a reference time-based QoS network configuration assigned measurement process ID, trace recording session the network information indicating the present time measurement configuration assigned QoS session identification number.

[0185] 所述接收单元70还用于: [0185] The receiving unit 70 is further configured to:

[0186] 通过记录测量配置LoggedMeasurementsConfiguration消息或无线资源控制连接重配置RRCCormectionReconfiguration消息,接收网络侧下发的QoS测量配置信息。 [0186] LoggedMeasurementsConfiguration configuration message or a radio resource control measurement by recording RRCCormectionReconfiguration connection reconfiguration message sent by the network side receives the QoS measurement configuration information.

[0187] 所述上报单元73还用于: [0187] The reporting unit 73 is further configured to:

[0188] 通过终端信息响应UE Information Response消息,向网络侧上报QoS测量结果。 [0188] UE Information Response message in response to the information by the terminal, reports the QoS measurements to the network side.

[0189] 综上,本发明的有益效果包括: [0189] In summary, the benefits of the present invention comprises:

[0190] 本发明实施例提供方案中,网络侧将包括QCI的QoS测量配置信息下发给终端,终端接收网络侧下发的QoS测量配置信息,根据DRB与QCI的映射关系,确定所述QoS测量配置信息中包括的QCI所对应的DRB ;根据所述QoS测量配置信息对确定的DRB进行QoS测量,并向网络侧上报QoS测量结果。 [0190] Example embodiments provide a scheme, the network side comprising the QCI QoS measurement configuration information to the terminal, the terminal delivered by the network side receives the QoS measurement configuration information, according to the mapping of QCI with the DRB, the present invention determines the QoS measurement configuration information included in the corresponding QCI DRB; for DRB QoS measurement according to the determined QoS measurement configuration information, and reports the QoS measurement results the network side. 可见,本发明通过网络侧向终端下发QoS测量配置信息, 终端根据该QoS测量配置信息进行QoS测量及上报,解决了UE如何进行QoS测量上报的问题,使得网络侧能够根据UE上报的QoS测量结果进行网络自优化。 Be seen, the present invention is measured QoS configuration information sent by the network side to the terminal, the terminal configuration information to the QoS measurements and QoS measurement reporting, to solve the problem of how QoS measurements reported by the UE, so the network side can be reported by the UE according to the QoS measurement results for network self-optimization.

[0191] 本发明实现了UE对QoS的自动测量,减小了人工参与,扩大了MDT技术的覆盖范围,丰富了MDT技术的功能,为网络侧基于业务进行优化提供了可能。 [0191] The present invention enables the automatic measurement of the QoS of the UE, human intervention is reduced, improved coverage MDT technology, the rich feature MDT technology, services provided may be optimized based on the network side.

[0192] 本发明是参照根据本发明实施例的方法、设备(系统)、和计算机程序产品的流程图和/或方框图来描述的。 [0192] The present invention has been described in accordance with the method of Example of the present invention, apparatus (systems) and computer program products flowchart and / or block diagrams described. 应理解可由计算机程序指令实现流程图和/或方框图中的每一流程和/或方框、以及流程图和/或方框图中的流程和/或方框的结合。 It should be understood and implemented by computer program instructions and block, and the flowchart / or block diagrams each process and / or flowchart illustrations and / or block diagrams of processes and / or blocks. 可提供这些计算机程序指令到通用计算机、专用计算机、嵌入式处理机或其他可编程数据处理设备的处理器以产生一个机器,使得通过计算机或其他可编程数据处理设备的处理器执行的指令产生用于实现在流程图一个流程或多个流程和/或方框图一个方框或多个方框中指定的功能的装置。 These computer program instructions may be provided to a processor a general purpose computer, special purpose computer, embedded processor or other programmable data processing apparatus to produce a machine, such that the instructions executed by the processor of the computer or other programmable data processing apparatus generating in a device for implementing the flow chart or more flows and / or block diagram block or blocks in a specified functions.

[0193] 这些计算机程序指令也可存储在能引导计算机或其他可编程数据处理设备以特定方式工作的计算机可读存储器中,使得存储在该计算机可读存储器中的指令产生包括指令装置的制造品,该指令装置实现在流程图一个流程或多个流程和/或方框图一个方框或多个方框中指定的功能。 [0193] These computer program instructions may also be stored in a computer can direct a computer or other programmable data processing apparatus to function in a particular manner readable memory produce an article of manufacture such that the storage instruction means comprises a memory in the computer-readable instructions the instruction means implemented in a flowchart or more flows and / or block diagram block or blocks in a specified function.

[0194] 这些计算机程序指令也可装载到计算机或其他可编程数据处理设备上,使得在计算机或其他可编程设备上执行一系列操作步骤以产生计算机实现的处理,从而在计算机或其他可编程设备上执行的指令提供用于实现在流程图一个流程或多个流程和/或方框图一个方框或多个方框中指定的功能的步骤。 [0194] These computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps on the computer or other programmable apparatus to produce a computer implemented so that the computer or other programmable apparatus execute instructions to provide processes for implementing a process or flows and / or block diagram block or blocks a function specified step.

