CN105635949A - 用于3gpp系统的机器类型通信监测框架 - Google Patents
用于3gpp系统的机器类型通信监测框架 Download PDFInfo
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- CN105635949A CN105635949A CN201610003197.3A CN201610003197A CN105635949A CN 105635949 A CN105635949 A CN 105635949A CN 201610003197 A CN201610003197 A CN 201610003197A CN 105635949 A CN105635949 A CN 105635949A
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Abstract
本发明涉及用于3GPP系统的机器类型通信监测框架。3GPP监测架构框架使用机器类型通信互通功能(MTC-IWF)来提供用于机器类型应用和其他移动数据应用的监测事件的配置、检测和报告,该MTC-IWF通过诸如Tsp接口、T4接口和T5接口之类的现有接口传递监测事件的配置、检测和报告消息。
Description
本申请是申请日为2013年9月25日申请号为第201380045050.5号发明名称为“用于3GPP系统的机器类型通信监测框架”的中国专利申请的分案申请。
相关申请
本申请要求2012年9月28日提交的美国临时专利申请no.61/707,784(律师卷号no.P49082Z)的优先权权益,该美国临时专利申请通过引用方式被整体结合在此。
技术领域
本公开总体涉及作为用于机器类型通信(MTC)的服务的经配置的事件的监测(所谓的监测事件),更具体地说,本公开涉及支持MTC监测(或简单地说,监测)事件配置、检测和报告的第三代合作伙伴(3GPP)架构和消息。
背景信息
题为"ServicerequirementsforMachine-TypeCommunication(MTC);Stage1(Release11)"(“用于机器类型通信(MTC);阶段1(发布11)”)的3GPP技术规范22.368和题为“StudyonRANImprovementsforMachine-TypeCommunications(Release10)”(“针对机器类型通信的RAN改进的研究(发布10)”)的3GPP技术报告37.868描述了MTC监测的若干使用情况。例如,用户装备(UE)计量设备能够监测市政公用事业服务使用,以便周期性地向服务提供商报告能耗信息。计量设备可自发地向网络中的集中式节点推送使用信息的报告,或者该集中式节点可在需要进行信息报告时轮询计量设备。
道路安全是监测的另一示例应用。例如,万一发生了车辆事故,车载紧急呼叫服务将自发地向应急第一响应者报告车辆事故的位置信息,从而便于进行立即救助。监测的其他道路安全应用包括智能交通管理、自动售票、车队管理以及其他使用。
包括诸如电子书阅读器、数码相机、个人计算机和导航系统之类的设备的消费电子产品也能够得益于监测。例如,此类设备能够使用监测来升级固件或者上传或下载在线内容。
实施例的简要描述
图1是根据一个实施例的用于作为MTC服务的监测的3GPP系统的框图。
图2是示出将移动性管理实体(MME)配置成用于监测的消息呼叫流的消息序列图。
图3是示出响应于从SCS/AS接收到配置请求的MTC-IWF行为的流程图。
图4是示出经由T5接口将UE配置成用于监测的消息呼叫流的消息序列图。
图5是示出经由T4接口将UE配置成用于监测的消息呼叫流的消息序列图。
图6是示出将分组数据网络网关(P-GW)配置成用于监测的消息呼叫流的消息序列图。
图7是示出将增强型节点B(eNB)配置成用于监测的消息呼叫流的消息序列图。
图8是示出响应于监测事件的网络元件行为的流程图。
图9是根据一个实施例的UE的框图。
具体实施方式
在3GPP系统的上下文中,监测可用于响应于监测事件来动态地重新分配网络资源。待被监测的事件的示例包括MTC设备和通用集成电路卡的关联或者MTC设备中通信模块的故意毁坏或偷窃。如果由网络中的节点来为设备检测此类事件,则网络或设备会被配置成用于执行特殊的动作,例如,限制接入或者减少网络或设备的分配资源。相应地,本申请描述用于激活对特定事件的监测、事件检测以及向各种经授权的用户或实体报告事件信息(如,位置信息)的技术,该技术用于例如通过应用来响应或者用于利用各种节点来记录事件。
描述了用于动态监测事件的配置、检测和报告的3GPP消息。也描述了包括MTC互通(interworking)功能(MTC-IWF)的3GPP网络系统架构(或简单地说,3GPP系统),该MTC-IWF通过诸如Tsp接口、T4接口和T5接口之类的现有接口来传递监测事件的配置、检测和报告消息。
