CN104170277B - 与使在无线设备处的接收机电路供电相关的定时器的技术 - Google Patents
与使在无线设备处的接收机电路供电相关的定时器的技术 Download PDFInfo
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Abstract
公开了与使在无线设备或用户设备处的接收机电路供电相关的定时器的示例。示例包括基于不同的时分双工(TDD)配置单独地定义一个或多个定时器。不同的TDD配置可用于在用户设备和由一个或多个基站例如在长期演进(LTE)无线网络中的演进型节点B(eNB)支持的服务小区之间的通信。所定义的定时器可由用户设备使用来选择性地使接收机电路供电。描述并要求了其它示例。
Description
背景技术
一种或多种时分双工(TDD)配置可由在无线网络中的多个服务小区(小区，或等效地，载波)实现用于与无线设备或用户设备(UE)通信。在基站处实现给定的TDD配置可包括使用与分别用于下行链路和上行链路的多个子帧相关的下行链路到上行链路转换点周期性。为了增加峰值数据速率，可实现载波聚合，其中UE被多个小区同时服务。当载波聚合被应用在TDD系统中时，不同的TDD配置可被应用于每个无线电频带中的服务小区，以在TDD操作中具有更多的灵活性。
附图说明
图1示出示例无线网络。
图2示出非连续接收周期的示例。
图3示出示例时分双工(TDD)配置表。
图4示出第一示例TDD图。
图5示出第二示例TDD图。
图6示出第三示例TDD图。
图7示出第四示例TDD图。
图8示出第五示例TDD图。
图9示出第一装置的示例方框图。
图10示出第一逻辑流的示例。
图11示出第二逻辑流的示例。
图12示出第一存储介质的示例。
图13示出第二装置的示例方框图。
图14示出第三逻辑流的示例。
图15示出第四逻辑流的示例。
图16示出第二存储介质的示例。
图17示出设备的示例。
图18示出宽带无线接入系统的示例。
具体实施方式
示例通常目的在于使用无线移动电信蜂窝或无线移动宽带技术来改进无线广域网(WWAN)。无线移动宽带技术可包括适合于用在无线设备或用户设备(UE)上的任何无线技术，例如一个或多个第三代(3G)或第四代(4G)无线标准、修订、后代和变形。无线移动宽带技术的示例可没有限制地包括电气与电子工程师学会(IEEE)802.16m和802.16p标准、第三代合作伙伴计划(3GPP)长期演进(LTE)和LTE高级(LTE-A)标准以及国际移动电信高级(IMT-ADV)标准(包括其修订、后代和变形)中的任一个。其它适当的示例可没有限制地包括全球移动通信系统(GSM)/增强型数据速率GSM演进(EDGE)技术、通用移动电信系统(UMTS)/高速分组接入(HSPA)技术、微波存取全球互通(WiMAX)或WiMAX II技术、码分多址(CDMA)2000系统技术(例如CDMA20001xRTT、CDMA2000EV-DO、CDMA EV-DV等)、如欧洲电信标准协会(ETSI)定义的高性能无线城域网(HIPERMAN)技术、宽带无线电接入网络(BRAN)、无线宽带(WiBro)技术、GSM与通用分组无线业务(GPRS)系统(GSM/GPRS)技术、高速下行链路分组接入(HSDPA)技术、高速正交频分复用(OFDM)分组接入(HSOPA)技术、高速上行链路分组接入(HSUPA)系统技术、LTE/系统架构演进(SAE)的3GPP版本8、9或10等。示例并不被限制在这个背景中。