[0195] 尽管已描述了本发明的优选实施例,但本领域内的技术人员一旦得知了基本创造性概念,则可对这些实施例作出另外的变更和修改。 [0195] While the present invention has been described with preferred embodiments, but those skilled in the art from the underlying inventive concept can make other modifications and variations to these embodiments. 所以,所附权利要求意欲解释为包括优选实施例以及落入本发明范围的所有变更和修改。 Therefore, the appended claims are intended to explain embodiments including the preferred embodiment as fall within the scope of the invention and all changes and modifications.

[0196] 显然,本领域的技术人员可以对本发明进行各种改动和变型而不脱离本发明的精神和范围。 [0196] Obviously, those skilled in the art can make various modifications and variations to the invention without departing from the spirit and scope of the invention. 这样,倘若本发明的这些修改和变型属于本发明权利要求及其等同技术的范围之内,则本发明也意图包含这些改动和变型在内。 Thus, if these modifications and variations of the present invention fall within the claims of the invention and the scope of equivalents thereof, the present invention intends to include these modifications and variations.

Claims (40)

1. 一种配置业务质量QoS测量的方法,其特征在于,该方法包括:网络侧获取QoS测量配置信息;所述QoS测量配置信息中包括需要终端进行QoS测量的数据无线承载DRB对应的QoS等级标识QCI ; 网络侧将所述QoS测量配置信息下发给终端。 1. A method for measuring the quality of service QoS configuration, wherein the method comprises: the network side obtains QoS measurement configuration information; QoS measurements of the radio bearer QoS level corresponding to the DRB configuration information includes QoS measurements require data terminal identifying a QCI; network side, the QoS measurement configuration information to the terminal.
2.如权利要求1所述的方法,其特征在于,所述QoS测量配置信息中还包括:记录时间长度和记录周期信息;所述记录时间长度用于指示所述QoS测量配置信息有效的时间长度,所述记录周期用于指示终端记录QoS测量结果的时间间隔。 2. The method according to claim 1, wherein the QoS measurement configuration information further comprises: recording period and the recording information length of time; the length of the recording time for indicating the QoS configuration information is valid measurement time the length of the recording time period for instructing the terminal QoS measurement result of the recording interval.
3.如权利要求2所述的方法,其特征在于,所述QoS测量配置信息中还包括: 时间戳、测量量、平滑时间窗长度、跟踪参考信息! 3. The method according to claim 2, wherein the QoS measurement configuration information further comprises: a time stamp, measuring the amount of smoothing time window length, track reference information! "race reference、跟踪记录会话信息Trace Recording kssion、记录区域信息中的一个或任意组合;所述时间戳用于指示当前网络侧的绝对时间;所述测量量用于指示终端进行QoS测量的测量内容;所述平滑时间窗长度用于指示终端每次需要记录的QoS测量结果对应的测量时间段;所述跟踪参考信息用于指示网络侧为本次QoS测量配置分配的进程号、所述跟踪记录会话信息用于指示网络侧为本次QoS测量配置分配的会话标识号;所述记录区域信息用于指示终端进行QoS测量所在的区域范围。 "Race reference, trace recording session information Trace Recording kssion, or any combination of a recording information area; the time stamp for indicating the absolute time of the current network side; measuring the amount of the terminal QoS measurements for instructing measurement content ; the smoothing window length of time each terminal is used to indicate a measurement result corresponding to the QoS measurement period to be recorded; track reference information indicating the network side views of the present measurement configuration QoS assigned process ID, the recording track the session information for indicating a network-side views of the present session identification number assigned QoS measurement configuration; information indicating the recording area for the terminal region where the range of measured QoS.
4.如权利要求3所述的方法,其特征在于,所述测量量包括:下行链路DL吞吐量、上行链路UL吞吐量、DL丢包率、UL丢包率、UL时延中的一个或任思组合。 4. The method according to claim 3, wherein, said measurements comprising: a downlink DL certain uplink UL throughput, packet loss rate DL, UL packet loss rate, delay of UL a Si or any combination thereof.
5.如权利要求1所述的方法,其特征在于,在网络侧将所述QoS测量配置信息下发给终端之后,该方法进一步包括:网络侧接收终端在所述QoS测量配置信息失效后主动上报的、根据所述QoS测量配置信息测量得到的QoS测量结果。 After 5. The method according to claim 1, wherein, in the network side the QoS measurement configuration information to the terminal, the method further comprising: receiving a network-side terminal in the QoS configuration information after the failure of the active measurement reported, according to the QoS measurement result of the measurement of the measured QoS configuration information.
6.如权利要求1所述的方法,其特征在于,在网络侧将所述QoS测量配置信息下发给终端之后,该方法进一步包括:网络侧在确定终端在所述QoS测量配置信息未失效时从连接态进入了空闲态时,通知终端上报QoS测量结果,并接收终端上报的QoS测量结果。 After 6. The method according to claim 1, wherein, in the network side the QoS measurement configuration information to the terminal, the method further comprising: determining the terminal in a network-side measurement configuration information in the QoS unexpired when entering the idle mode from connected state, the terminal reports the QoS measurement result notification, and receives a QoS measurement result reported by the terminal.