MTC-IWF将网络元件配置成用于监测被共同地或交替地称为SCS/AS的服务能力服务器(SCS)或应用服务器(AS)所请求的特定事件。SCS/AS在Tsp接口上向MTC-IWF提交配置请求,以便动态地将各种网络元件(也被称为节点或实体)配置成用于监测。在一些实施例中,MTC-IWF在现有的参考点(如,T4/T5接口)上发送诸如定义事件的事件ID、事件动作和事件监测属性值对(AVP)之类的事件细节以及响应于事件的发生所要采取的对应的动作。在网络元件被配置成用于监测事件之后,SCS/AS可接收网络元件对配置的确收。
根据一些实施例,响应于经配置的事件的发生,向MTC-IWF通知该发生,并且采取预定义的动作。例如,MTC-IWF向SCS/AS报告该事件。
图1示出支持与MTC设备相关联的监测事件的配置、检测和报告的示例3GPP系统10。3GPP系统10提供将受访公共陆地移动网(VPLMN)18中的UE16的MTC应用14连接到归属公共陆地移动网(HPLMN)26中的SCS22或AS24的MTC应用20的Um/Uu/LTE-Uu接口12。UE16主控一个或多个MTC应用14。同样,AS24主控一个或多个MTC应用20,MTC应用20利用SCS22以获取附加的增值服务。3GPP系统10及其网络节点(也称为实体或元件)的进一步的细节可在题为“Architectureenhancementstofacilitatecommunicationwithpackeddatanetworksandapplications(Release11)”(“用于促进利用紧缩数据网络的通信和应用的架构增强(发布11)”)的3GPP技术规范23.682(在本文中被称为TS23.682)中得到,该技术规范在下列段落中进行概括。
3GPP系统10支持UE16和SCS/AS22、24之间的各种MTC通信模型,以便提供用于MTC应用14和MTC应用20之间的端对端通信的服务。例如,副标题为“MTCDeploymentScenarios”(“MTC部署场景”)的TS23.682的附录A描述了三种不同的通信模型,包括间接通信模型27、直接通信模型28和混合通信模型29。描述这些模型的附加信息可在TS23.682中得到。
3GPP系统10提供传输、订户管理和包括由MTC所激发但不限于MTC的各种架构增强的其他通信服务。例如,一种此类服务是控制平面设备触发——所谓的设备触发。设备触发是用于向UE16发送信息,以便触发UE16来执行包括发起与SCS22(在间接通信模型27中)或与AS24(在直接通信模型28中)进行的通信之类的应用专用动作的技术。当SCS/AS22、24不可得或不可达UE16的IP地址时,可采用设备触发。这样,设备触发消息包括允许3GPP系统10将消息路由至合适的UE应用以及允许UE将消息路由至合适的SCS/AS应用的信息。
HPLMN26的运营商或MTC服务提供商通常控制SCS22。SCS22提供由一个或多个AS使用的能力。SCS22是将一个或多个AS连接到3GPP系统10的实体,以便使一个或多个AS能够通过特定的3GPP所定义的服务与UE16以及与MTC-IWF30进行通信。SCS可被连接到一个或多个MTC-IWF。同样,MTC-IWF可被连接到一个或多个SCS。
MTC-IWF30可以是HPLMN26中的独立的实体,或者可以是HPLMN26中另一网络元件的功能实体。MTC-IWF30终止Tsp接口32、S6m接口34、T4接口36、T5接口38和Rf/Ga接口40(其中的每一个将在下文中进行描述);隐藏HPLMN26的内部拓扑;并且中继或转换Tsp接口32上所发送的信息,以便调用HPLMN26的实体所提供的特定功能。
TS23.682中描述了3GPP系统10的网络节点之间的接口。这些接口和节点概括如下。
Tsms接口42是由短消息实体(SME)44用于经由短消息服务(SMS)与用于MTC的UE进行通信的参考点。Tsms接口42也是用于由担当短消息实体44的任何网络实体(如,SCS22)或在3GPP系统10之外的经由短消息服务(SMS)与UE进行通信的其他实体向UE16发送触发消息的接口。
T4接口36是由MTC-IWF30用于将设备触发路由至HPLMN26中的短消息服务-服务中心(SMS-SC)、网关移动交换中心(GMSC)或互通移动交换中心(IWMSC)46的参考点。SMS-SC/GMSC/IWMSC46与IP短消息网关(IP-SM-GW)47进行通信。IP-SM-GW47的附加的细节在题为“SupportofShortMessageService(SMS)overgeneric3GPPInternetProtocol(IP)access;Stage2(Release12)”(“通用3GPP网际协议(IP)接入上的短消息服务(SMS)的支持;阶段2(发布12)”)的3GPP技术规范23.204的部分5.3.1中可得到。