作为示例而不是限制，可以特别参考以下描述各种示例：各种3GPP LTE和LTE-A标准例如3GPP LTE演进UMTS陆地无线接入网络(E-UTRAN)、通用陆地无线接入(E-UTRA)和LTE-A无线技术36系列的技术规范(共同地，“3GPP LTE规范”)；以及IEEE 802.16标准，例如IEEE 802.16-2009标准和合并了标准802.16-2009、802.16h-2010和802.16m-2011的被称为“802.16Rev3”的对IEEE 802.16的当前第三修订，以及包括2012年1月的标题为“DraftAmendment to IEEE Standard for WirelessMAN-Advanced Air Interface forBroadband Wireless Access Systems,Enhancements to Support Machine-to-MachineApplication”的IEEE P802.16.1b/D2的IEEE 802.16p(共同地，“IEEE 802.16标准)；以及3GPP LTE规范和IEEE 802.16草案标准的任何草案、修订或变形。虽然一些实施例以示例而不是限制方式可被描述为3GPP LTE规范或IEEE 802.16标准系统，可认识到，其它类型的通信系统可被实现为各种其它类型的移动宽带通信系统和标准。示例并不被限制在这个背景中。
如在本公开中设想的，不同的或单独的TDD配置可用于无线电频带以提供在载波聚合中服务无线设备或UE的小区之间的更灵活的配置。不同TDD配置的使用可使与使接收机电路临时断电以在UE处节约功率相关的定时器的定义复杂。一般在符合3GPP LTE或LTE-A的网络中使用可能难以定义的一组定时器。包括在这组中的定时器被称为非连续接收(DRX)定时器。DRX定时器的定义一般基于何时从使用给定TDD配置与UE通信的基站预期下行链路子帧。
可以通常定义DRX定时器，而不考虑与给定UE通信的由基站和/或服务小区使用的不同TDD配置。用于不同TDD配置的通常定义的定时器可导致定时器未能考虑可能包括在不同TDD配置中的更多或更少的下行链路子帧。作为未考虑在下行链路子帧的数量中的差异的结果，对于在给定UE处接收数据可能产生调度问题。此外，当使DRX定时器定义基于给定TDD配置时可能产生减少功率消耗的更少的机会，其中所述给定TDD配置可以比可能被使用的其它TDD配置具有更多的下行链路子帧。关于这些和其它挑战，需要本文描述的示例。
在一些示例中，实现用于定义与使在无线设备或UE处的接收机电路供电相关的定时器的技术。这些技术可包括在支持UE的服务小区的基站(例如eNB)处建立与到UE的通信相关的第一TDD配置。可为一个或多个其它服务小区接收TDD配置信息。TDD配置信息可指示一个或多个其它服务小区中的至少一个已建立与到UE的通信相关的第二TDD配置，其不同于第一TDD配置。对于这些示例，可基于第一和第二TDD配置来定义与使在UE处的接收机电路临时供电或断电相关的一个或多个定时器(例如DRX定时器)。可接着将指示一个或多个定时器的定义的信息传输到UE。
根据一些示例，也可实现用于使用与使在无线设备或UE处的接收机电路供电相关的定义的定时器的技术。这些技术可包括接收与使布置成使用第一TDD配置从第一服务小区接收数据的接收机电路供电相关的第一组定时器(例如DRX定时器)以及接收与使布置成使用第二TDD配置从第二服务小区接收数据的接收机电路供电相关的第二组定时器。对于这些示例，响应于从第一服务小区接收到数据，可基于第一组定时器选择性地使接收机电路供电或断电。此外，响应于从第二服务小区接收到数据，可基于第二组定时器选择性地使接收机电路供电或断电。
图1示出无线网络100的示例。在一些示例中，如图1所示，无线网络100包括由同一基站(BS)111操作或支持的主小区(PCell)110和辅小区(SCell)120。此外，如图1所示，BS111可提供两个频率载波以建立PCell 110和SCell 120到UE 105的单独通信链路(CL)。这些单独的CL在图1中被示为CL 113和CL 123。
在一些示例中，支持PCell 110的BS 111可包括布置成作为主小区服务UE 105以配置至少一些操作参数的逻辑和/或特征。这些操作参数可包括UE 105的操作参数以通信地耦合到无线网络100。操作参数可包括但不限于与使在UE 105处的接收机电路临时供电或断电相关的一个或多个定时器。如下面更详细描述的，一个或多个定时器可基于与到UE105的通信(例如经由CL 113)相关的TDD配置。