7.如权利要求1所述的方法,其特征在于,在网络侧将所述QoS测量配置信息下发给终端之后,该方法进一步包括:网络侧在终端发起的无线资源控制RRC连接建立过程中接收到终端发送的记录有未上报的QoS测量结果的指示信息时,通知终端上报QoS测量结果并接收终端上报的QoS测量结果,或,将终端在当前接入的小区新建的DRB与QCI的映射关系下发给终端,或,重新向终端下发QoS测量配置信息。 After 7. The method according to claim 1, wherein, in the network side the QoS measurement configuration information to the terminal, the method further comprising: the network side of the RRC terminal initiates the RRC connection establishment procedure receiving the QoS measurement results have not reported the recording indication information sent by the terminal, the terminal notifies the received reports QoS measurements and QoS measurement result reported by the terminal, or the terminal maps the new cell currently accessed DRB and the QCI relationship delivers the terminal, or send information to the QoS reconfiguration measured at the terminal.
8.如权利要求6或7所述的方法,其特征在于,所述通知终端上报QoS测量结果并接收终端上报的QoS测量结果包括:网络侧向终端发送终端信息请求UE Information Request消息,以通知终端上报QoS 测量结果;网络侧接收终端上报的携带有QoS测量结果的终端信息响应UEhformation Response 消息。 8. The method of claim 6 or claim 7, wherein said notification terminal reports QoS measurements and QoS measurement result reported by the terminal receiving comprises: the network side transmits the terminal information request terminal UE Information Request message to notify QoS measurement result reported by the terminal; a terminal carries QoS information of the network side receives a measurement result reported by the terminal in response UEhformation response message.
9.如权利要求1-7中任一所述的方法,其特征在于,网络侧通过记录测量配置LoggedMeasurementsConfiguration消息或无线资源控制连接重配置RRCConnectionReconfiguration消息,将所述QoS测量配置信息下发给终端。 9. A method as claimed in any one of claims 1-7, wherein the network side configures LoggedMeasurementsConfiguration message or the RRC connection reconfiguration measured by recording the RRCConnectionReconfiguration message, the QoS measurement configuration information to the terminal.
10. 一种业务质量QoS测量上报方法,其特征在于,该方法包括:终端接收网络侧下发的QoS测量配置信息;所述QoS测量配置信息中包括终端需要进行QoS测量的数据无线承载DRB对应的QoS等级标识QCI信息;终端根据数据无线承载DRB与QCI的映射关系,确定所述QoS测量配置信息中包括的QCI所对应的DRB ;终端根据所述QoS测量配置信息对确定的DRB进行QoS测量,并向网络侧上报QoS测量结果。 A quality of service QoS measurement reporting method, wherein the method comprises: a terminal receiving QoS measurements sent by the network side of the configuration information; measuring the QoS configuration information includes the radio bearer DRB terminal needs a corresponding data measured QoS QCI QoS class identification information; terminal according to a mapping relationship between the data and radio bearer DRB QCI determining the QoS information included in the measurement configuration corresponding to the DRB QCI; terminal DRB QoS measurement according to the determined QoS measurement configuration information , and reports the QoS measurement results the network side.
11.如权利要求10所述的方法,其特征在于,所述终端对确定的DRB进行QoS测量包括:在所述QoS测量配置信息中还包括用于指示所述QoS测量配置信息有效的时间长度的记录时间长度、以及用于指示终端记录QoS测量结果的时间间隔的记录周期信息时,终端开启定时时长为所述记录时间长度的第一定时器、以及定时时长为所述记录周期的第二定时器,在第二定时器超时前对确定的DRB上的固定的测量量进行测量,在第二定时器超时时记录测量结果,若第一定时器未超时则重新开启第二定时器;或者,在所述QoS测量配置信息中还包括所述记录时间长度、所述记录周期、以及用于指示终端进行QoS测量的测量内容的测量量时,终端开启定时时长为所述记录时间长度的第一定时器、以及定时时长为所述记录周期的第二定时器,在第二定时器超时前对确定的DRB 上的所述 11. The method according to claim 10, characterized in that the terminal of the determined QoS measurements performed DRB comprising: measuring in said QoS configuration information further comprises a measurement for indicating the QoS configuration information effective length of time the length of time at the time of recording, and the recording time period for instructing the terminal QoS measurement result of the recording interval information, a length of the recording time length of the first timer, and a timing when the terminal opening timing of the recording length of the second period timer, the second timer expires before the fixed measurement to be determined amount DRB measurement, measurement results timeout of the second timer recording, if the first timer does not expire reopen the second timer; or measuring the QoS configuration information further comprises recording the length of time, the amount of measurement cycles, and measuring the content terminal for indicating the QoS measurement recording, the recording length of the time length when a terminal opening timing a timer and a second timer to a timing when the recording period, the determination of the DRB before the second timer expires. 量量进行测量,在第二定时器超时时记录测量结果,若第一定时器未超时则重新开启第二定时器;或者,在所述QoS测量配置信息中还包括所述记录时间长度、所述记录周期、以及用于指示终端每次需要记录的QoS测量结果对应的测量时间段的平滑时间窗长度时,终端开启定时时长为所述记录时间长度的第一定时器、以及定时时长为所述记录周期的第二定时器,在第二定时器超时前、所述平滑时间窗长度指示的测量时间段内,对确定的DRB上的固定测量量进行测量,并记录测量结果,在第二定时器超时时,若第一定时器未超时则重新开启第二定时器;或者,在所述QoS测量配置信息中还包括所述记录时间长度、所述记录周期、用于指示终端进行QoS测量的测量内容的测量量、以及所述平滑时间窗长度时,终端开启定时时长为所述记录时间长度的第一定时器 The amount of measured timeout timer measurements are recorded in a second, if not the first timer expires, the re-open second timer; or, in the QoS measurement configuration information further comprises the length of the recording time, the when the length of smoothing time window of said recording period, and QoS measurement results for instructing the terminal to be recorded corresponding to each measurement period, the terminal length of the recording time length of the first timer, and a timing when the opening timing of the length of recording said second timer period, before the second timer expires, the smoothing window length measured period of time