Tsp接口32是由SCS22用于与MTC-IWF30相关的控制平面信令进行通信的参考点。换言之,Tsp接口32是用于促进MTC所激发的(如,控制计划设备触发)以及SCS22所提供的增值服务的3GPP标准化接口。
T5a接口48、T5b接口50和T5c接口52(总体来说是T5接口38)是在MTC-IWF30分别与服务通用分组无线电服务(GPRS)节点(SGSN)54、MME56和移动交换中心(MSC)58之间所使用的参考点。为了支持漫游场景中的监测,可在HPLMN26运营商和VPLMN18运营商之间制定漫游协定。在此类漫游场景中,T5接口38也将被配置成用于支持漫游。
SMS-SC46终止未在图1中示出的各种接口。例如,SMS-SC46终止分别用于SGSN54、MME56和MSC58的Gd接口、SGd接口和E接口。
S6m接口34是由MTC-IWF30用于询问被共同地或替代地称为HSS/HLR60的归属订户服务(HSS)或归属位置寄存器(HLR)60的参考点。HSS/HLR60位于MTC-IWF30和MTC认证、授权和记账实体(MTCAAA)64之间,用于通过存储UE网络订阅信息并向用于设备触发的询问MTC-IWF提供该信息来支持设备触发。HSS/HLR60也确定SCS22是否经授权来向UE16发送设备触发。
S6n接口70是由MTC-AAA64用于询问HSS/HLR60的参考点。
3GPP系统10可包括附加实体。例如,被共同地或替代地称为GGSN/P-GW80的网关GPRS支持节点(GGSN)或P-GW80支持间接通信模型27或混合通信模型29。服务网关(S-GW)86与无线电接入网88接口相接。收费数据功能(CDF)或收费网关功能(CGF)90处理计费服务。
本文中根据三个互补的组成部分来描述用于3GPP系统10的MTC监测框架。部分A描述使用基于diameter协议的消息的监测事件配置并描述定义3GPP系统10的各实体上的监测事件的示例。部分B描述针对经配置事件的监测事件检测。响应于所监测事件的检测,UE或网络实体可执行诸如事件报告之类的经预配置的动作。部分C描述监测事件报告,其中,UE或另一网络实体向SCS/AS22、24报告检测到的事件。
A.监测事件配置
向网络实体提供监测事件配置数据,使得那些实体将执行监测事件的检测和报告。例如,配置数据可包括:监测事件类型、要为监测事件所采取的对应动作、标识订阅了监测事件的SCS/AS的信息、针对经配置的监测事件的激活/停用信息以及其他监测事件数据。在基于因特网工程任务组(IETF)意见征求稿(RFC)3588中所定义的Diameter基础协议的消息中提供了监测事件数据。在下列的部分A.1中提供了基于diameter协议的包括监测事件数据的消息的描述,部分A.1之后的是描述采用部分A.1中的消息在各种网络元件之间建立动态监测事件配置的各种实施例的部分A.2-A.5。
A.1促进监测事件配置的消息传送框架
题为“TspinterfaceprotocolbetweentheMTCInterworkingFunction(MTC-IWF)andServiceCapabilityServer(SCS)(Release11)”(“MTC互通功能(MTC-IWF)和服务能力服务器(SCS)之间的Tsp接口协议(发布11)”)的3GPP技术规范29.368(TS29.368)为IETFRFC3588提供了扩展。例如,TS29.368指定了为3GPP系统中的Tsp参考点定制的基于diameter协议的AVP(即,消息数据字段)、协议和各种命令代码。
在一些实施例中,TS29.368中所定义的两个消息(设备动作请求(DAR)和设备动作回答(DAA)消息(也称为命令))得到增强,以便分别传递监测配置请求和此类请求的状态。在其他实施例中,监测动作请求(MAR)和监测动作回答(MAA)消息是代替DAR消息和DAA消息所使用或者除DAR消息和DAA消息之外也使用的基于diameter的协议消息,但是,MAR消息和MAA消息具有与(增强型)DAR消息和DAA消息的命令代码不同的命令代码。
DAR消息和DAA消息包括动作类型AVP,该动作类型AVP向MTC-IWF30通知要请求哪种动作类型(例如,监测配置、报告、激活或停用)并且也向SCS22通知要报告什么动作类型。该动作类型AVP具有数字标识符代码,并且也包括下列经定义的值:设备触发请求(值1)——该值指示设备触发请求,并且用于DAR消息的设备动作AVP中以及用于DAA消息的设备通知AVP中;递送报告(值2)——该值指示从MTC-IWF30发送到SCS22的递送报告,并且用于设备通知请求命令的设备通知AVP中;以及监测动作请求(值3)——该值指示置入了监测请求,并且该值用于DAR命令的设备动作AVP中。