根据一些示例，也支持SCell 120的BS 111可包括布置成使用通过PCell 110管理的操作参数与UE 105通信的逻辑和/或特征。SCell 120也可建立与到UE 105的通信相关的TDD配置。使用SCell 102建立的TDD配置可不同于在UE 105和PCell 110之间建立的TDD配置。如下面更详细描述的，BS 111可包括逻辑和/或特征，以定义与使在UE 105处的接收机电路临时供电或断电相关的一个或多个定时器，同时考虑不同的TDD配置。使接收机电路供电或断电可包括但不限于：使用于从服务小区例如PCell110或PCell 120接收通信信号的UE 105的部件(例如无线电接口的接收部件)断电。
在一些示例中，UE 105可包括从BS 111接收定时器信息的逻辑和/或特征，BS 111可包括一个或多个定时器，例如用于使在UE 105处的接收机电路临时或选择性地供电或断电的DRX定时器。如上面提到的，一个或多个定时器的定义可基于在UE 105和服务小区PCell 110和SCell 102之间建立的不同TDD配置。
根据一些示例，UE 105可以是具有无线能力或设备的任何电子设备。对于一些示例，UE 105可在固定设备中实现。固定设备通常指被设计为在在不随着时间的过去而改变的固定、静止、永久或者不移动的位置或地点中的电子设备。例如，固定设备可安装有固定装置、附件和壳体以抑制运动，包括有线电力线、传输线等。与之对比的是，移动设备被设计为在各种位置之间随着时间的过去足够轻便以频繁地移动。可认识到，虽然固定设备通常是固定的，一些固定设备可与在第一固定位置上的其当前设备断开，移动到第二固定位置，并连接到在第二固定位置上的设备。
根据一些示例，在BS 111处的逻辑和/或特征可包括系统设备，例如符合一个或多个3GPP LTE规范(例如LTE-A)的通信系统或网络的网络设备。例如，BS 111可被实现为无线LTE或LTE-A网络的演进型节点B(eNB)基站。虽然参考基站(BS)或eNB描述了一些示例，示例可利用无线网络的任何网络设备。示例并不被限制在这个背景中。
图2示出非连续接收周期200的示例。如图2所示，非连续接收周期200包括周期210和周期220。如图2所示，周期210和220可包括活动时间和不活动时间。活动时间包括当持续工作定时器、静止定时器或重传定时器可运行时的时间。在活动时间中，UE可接收下行链路信号，例如物理下行链路控制信道(PDCCD)子帧，并且如果根据给定TDD配置被调度则也可传输上行链路信号。在不活动时间中，UE不需要接收下行链路信号，并可使接收机电路断电以节约功率。
在一些示例中，虽然非连续接收周期200可说明UE是否是活动的或使其接收机电路供电以接收下行链路信号，UE也可限制关于非连续接收周期200的上行链路传输。对于这些示例，如果上行链路子帧相应于不活动时间，则UE可以不传输上行链路信号。UE甚至可也使传输电路断电。
在一些示例中，接收功率周期200描绘在周期210和220期间接收机电路的供电。例如，周期210指示接收机电路可在周期210的第一部分(活动时间)期间被供电，并接着在周期210的第二部分(不活动时间)期间被断电。此外，周期220指示接收机电路可在周期220的第一部分期间被供电，并接着在周期220的第二部分期间被断电。
根据一些示例，非连续接收周期200可包括类似于DRX周期的周期，其中所述DRX周期与由耦合到符合一个或多个3GPP LTE规范(例如LTE-A)的无线网络的无线设备或UE实现的功率节约技术相关。对于这些示例，上面提到的各种定时器可以是DRX定时器。例如，持续工作定时器可以是onDurantionTimer，重传定时器可以是drx-RetransmissionTimer，或静止定时器可以是drx-InactivityTimer。