indicated by the measurement of a fixed amount determined DRB measured and measurements were recorded in the second when the timer expires, if the first timer does not expire reopen the second timer; or measuring the QoS configuration information further comprises the length of the recording time, the recording cycle, for instructing the terminal to perform QoS measurements measuring the amount of the measurement contents, and when the smoothing time window length, the length of the first timer recording time length when a terminal opening timing 以及定时时长为所述记录周期的第二定时器,在第二定时器超时前、所述平滑时间窗长度指示的测量时间段内,对确定的DRB上的所述测量量进行测量,并记录测量结果,在第二定时器超时时,若第一定时器未超时则重新开启第二定时ο When the timing and length of the second timer recording period, before the second timer expires, the smoothing window length measured period of time indicated on the measurements determined DRB measured and recorded the measurement result, when the second timer expires, if the first timer does not expire reopen the second timing ο
12.如权利要求11所述的方法,其特征在于,所述终端向网络侧上报QoS测量结果包括:若终端在第一定时器超时时处于连接态并且当前的服务小区与终端接收到所述QoS 测量配置信息时的服务小区相同,则终端向网络侧上报记录的测量结果。 12. The method according to claim 11, characterized in that the terminal reports the QoS measurements to the network side comprises: the current serving cell received by the terminal if the terminal is in a connected state timeout timer in the first and the when the same serving cell configuration information of QoS measurements, the terminal reports the measurement results are reported to the network side.
13.如权利要求11所述的方法,其特征在于,该方法进一步包括:若终端在第一定时器超时前从连接态进入了空闲态,则:终端在接收到网络侧下发的上报QoS测量结果的通知时,将记录的测量结果上报给网络侧,并删除所述QoS测量配置信息或在重新进入连接态后根据所述QoS测量配置信息继续进行未完成的QoS测量及QoS测量结果上报;或者,终端保存记录的测量结果和所述QoS测量配置信息,并在重新进入连接态后根据所述QoS测量配置信息继续进行未完成的QoS测量及QoS测量结果上报;或者,终端删除记录的测量结果和所述QoS测量配置信息。 13. The method according to claim 11, wherein the method further comprises: if the first timer expires before the terminal enters an idle state from the connected state, then: the terminal receiving side report sent by the network QoS when notifying the result of the measurement, the recorded measurements reported to the network side, and deleting the configuration information, or QoS measurement according to the measurement configuration information in a QoS re-entering connected state to continue the unfinished QoS measurements and QoS measurement results reported ; Alternatively, the terminal stores the recorded measurements and the QoS measurement configuration information, and re-enters the connected state according to the measurement configuration information to continue the unfinished QoS QoS measurements and QoS report the measurement result; or terminal deletes records QoS measurement result and the measurement configuration information.
14.如权利要求11所述的方法,其特征在于,该方法进一步包括:若终端在第一定时器超时前进行了小区切换,则:终端根据所述QoS测量配置信息对切换后的服务小区进行QoS测量,并向网络侧上报切换后的服务小区的QoS测量结果以及切换前的服务小区的QoS测量结果。 14. The method according to claim 11, characterized in that, the method further comprising: if the terminal timer expires before the first cell handover, then: measurement configuration information to the terminal after the handover to the serving cell according to QoS QoS measurements performed, and reports the QoS measurement result of the QoS measurement results to switch the serving cell and the serving cell before the switching network side.
15.如权利要求11所述的方法,其特征在于,该方法进一步包括:若终端在第一定时器超时前再次接收到网络侧下发的新的QoS测量配置信息,则:终端将保存的QoS测量配置信息以及测量结果删除,并根据所述新的QoS测量配置信息进行QoS测量以及QoS测量结果上报。 15. The method according to claim 11, characterized in that, the method further comprising: if the terminal receives the first timer expires before a new QoS measurements again sent by the network side for configuration information: the terminal will be saved QoS measurement configuration information, and to delete the measurement result, and the configuration information according to the new QoS QoS measurements and QoS measurement report the measurement result.
16.如权利要求11所述的方法,其特征在于,该方法进一步包括:若终端在第一定时器超时前从连接态进入了空闲态,则:终端在后续发起无线资源控制RRC连接建立过程中向网络侧发送记录有未上报的QoS 测量结果的指示信息;终端若接收到网络侧下发的上报QoS测量结果的通知,则向网络侧上报记录的测量结果;终端若接收到网络侧下发的终端在当前接入的小区新建的DRB与QCI的映射关系,则根据该映射关系重新确定所述QoS测量配置信息中包括的QCI所对应的DRB,并按照所述QoS测量配置信息继续进行未完成的QoS测量及QoS测量结果上报;终端若接收到网络侧重新下发的新的QoS测量配置信息,则根据所述新的QoS测量配置信息进行QoS测量以及QoS测量结果上报。 16. The method as claimed in claim 11, wherein the method further comprises: if the first timer expires before the terminal from the connected state into the idle state, then: the terminal initiates a subsequent RRC, connection establishment procedure send to a network side is recorded QoS measurement results not reported the indication information; delivered by the terminal when the network side is received reports QoS measurements notification of the result, then reports the measurement results are reported to the network side; the terminal if the network side is received hair cell terminal currently connected to the new QCI mapping between DRB, the re-determined according to the mapping relationship of the QoS information included in the measurement configuration corresponding QCI DRB, and according to the QoS measurement configuration information to proceed QoS measurements and QoS measurement results reported unfinished; if the terminal receives new emphasis network QoS measurements delivered by the new configuration information, the configuration information to the new QoS according to QoS measurements and QoS measurement report the measurement result.