DAR消息具有用于监测动作请求标记的AVP,用于向MTC-IWF30指定应当将特定的网络元件配置成用于监测。DAR消息也可包括类似于表1中所描述的MAR消息的监测事件数据那样的监测事件数据。
DAA具有用于监测配置回答标记(或简单地说,请求状态)的AVP,用于反映DAR消息的状态,从而传递该DAR消息的结果。DAA消息也可包括类似于以下所描述MAA消息的信息那样的信息。
表1中所示的MAR消息具有用于监测动作请求标记的新AVP。该MAR消息也具有为动作类型AVP所定义的新值。动作类型AVP值中的一些包括:动作类型——配置、报告、激活和停用。也可定义针对事件ID、事件动作、目的地节点、事件专用信息以及事件频率(其中的任意项可由MAR消息配置)的新AVP。事件IDAVP用于标识要监测的事件。事件动作AVP用于指定被监测的事件发生时要采取的动作。目的地节点AVP用于指定要将其配置成用于监测事件的网络元件。事件专用信息AVP用于指定与发生的事件有关的特定信息应当被发送。例如,如果MTC设备用于汽车内来监测某个组件的故障,则当故障事件发生时,可生成包含关于该故障的信息的日志。在此情况下,事件专用信息AVP指示是否需要响应于事件发生来发送此信息。事件频率AVP用于指定要连续地还是间隔地监测事件。
根据基于IETFRFC3588所定义,并且由TS29.368所扩展的Diameter基础协议的命令代码格式(CCF)定义,形成下列MAR消息定义的格式。由此,以扩充的巴科斯-诺儿范式(AugmentedBackus-NaurForm(ABNF))元语言语法来表示下列示例定义:
表1
该MAA消息具有针对传递MAR消息的结果(即,请求状态)而定义的新AVP。该请求状态向SCS/AS22、24通知是否已成功地将所指定的网络元件配置成用于监测。如随后的部分中所解释的,MTC-IWF30通过发送具有动作类型AVP和请求状态AVP(其也被包括在MAA消息中——类似于DAA消息)的MAA消息来向SCS22发送配置请求的状态,其中,所述动作类型AVP设置成值“监测配置动作请求”,并且请求状态AVP设置成指示设备触发请求的状态的值。
A.2使用Tsp和T5接口的监测配置
图2和图3示出使用Tsp接口32和T5接口38,在SGSN/MME/MSC54、56或58上的MTC监测配置100的示例。步骤110-180描述了用于SGSN/MME/MSC54、56、58的配置的基于diameter协议的消息的序列。步骤190-195描述了对该配置的响应消息。图3确实省略了经配置的节点的行为(步骤180),但此外,图2和图3中共有的每一个步骤共享同样的附图标记。
步骤110:在一些实施例中,SCS/AS22、24在Tsp接口32上向MTC-IWF30提供MAR消息(见表1)。MAR消息的动作类型AVP被设置为值“监测动作请求”(3),以便动态地将网络元件配置成用于监测。监测事件细节由表1中所示的监测事件数据AVP(也称为监测配置数据)和相关联的参数来配置。在其他实施例中,SCS/AS22、24向MTC-IWF30发送具有设置成针对监测配置请求的值的动作类型AVP以及具有之前所描述的其他事件相关的AVP的增强型DAR命令。
步骤120:响应于接收到MAR消息,MTC-IWF30检查SCS22是否经授权来发送监测请求,并且检查SCS22是否已超过其在Tsp接口32上提交监测请求的配额或速率。
步骤130:如果检查未通过,则在一些实施例中,MTC-IWF30发送具有指示失败条件的理由的原因值的消息,并且流程在此步骤停止。例如,MTC-IWF30通过发送具有动作类型AVP和请求状态AVP的MAA命令来向SCS22发送配置请求的状态,其中,动作类型AVP设置成值“监测动作请求”(3)并且请求状态AVP设置成指示设备触发请求的状态的值(即,不成功)。
可选地,如果检查通过,则在一些实施例中,MTC-IWF30发送指示成功的消息,并且流程继续进行步骤140。在步骤120处具有成功的检查的其他实施例简单地省略步骤130并且继续进行到步骤140。
步骤140-160:MTC-IWF30向HSS/HLR60发送订户信息请求消息来授权监测事件数据并且注册其他配置细节(例如,确认事件ID可用)。例如,在HSS60中将监测事件配置成UE订阅数据的部分,因此,如150处所示,HSS60验证监测事件数据并且授权MTC-IWF30将网络元件配置成用于监测。HSS60也可指示用于监测该事件的网络节点(即,MME、SGSN、P-GW或其他节点)。相应地,如160处所示,HSS60用指示该配置经授权160a或未经授权160b的订户信息回答消息来响应(图3)。订户信息请求和订户信息回答消息得到增强以便携带关于监测事件数据的AVP。