17.如权利要求13所述的方法,其特征在于,所述QoS测量配置信息中还包括记录区域信息时,所述在重新进入连接态后按照所述QoS测量配置信息继续进行未完成的QoS测量及QoS测量结果上报包括:终端确定重新进入连接态后的服务小区是否在所述记录区域内,在确定为是时,按照所述QoS测量配置信息继续进行未完成的QoS测量及QoS测量结果上报。 17. The method according to claim 13, wherein the QoS measurement configuration information further comprises information recording area, the measurement configuration message after entering the connected state again proceed according to the QoS QoS unfinished QoS measurement and report the measurement result comprises: the terminal determining whether to re-enter a connected state after the recording in the serving cell area, the determination is YES, the measurement configuration information according to the QoS measurements and QoS continue unfinished QoS measurements reported.
18.如权利要求14所述的方法,其特征在于,所述QoS测量配置信息中还包括记录区域信息时,所述终端根据所述QoS测量配置信息对切换后所在的小区进行QoS测量包括:终端确定切换后的服务小区是否在所述记录区域内,在确定为是时,根据所述QoS测量配置信息对切换后的服务小区进行QoS测量及QoS测量结果上报。 18. The method according to claim 14, wherein the QoS measurement configuration information further includes recording area information, the terminal according to the measurement configuration information to the cell where the QoS after the handover the QoS measurement comprises: the terminal determines whether the serving cell is switched in said recording area, when the determination is YES, the measurement configuration according to the QoS information of the serving cell after the handover the QoS measurements and QoS report the measurement result.
19.如权利要求10-18中任一所述的方法,其特征在于,终端向网络侧上报的QoS测量结果包括:确定的每个DRB上的下行链路DL吞吐量、上行链路UL吞吐量、DL丢包率、UL丢包率、 UL时延中的一个或任意组合。 19. A method as claimed in any of claims 10-18, wherein, QoS measurement result reported by the terminal to the network side comprising: a downlink DL throughput on each DRB determined, the uplink UL throughput amount, the DL packet loss rate, UL packet loss rate, a delay, or any combination of UL.
20.如权利要求19所述的方法,其特征在于,终端向网络侧上报的QoS测量结果还包括:终端的位置信息、终端上报的QoS测量结果对应的小区标识信息、时间戳、RSRP/RSRQ 信息、跟踪参考信息、以及跟踪记录会话信息;所述跟踪参考信息用于指示网络侧为本次QoS测量配置分配的进程号、所述跟踪记录会话信息用于指示网络侧为本次QoS测量配置分配的会话标识号。 20. The method according to claim 19, characterized in that, QoS measurement result reported by the terminal to the network side further comprising: a position information of the terminal, QoS measurement result reported by the terminal corresponding to the cell identification information, time stamp, RSRP / RSRQ information, track reference information, and trace recording session information; information indicating the tracking reference network based sub QoS measurement configuration assigned process ID, trace recording session the network information indicating the present time QoS measurement configuration session identification number assigned.
21.如权利要求10-18中任一所述的方法,其特征在于,终端通过记录测量配置LoggedMeasurementsConfiguration消息或无线资源控制连接重配置RRCConnectionReconfiguration消息,接收网络侧下发的QoS测量配置信息。 21. The method according to any one of claims 10-18, wherein the terminal configuration LoggedMeasurementsConfiguration message or the RRC connection reconfiguration measured by recording the RRCConnectionReconfiguration message, sent by the network side receives the QoS measurement configuration information.
22.如权利要求10-18中任一所述的方法,其特征在于,终端通过终端信息响应UE Information Response消息,向网络侧上报QoS测量结果。 22. The method according to any one of claims 10-18, wherein, in response to the terminal UE Information Response message information through the terminal, reports the QoS measurements to the network side.
23. —种基站,其特征在于,该基站包括:获取单元,用于获取QoS测量配置信息;所述QoS测量配置信息中包括需要终端进行QoS测量的数据无线承载DRB对应的QoS等级标识QCI ; 下发单元,用于将所述QoS测量配置信息下发给终端。 23. - kind of a base station, wherein, the base station comprising: an acquisition unit configured to obtain QoS measurement configuration information; measuring the QoS class identifier QCI QoS configuration information includes a terminal required QoS measurement data radio bearer corresponding to the DRB; issuing unit, for measuring the QoS configuration information to the terminal.
24.如权利要求23所述的基站,其特征在于,所述QoS测量配置信息中还包括:记录时间长度和记录周期信息;所述记录时间长度用于指示所述QoS测量配置信息有效的时间长度,所述记录周期用于指示终端记录QoS测量结果的时间间隔。 24. The base station according to claim 23, wherein the QoS measurement configuration information further comprises: recording period and the recording information length of time; the length of the recording time for indicating the QoS configuration information is valid measurement time the length of the recording time period for instructing the terminal QoS measurement result of the recording interval.
25.如权利要求M所述的基站,其特征在于,所述QoS测量配置信息中还包括: 时间戳、测量量、平滑时间窗长度、跟踪参考信息! 25. The base station of claim M, wherein said QoS measurement configuration information further comprises: a time stamp, measuring the amount of smoothing time window length, track reference information! "race reference、跟踪记录会话信息Trace Recording kssion、记录区域信息中的一个或任意组合;所述时间戳用于指示当前网络侧的绝对时间;所述测量量用于指示终端进行QoS测量的测量内容;所述平滑时间窗长度用于指示终端每次需要记录的QoS测量结果对应的测量时间段;所述跟踪参考信息用于指示网络侧为本次QoS测量配置分配的进程号、所述跟踪记录会话信息用于指示网络侧为本次QoS测量配置分配的会话标识号;所述记录区域信息用于指示终端进行QoS测量所在的区域范围。 "Race reference, trace recording session information Trace Recording kssion, or any combination of a recording information area; the time stamp for indicating the absolute time of the current network side; measuring the amount of the terminal QoS measurements for instructing measurement content ; the smoothing window length of time each terminal is used to indicate a measurement result corresponding to the QoS measurement period to be recorded; track reference information indicating the network side views of the present measurement configuration QoS assigned process ID, the recording track the session information for indicating a network-side views of the present session identification number assigned QoS measurement configuration; information indicating the recording area for the terminal region where the range of measured QoS.
26.如权利要求25所述的基站,其特征在于,所述测量量包括:下行链路DL吞吐量、上行链路UL吞吐量、DL丢包率、UL丢包率、UL时延中的一个或任思组合。 26. The base station according to claim 25, wherein, said measurements comprising: a downlink DL certain uplink UL throughput, packet loss rate DL, UL packet loss rate, delay of UL a Si or any combination thereof.
27.如权利要求23所述的基站,其特征在于,该基站还包括:第一处理单元,用于在将所述QoS测量配置信息下发给终端之后,接收终端在所述QoS 测量配置信息失效后主动上报的、根据所述QoS测量配置信息测量得到的QoS测量结果。 27. The base station according to claim 23, characterized in that the base station further comprises: a first processing unit, configured in the QoS measurement configuration information to the terminal after the receiving terminal in the QoS measurement configuration information after actively reported failure, according to the QoS measurement result of the measurement of the measured QoS configuration information.
28.如权利要求23所述的基站,其特征在于,该基站还包括:第二处理单元,用于在将所述QoS测量配置信息下发给终端之后,在确定终端在所述QoS测量配置信息未失效时从连接态进入了空闲态时,通知终端上报QoS测量结果,并接收终端上报的QoS测量结果。 28. The base station according to claim 23, characterized in that the base station further comprising: after the second processing unit, configured in the QoS measurement configuration information to the terminal, the terminal is determined in the QoS measurement configuration when the connected state into the idle state when the information is not expired, the terminal reports the QoS measurement result notification, and receives a QoS measurement result reported by the terminal.
29.如权利要求23所述的基站,其特征在于,该基站还包括:第三处理单元,用于在网络侧将所述QoS测量配置信息下发给终端之后,在终端发起的无线资源控制RRC连接建立过程中接收到终端发送的记录有未上报的QoS测量结果的指示信息时,通知终端上报QoS测量结果并接收终端上报的QoS测量结果,或,将终端在当前接入的小区新建的DRB与QCI的映射关系下发给终端,或,重新向终端下发QoS测量配置信肩、ο After the information to the terminal, the terminal initiates the RRC third processing unit, arranged for measuring the QoS at the network side: 29. The base station as claimed in claim 23, characterized in that the base station further comprises RRC connection establishment information indicating QoS measurement result is received during the transmission of the terminal has a recording unreported, notifies terminal reports QoS measurements and QoS measurement result reported by the terminal receives or, in the new terminal in the cell of the current access QCI mapping between DRB and distributed under the terminal, or re-configure the measurement channel to send a QoS terminal shoulder, o
30. 一种终端,其特征在于,该终端包括:接收单元,用于接收网络侧下发的QoS测量配置信息;所述QoS测量配置信息中包括终端需要进行QoS测量的数据无线承载DRB对应的QoS等级标识QCI信息;确定单元,用于根据数据无线承载DRB与QCI的映射关系,确定所述QoS测量配置信息中包括的QCI所对应的DRB ;测量单元,用于根据所述QoS测量配置信息对确定的DRB进行QoS测量;上报单元,用于向网络侧上报QoS测量结果。 30. A terminal, wherein the terminal includes: a receiving unit, for measuring the QoS sent by the network side receives configuration information; measuring the QoS configuration information includes a terminal required QoS measurement data radio bearer corresponding to the DRB QCI QoS class identifier information; determining means for QCI mapping relationship between the DRB based data radio bearer, determining the QoS information included in the measurement configuration corresponding to the DRB QCI; measuring unit for measuring the QoS configuration information DRB for the determination of the QoS measurement; reporting unit configured to report QoS measurements to the network side.