步骤170:基于所请求的事件动作的类型,MTC-IWF30基于从SCS22和HSS60接收到的信息,确定监测配置的目的地节点。例如,当在MME56处监测事件配置(或激活/停用)的情况下,MTC-IWF30在T5b接口50上向MME56发送具有监测事件数据的提交请求消息。该提交请求消息也得到增强以便包括监测事件数据。
步骤180:在接收到提交请求消息时,MME56基于目的地节点AVP来确定监测事件数据是旨在用于该MME的。随后,MME56如SCS/AS22、24所指定的那样配置(例如,激活/停用)监测。然后,MME56能够如SCS/AS22、24所指定的那样监测事件并响应该事件。
步骤190-195:MME56向MTC-IWF30发送监测配置成功/失败的确认。遵循参照DAR消息和DAA消息所描述的准则,递送报告消息得到增强以反映请求状态。然后,MTC-IWF30通过发送例如MAA消息来向SCS/AS22、24发送配置状态的报告。在一些实施例中,步骤190-195是可选的。在其他实施例中,仅响应于不成功的配置尝试来执行步骤190-195。
如所描述的那样,SCS22动态地提供监测配置数据。在其他实施例中,监测配置数据作为UE订阅的部分被静态地存储,并且可从HSS得到,用于在附连过程期间下载到SGSN/MME。换言之,作为UE订阅下载程序的部分(如,在附连/RAU/TAU过程期间),SGSN/MME可接收从HSS下载的监测配置数据。
在一些实施例中,可使用T4接口36来配置MME56。例如,取代下列部分A.3.2中所描述的向UE提供设备触发消息,而向MME56提供设备触发,从而将MME56配置成用于监测事件。
A.3UE处的监测事件配置
本部分具有分别描述T5接口和T4接口上的UE配置的两个子部分。
A.3.1使用T5接口将UE配置成用于监测
图4示出用于将UE16配置成用于监测事件的消息呼叫流,包括先前所描述的图2-图3中共有的步骤110-160和190-195。
步骤280-290:MME56(或者在其他一些实施例中的SGSN/MSC54、58)向UE16传输设备触发消息,并且现在用监测细节对UE16进行配置。步骤280示出双向箭头,该双向箭头示出UE16可提供指示UE16是否已经配置的状态响应,如一些实施例中所述的那样。如图4中所示,使用T5b接口50上的小数据过程来进行步骤280处的传输(以及任何可选的响应)。例如在TS23.682的附录B中描述了小数据过程。然而,在一些实施例中,可使用具有触发有效载荷的设备触发或其他IP消息传送服务来提供监测事件数据。经过成功递送之后,UE16如SCS22所指定的那样响应监测事件。
A.3.2使用T4接口将UE配置成用于监测
图5示出使用T4接口36将UE16配置成用于监测事件的消息呼叫流。图5示出先前所描述的图2-图3中共有的步骤110-160和步骤195。
步骤310-390遵循TS23.682的部分5.2.2中所记载的过程。然而,值得注意的是,步骤310中的提交触发消息和步骤340中的传输触发消息包括如之前所描述的得到增强以携带监测事件相关的信息的有效载荷。此外,当步骤120成功时(即,当步骤130被省略时)步骤325可向SCS/AS22、24提供监测配置尝试的结果。
一旦触发被递送到UE16,该UE16就被配置成用于监测事件。MTC-IWF30接收触发递送的确收,并且在步骤395处通知SCS/AS22、24。步骤395也可包括用于下列参考图8所描述的对经监测的事件进行报告的监测事件专用数据AVP。
A.4将P-GW配置成用于监测
图6示出使用S5接口(未示出)或P-GW80和S-GW86之间的其他接口,将P-GW80(或GGSN)配置成用于监测事件的消息呼叫流400。图6示出先前所描述的图2-图3中共有的步骤110-160和190-195。
步骤410-440:MME56使用增强型变化通知消息来向S-GW86发送监测事件细节。S-GW86向P-GW80转发消息,并且P-GW80被配置成用于监测事件。对变化通知消息的增强与表1相关的那些类似。在其他实施例中,可使用IP消息传送服务、触发有效载荷服务、小数据服务或其他服务来提供监测事件数据。
步骤450-460:在增强型变化通知确收消息中将事件配置的成功/失败发送到MME56。MME56在接收到报告时,发起步骤190。然后,MTC-IWF30如先前所描述的那样执行步骤195。
A.5将eNB配置成用于监测