31.如权利要求30所述的终端,其特征在于,所述测量单元用于:在所述QoS测量配置信息中还包括用于指示所述QoS测量配置信息有效的时间长度的记录时间长度、以及用于指示终端记录QoS测量结果的时间间隔的记录周期信息时,开启定时时长为所述记录时间长度的第一定时器、以及定时时长为所述记录周期的第二定时器,在第二定时器超时前对确定的DRB上的固定的测量量进行测量,在第二定时器超时时记录测量结果,若第一定时器未超时则重新开启第二定时器;或者,在所述QoS测量配置信息中还包括所述记录时间长度、所述记录周期、以及用于指示终端进行QoS测量的测量内容的测量量时,开启定时时长为所述记录时间长度的第一定时器、以及定时时长为所述记录周期的第二定时器,在第二定时器超时前对确定的DRB上的所述测量量进行测量,在第二定 31. The terminal according to claim 30, characterized in that the measuring means for: measuring the QoS configuration information further comprises a measurement configuration for indicating the QoS information is valid time length of the recording time length, and when the terminal is used to indicate the recording time of the recording period QoS information measurement interval, a length of the recording time length of the first timer, and a timing when the opening timing of the timer to record the second period, the second the timer times out before the measurement of a fixed amount determined DRB measured timeout timer measurements are recorded in a second, if not the first timer expires, the re-open second timer; or measuring the QoS further comprising a configuration information when the long record length of time, the recording period, and for instructing the terminal to measure the content measurement of QoS measurements, the length of the recording time length of the first timer, and a timing when the opening timing recording a second cycle of the timer, the second timer expires prior to the measurement of the measurement quantity determined on the DRB, in the second set 器超时时记录测量结果,若第一定时器未超时则重新开启第二定时器;或者,在所述QoS测量配置信息中还包括所述记录时间长度、所述记录周期、以及用于指示终端每次需要记录的QoS测量结果对应的测量时间段的平滑时间窗长度时,开启定时时长为所述记录时间长度的第一定时器、以及定时时长为所述记录周期的第二定时器,在第二定时器超时前、所述平滑时间窗长度指示的测量时间段内,对确定的DRB上的固定测量量进行测量,并记录测量结果,在第二定时器超时时,若第一定时器未超时则重新开启第二定时器;或者,在所述QoS测量配置信息中还包括所述记录时间长度、所述记录周期、用于指示终端进行QoS测量的测量内容的测量量、以及所述平滑时间窗长度时,开启定时时长为所述记录时间长度的第一定时器、以及定时时长为所述记录周期的第二 Timeouts when recording the measurement results, if the first timer does not expire reopen the second timer; or measuring the QoS configuration information further comprises the length of the recording time, the recording period, and for instructing the terminal each time smoothing time window length corresponding to the QoS measurement result of the measurement period to be recorded, a length of the recording time length of the first timer, and a timing when the opening timing of the length of the second timer recording period, in before the second timer expires, the measurement time window length indicating a smoothing period, a fixed amount determined measuring DRB measured, and the measurements are recorded, when the second timer expires, if the first timer No second timer expires, the re-opened; or measuring the QoS configuration information further comprises the length of the recording time, the recording period, the terminal for instructing measurement to measure the content of QoS measurements, and the when the length of smoothing time window, open the timing length of the recording time length of the first timer, and a timing length of said second recording cycle 定时器,在第二定时器超时前、所述平滑时间窗长度指示的测量时间段内,对确定的DRB上的所述测量量进行测量, 并记录测量结果,在第二定时器超时时,若第一定时器未超时则重新开启第二定时器。 Timer, before the second timer expires, the measurement time indicated by the length of the smoothing window period, the measured amount determined DRB measured, and the measurements are recorded, when the second timer expires, If the first timer does not expire re-open the second timer.
32.如权利要求31所述的终端,其特征在于,所述上报单元用于:若在第一定时器超时时处于连接态并且当前的服务小区与终端接收到所述QoS测量配置信息时的服务小区相同,则向网络侧上报记录的测量结果。 If the timeout time of the first timer in a connected state and the current serving cell and the terminal receives the QoS measurement configuration information: 32. The terminal according to claim 31, wherein said means for reporting the same serving cell, reports the measurement result to the network side records.
33.如权利要求31所述的终端,其特征在于,该终端还包括:第一处理单元,用于在第一定时器超时前从连接态进入了空闲态时:在接收到网络侧下发的上报QoS测量结果的通知时,将记录的测量结果上报给网络侧,并删除所述QoS测量配置信息或在重新进入连接态后根据所述QoS测量配置信息继续进行未完成的QoS测量及QoS测量结果上报;或者,保存记录的测量结果和所述QoS测量配置信息,并在重新进入连接态后根据所述QoS 测量配置信息继续进行未完成的QoS测量及QoS测量结果上报;或者, 删除记录的测量结果和所述QoS测量配置信息。 33. The terminal according to claim 31, wherein the terminal further comprises: a first processing unit configured to, when the first timer times out before the connection state into the idle state: sent to the network at the receiving side when reporting a QoS measurement result notification, the recorded measurements reported to the network side, and deleting the QoS configuration information or the measurement information according to the QoS measurement configuration after re-entering connected state continues QoS measurements and the QoS unfinished reporting the measurement result; or record-keeping and the QoS measurement result of the measurement configuration information, configuration information and measured after re-entering connected state according to the QoS measurements and QoS continue unfinished QoS measurement result reported; or delete records QoS measurement result and the measurement configuration information.