图7示出使用S1-应用协议(S1-AP)接口将eNB512(或GGSN)配置成用于监测事件的消息呼叫流400。S1-AP协议是在RAN88(其在一些实施例中是eNB512)和MME56之间的S1-MME接口上运行的协议。图7示出先前所描述的图2-图3中共有的步骤110-160和190-195。
步骤510-530:MME56在接收到来自MTCIWF30的监测事件配置请求时,经由S1-AP接口(未示出)将该请求转发到eNB512。S1-APMAR消息具有与表1中所定义的MAR消息类似的格式。因此,向eNB512提供监测事件细节和动作,并且eNB512被配置成用于监测所定义的事件。在另一实施例中,遵循DAR消息增强的准则,现有的S1-AP消息得到增强以便向eNB512携带监测事件数据。同样,以类似于MAA消息的方式定义S1-APMAA消息,以便报告在eNB512处的配置的结果。由此,现有的S1-AP消息可得到增强以携带来自eNB512的报告。MME56在接收到报告时,发起步骤190。然后,MTC-IWF30如先前所描述的那样执行步骤195。
B.事件的检测
图8是示出事件的配置、检测和报告的流程图。如部分A中所描述的,在步骤810中,对网络元件中的任何元件进行配置。如820处所示,取决于事件类型,可由不同的节点来检测经配置的监测事件。取决于监测事件的类型,可由SGSN/MME54、56、GGSN/P-GW80、UE16、MME56、HSS60或其他节点来检测事件。例如,如果GGSN/P-GW80检测到监测事件,则该GGSN/P-GW80向SGSN/MME54、56递送检测到的监测事件,以便能够在T5/Tsp接口38、32上报告该监测事件。在一些实施例中,报告被发送到MTC-IWF30,该MTC-IWF30在Tsp接口32上向SCS/AS22、24发送该报告,以便向其通知事件。换言之,如果GGSN-P-GW80检测到监测事件,则该GGSN-P-GW80向SGSN/MME54、56报告监测事件的检测,以便经由MTC-IWF30将该监测事件的检测转发到SCS/AS22、24。在其他实施例中,GGSN/P-GW80可直接向SCS/AS22、24报告事件。
当检测到监测事件并且通过所检测到的监测事件约束特定的动作时,在步骤830处执行此类动作。换言之,执行对应于事件类型的预定义的动作。例如,如果UE16将其位置改变到受限制的区域,则可执行“将UE16从3GPP系统10分离并报告该事件”的动作。在此情况下,SGSN/MME54、56将分离UE16并且如840处所示,向MTC-IWF30报告该事件。然后,MTC-IWF30将如850处所示,向SCS/AS22、24报告。
C.报告事件
C.1来自SGSN/MME的监测事件的报告
事件报告不一定取决于事件检测。例如,网络节点可被配置成用于监测传感器值,并且连续地报告该值以便在日志中记录该信息。在此情况下,仅仅对信息进行报告(也许是连续地报告),而没有任何单独的事件检测。
为了报告监测事件,SGSN/MME54、56(或其他报告节点)向MTC-IWF30发送监测事件报告。默认的MTC-IWF可被配置在UE的MTC订阅中,或者MTC-IWF可被局部地配置在受访网络中。假如此类信息被包括在UE的MTC订阅中,则SGSN/MME54、56在其报告中包括标识订阅监测事件的SCS/AS22、24的信息。如果没有从SGSN/MME获取该SCS/AS信息,则MTC-IWF30询问HSS60来获取该SCA/AS信息。然后,HSS60返回对应于监测事件类型的SCS/AS信息。例如,可返回MTC设备的外部标识符。然后,MTC-IWF30向订阅特定监测事件的合适的SCS/AS发送监测事件报告。
C.2来自UE的监测事件的报告
UE16可生成并报告监测事件。一旦UE16已被配置成用于监测特定的事件,并且如果事件发生,则UE16使用上行链路小数据过程来向MTC-IWF30发送报告。这可通过使用利用通用非接入层(NAS)传输的3GPP技术报告23.877中所定义的T5接口38上行链路数据过程来实现。在此情况下,小数据协议数据单元(PDU)将包括类似于表1中的信息的监测报告信息。
D.示例UE实施例
图9提供移动设备的示例图示,该移动设备通常被部署为UE、并且被称为移动站(MS)、移动无线设备、移动通信设备、平板、手持设备或其他类型的移动无线设备。该移动设备可包括配置成用于与传输站进行通信的一根或多根天线,传输站诸如是基站(BS)、eNB、基带单元(BBU)、远程无线电头端(RRH)、远程无线电装备(RRE)、中继站(RS)、无线电装备(RE)或其他类型的无线广域网(WWAN)接入点。该移动设备可配置成用于使用包括3GPPLTE、WiMAX、高速分组接入(HSPA)、蓝牙和WiFi的至少一种无线通信标准来进行通信。该移动设备可以针对每一无线通信标准使用分开的天线来通信或针对多个无线通信标准使用共享的天线来通信。该移动设备可在无线局域网(WLAN)、无线个域网(WPAN)和/或WWAN中进行通信。
图9也提供了可被用于音频输入和从移动设备音频的输出的话筒和一个或多个扬声器的图示。显示屏可以是液晶显示(LCD)屏,或其他类型的显示屏,如有机发光二极管(OLED)显示器。显示屏可被配置成触屏。触屏可使用电容、电阻或另一类型的触屏技术。应用处理器和图形处理器可被耦合到内部存储器以提供处理和显示能力。非易失性存储器端口也可用于向用户提供数据输入/输出选项。非易失性存储器端口也可用于扩展移动设备的存储器能力。键盘可与移动设备集成在一起或可无线地连接到移动设备以提供附加的用户输入。也可使用触屏来提供虚拟键盘。
以上所介绍的技术可通过经软件和/或固件编程或配置的可编程电路来实现,或者以上所介绍的技术可完全通过专用硬连线电路或以此类形式的组合来实现。此类专用电路(如果有)可以是例如下列形式的:一个或多个专用集成电路(ASIC)、可编程逻辑器件(PLD)、现场可编程门阵列(FPGA)等。
实施例可在硬件、固件和软件中的一者或组合中实现。实施例也可实现成存储于计算机可读存储设备上的指令,该指令可由至少一个处理器读取并执行,以执行本文所描述的操作。计算机可读存储设备可包括用于以机器(如,计算机)可读形式存储信息的任何非瞬态机构。例如,计算机可读存储设备可包括只读存储器(ROM)、随机存取存储器(RAM)、磁盘存储介质、光存储介质、闪存设备以及其他存储设备和介质。在一些实施例中,可用存储在计算机可读存储设备上的指令来配置一个或多个处理器。
虽然本公开包括对特定示例实施例的引用,但是可认识到,权利要求不限于所描述的实施例,并且可用所附权利要求的精神和范围之内的修改和改变来实施权利要求。例如,可在控制平面上实施以上的部分中所指定的配置、检测和报告,但是,可在管理平面上实施监测。相应地,说明书和附图应当被认为是说明性的,而不是限制性的。
本领域技术人员会理解,可对上述实施例的细节进行许多改变,而不背离本发明的基本原则。因此,本发明的范围应当仅由所附权利要求确定。
Claims (25)
1.一种包括用于监视与用户装备(UE)相关联的事件的移动性管理实体(MME)或服务通用分组无线电服务节点(SGSN)的网络元件,所述用户装备(UE)被配置成在蜂窝网络中提供机器类型通信(MTC),所述网络元件包括:
存储器设备;
处理器,所述处理器在操作上耦合至所述存储器设备并且被配置用于:
接收监测请求消息以在所述网络元件上配置监测事件,所述监测请求消息指示监测类型并且始发自被配置成接收所述MTC通信的服务能力服务器(SCS)或应用服务器(AS);
检查所述监测请求消息以基于所述监测类型而启用监测事件;以及
提供监测响应消息以确认所述监测请求消息。
2.如权利要求1所述的网络元件,其特征在于,所述监测请求消息指示要由所述网络元件提供的监测指示消息的接收者。
3.如权利要求1或2所述的网络元件,其特征在于,所述监测请求消息包括用于将监测事件报告与特定监测请求或者所述监测请求消息的源相关联的参数。
4.如权利要求1所述的网络元件,其特征在于,所述监测请求消息包括指示所述监测请求消息的状态的参数。
5.如权利要求1或4所述的网络元件,其特征在于,所述监测请求消息包括用于停用事件报告的参数。
6.如权利要求1或4所述的网络元件,其特征在于,所述监测请求消息包括指示监测到期的条件的信息。
7.如权利要求1或4所述的网络元件,其特征在于,所述监测请求消息包括使监测请求成为连续监测请求的参数。
8.如权利要求1或4所述的网络元件,其特征在于,所述监测请求消息指示监测请求应当生成单个监测报告。
9.如权利要求1所述的网络元件,其特征在于,所述处理器还被配置用于:
监测所述监测事件的发生;以及
响应于检测到所述监测事件的发生而生成报告。
10.如权利要求1所述的网络元件,其特征在于,所述监测请求消息包括由归属订户服务(HSS)所提供的订户数据。
11.如权利要求1或10所述的网络元件,其特征在于,所述处理器还被配置用于基于操作者配置来确定所述网络元件是否可接受监测请求。
12.如权利要求1或2所述的网络元件,其特征在于,所述处理器还被配置用于删除监测配置。
13.包括机器可读指令的机器可读存储器,所述机器可读指令在由一个或多个处理器执行时、使所述一个或多个处理器执行以下操作,所述操作包括:
从蜂窝网络中的节点接收监测请求,所述监测请求用于监测与用户装备(UE)相关联的监测事件的事件配置,所述用户装备(UE)被配置成在所述蜂窝网络中提供机器类型通信(MTC);
确定所述监测请求是否可用于在一网络元件上配置所述监测事件,所述网络元件包括移动性管理实体(MME)、服务通用分组无线电服务节点(SGSN)或归属订户服务(HSS)节点;以及
向所述节点发送监测响应消息以确认所述监测请求的接受或失败。