34.如权利要求31所述的终端,其特征在于,该终端还包括: 第二处理单元,用于在第一定时器超时前进行了小区切换时:根据所述QoS测量配置信息对切换后的服务小区进行QoS测量,并向网络侧上报切换后的服务小区的QoS测量结果以及切换前的服务小区的QoS测量结果。 After the measurement configuration information to the switching according to the QoS: second processing means for performing a cell handover before the first timer expires: 34. The terminal according to claim 31, wherein the terminal further comprises QoS measurements of the serving cell, and reports the QoS measurement result of the QoS measurement results to switch the serving cell and the serving cell before the switching network side.
35.如权利要求31所述的终端,其特征在于,该终端还包括:第三处理单元,用于在第一定时器超时前再次接收到网络侧下发的新的QoS测量配置信息时:将保存的QoS测量配置信息以及测量结果删除,并根据所述新的QoS测量配置信息进行QoS测量以及QoS测量结果上报。 35. The terminal according to claim 31, wherein the terminal further comprises: a third processing unit configured to receive again sent by the network side when a new QoS measurement configuration information before the first timer expires: the saved measurement configuration information and QoS measurements deleted, and the new configuration information according to the QoS measurements and QoS measurement reports QoS measurements.
36.如权利要求31所述的终端,其特征在于,该终端还包括:第四处理单元,用于在第一定时器超时前从连接态进入了空闲态时: 在后续发起无线资源控制RRC连接建立过程中向网络侧发送记录有未上报的QoS测量结果的指示信息;若接收到网络侧下发的上报QoS测量结果的通知,则向网络侧上报记录的测量结果; 若接收到网络侧下发的终端在当前接入的小区新建的DRB与QCI的映射关系,则根据该映射关系重新确定所述QoS测量配置信息中包括的QCI所对应的DRB,并按照所述QoS测量配置信息继续进行未完成的QoS测量及QoS测量结果上报;若接收到网络侧重新下发的新的QoS测量配置信息,则根据所述新的QoS测量配置信息进行QoS测量以及QoS测量结果上报。 Fourth processing means for before the first timer expires, entering an idle state from the connected state:: 36. The terminal according to claim 31, wherein the terminal further comprising initiating a subsequent RRC, connection establishment instruction information sent during recording QoS measuring result has not reported to the network side; issued by Upon receiving the network reports QoS measurements notification of the result, then reports the measurement results are reported to the network side; if the network side is received issued the access terminal in the cell of the current new QCI mapping relationship with the DRB, re-determining the QoS information included in the measurement configuration corresponding QCI DRB according to the mapping relationship, and according to the measurement configuration information to continue QoS QoS measurements and QoS measurement result report unfinished; if the network receives a new emphasis on QoS measurements delivered by the new configuration information, the configuration information to the new QoS according to QoS measurements and QoS measurement report the measurement result.
37.如权利要求33所述的终端,其特征在于,所述第一处理单元用于:确定重新进入连接态后的服务小区是否在所述记录区域内,在确定为是时,按照所述QoS测量配置信息继续进行未完成的QoS测量及QoS测量结果上报。 37. The terminal according to claim 33, wherein the first processing unit for: determining whether to re-enter a connected state after the serving cell in said recording area, is determined in accordance with the QoS measurement configuration information to continue the unfinished QoS measurements and QoS report the measurement result.
38.如权利要求34所述的终端,其特征在于,所述第二处理单元用于:确定切换后的服务小区是否在所述记录区域内,在确定为是时,根据所述QoS测量配置信息对切换后的服务小区进行QoS测量及QoS测量结果上报。 38. The terminal according to claim 34, wherein the second processing unit configured to: determine whether serving cell after the handover in the recording region, the determination is YES, the measurement configuration according to the QoS information serving cell after the handover the QoS measurements and QoS report the measurement result.
39.如权利要求30-38中任一所述的终端,其特征在于,向网络侧上报的QoS测量结果包括:确定的每个DRB上的下行链路DL吞吐量、上行链路UL吞吐量、DL丢包率、UL丢包率、 UL时延中的一个或任意组合。 Terminal 30-38 to any one of claim 39, wherein, QoS reports the measurement result to the network side comprising: a downlink DL throughput on each DRB determined, the uplink UL throughput , the DL packet loss rate, UL packet loss rate, a delay, or any combination of UL.
40.如权利要求39所述的终端,其特征在于,向网络侧上报的QoS测量结果还包括: 终端的位置信息、终端上报的QoS测量结果对应的小区标识信息、时间戳、RSRP/RSRQ信息、跟踪参考信息、以及跟踪记录会话信息;所述跟踪参考信息用于指示网络侧为本次QoS测量配置分配的进程号、所述跟踪记录会话信息用于指示网络侧为本次QoS测量配置分配的会话标识号。 40. The terminal according to claim 39, characterized in that, QoS reports the measurement result to the network side further comprises: a terminal position information, cell identification information of the QoS measurement result reported by the terminal corresponding to the time stamp, RSRP / RSRQ information tracking the reference information, and trace recording session information; information indicating the tracking reference network based sub QoS measurement configuration assigned process ID, trace recording session the network information indicating the present time assigned QoS measurement configuration the session identification number.
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