14.如权利要求13所述的机器可读存储器,其特征在于,所述操作还包括:确定所述监测请求是否会超过提交监测请求的配额或速率。
15.如权利要求13所述的机器可读存储器,其特征在于,所述操作还包括:确定服务能力服务器(SCS)或应用服务器(AS)是否被授权作出所述监测请求。
16.如权利要求14、15或16的任一项所述的机器可读存储器,其特征在于,所述操作还包括:响应于确定所述监测请求已失败而向所述节点提供指示错误的原因值。
17.如权利要求13所述的机器可读存储器,其特征在于,所述节点是服务能力服务器(SCS)、应用服务器(AS)或MTC互通功能(MTC-IWF)。
18.如权利要求13所述的机器可读存储器,其特征在于,所述监测请求包括第一监测请求消息,且所述操作还包括:
基于所述第一监测请求消息准备第二监测请求消息;以及
将所述第二监测请求消息发送至所述HSS。
19.如权利要求13所述的机器可读存储器,其特征在于,所述监测请求包括用于将监测事件报告与特定监测请求相关联的参数。
20.如权利要求13所述的机器可读存储器,其特征在于,所述监测请求包括用于将相应的监测报告与所述节点相关联的标识。
21.如权利要求13所述的机器可读存储器,其特征在于,所述监测请求包括指示相关监测请求被认为到期的时间的参数。
22.如权利要求13所述的机器可读存储器,其特征在于,所述监测请求包括指示在相关监测事件被认为到期之前要由所述节点生成的事件报告的最大数量的参数。
23.如权利要求13所述的机器可读存储器,其特征在于,所述监测事件包括使监测请求成为连续监测请求或者指示监测请求应当生成单个监测报告的参数。
24.如权利要求13所述的机器可读存储器,其特征在于,所述监测请求包括监测类型,且所述操作还包括:将包括所述监测类型的消息提供至所述MME/SGSN。
25.如权利要求13或17所述的机器可读存储器,其特征在于,所述操作还包括:通过S6m接口从MTC互通功能(MTC-IWF)接收所述监测请求。
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CN201910402277.XA Active CN110311714B (zh) | 2012-09-28 | 2013-09-27 | Lte系统中的不连续接收(drx)增强 |
CN201380044721.6A Active CN104737619B (zh) | 2012-09-28 | 2013-09-27 | 用于在lte系统中的小数据传输的永久在线的承载 |
CN201380045208.9A Active CN104584464B (zh) | 2012-09-28 | 2013-09-27 | 优选功耗配置的传送 |
CN201380044760.6A Active CN105103590B (zh) | 2012-09-28 | 2013-09-27 | Lte系统中的不连续接收(drx)增强 |
CN201380045621.5A Pending CN104904303A (zh) | 2012-09-28 | 2013-09-27 | 用于集成毫微微和ap部署的os级wlan/蜂窝集聚 |
CN201810043888.5A Active CN108112064B (zh) | 2012-09-28 | 2013-09-27 | 优选功耗配置的传送 |
CN201810412036.9A Active CN108566267B (zh) | 2012-09-28 | 2013-09-27 | 用于ePDCCH的用户装备、方法、介质及设备 |
CN201610289226.7A Active CN106028471B (zh) | 2012-09-28 | 2013-09-27 | 用于在lte系统中的小数据传输的永久在线的承载 |
CN201380045631.9A Expired - Fee Related CN104813693B (zh) | 2012-09-28 | 2013-09-27 | 对蜂窝设备的参考信号接收功率(rsrp)移动状态评估 |
CN201380045068.5A Expired - Fee Related CN104604286B (zh) | 2012-09-28 | 2013-09-30 | 用于流式传输和对话服务的能量感知多媒体自适应 |
CN201380044711.2A Active CN104584482B (zh) | 2012-09-28 | 2013-09-30 | 用于基于ims的p2p流和下载服务的装置和方法 |
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