在一些示例中，持续工作、静止或重传定时器可由在无线网络中的主小区的基站定义，例如无线网络100中的PCell 110的BS 111。可以基于由PCell 110使用的第一TDD配置和由另一服务小区例如SCell 120使用的至少第二TDD配置定义这些定时器，用于与无线设备例如UE 105通信。如在下面更详细描述的，各种技术可被实现以基于所述第一和第二TDD配置来定义和使用这些定时器。
图3示出示例时分双工(TDD)配置表300。在一些示例中，如图3所示，TDD配置表300可包括与子帧0-9相关的上行链路-下行链路配置0-6。对于这些示例，可根据3GPP LTE-A规范来布置TDD配置表300。本公开不限于根据3GPP LTE-A布置的仅仅TDD配置表。设想其它配置表，其可用于向相邻基站指示什么TDD配置被实现来与无线设备或UE通信。
根据一些示例，如图3所示，对每个TDD配置指示下行链路到上行链路转换点周期性。此外，对于每个子帧0-9，“D”可指示来自基站的预期下行链路操作或传输，“U”可指示到基站的上行链路操作或传输，且“S”可指示特殊子帧。
在一些示例中，关于定义与使在无线设备或UE处的接收机电路临时供电或断电相关的一个或多个定时器，特殊子帧可类似于下行链路子帧。相似性可基于UE，所述UE可能根据被基站使用的给定的配置，在特殊子帧处从基站接收数据，来与UE通信。例如，TDD配置表300的配置2指示在子帧号1和6处的特殊子帧。
图4示出第一示例TDD图400。TDD图400示出基于频带从TDD配置表300建立TDD配置的示例。在一些示例中，如图4所示，PCell 110和被示为SCell 430的另一服务小区可建立用于与UE 105通信的配置3。PCell110和SCell 430都可布置成：经由位于频带410中的两个不同的频率载波，通信地耦合到UE 105。此外，如图4所示，SCell 120和另一服务小区SCell440可建立用于与UE 105通信的配置5。SCell 120和SCell 440都可布置成：经由位于频带420中的两个不同的频率载波，通信地耦合到UE 105。虽然图4示出两个频带，每个包括建立给定TDD配置的两个服务小区，本公开设想多于两个频带，每个频带可能包括多于两个服务小区。
根据一些示例，可基于配置3和基于配置5来定义与使在UE 105处的接收机电路供电或断电相关的一个或多个定时器。对于这些示例，可定义单独组的定时器。可基于配置3来定义第一组定时器，并可基于配置5来定义第二组定时器。这些第一和第二组定时器可包括但不限于持续工作、重传或静止定时器。
在一些示例中，根据给定频带分组的服务小区可被识别为定时高级组或“TAG”。TAG可以是符合一个或多个3GPP LTE规范(例如LTE-A)的无线网络的部分，且根据对每个TAG建立哪个TDD配置而定义的一个或多个定时器可包括DRX定时器。对于这些示例，这个无线网络的eNB可包括基于在对给定TAG建立的TDD配置中的多个PDCCH子帧(例如由“D”或“S”指示)，来确定优化DRX定时器值/定义的逻辑和/或特征。例如，根据TDD配置表300，配置3包括总共七个可能的PDCCH子帧，而配置5包括总共九个可能的PDCCH子帧。因此，通过单独地定义DRX定时器，eNB可能能够解释两个PDCCH子帧差异。
根据一些示例，在符合LTE-A的无线网络中的单独定义的DRX定时器可包括onDurationTimer和drx-InactivityTimer。因为每下行链路混合自动重传请求(HARQ)过程可定义drx-RetransmissionTimer，单独定义的drx-RetransmissionTimer可能是不需要的。此外，其它类型的DRX定时器或参数可应用于所有服务小区及其相关的基站。例如，短DRX周期、长DRX周期或drxShortCycleTimer可应用于在符合LTE-A的无线网络中的服务小区110、120、430和440，而不考虑这些服务小区可建立什么TDD配置和/或频率来与UE例如UE105通信。
图5示出第二示例TDD图500。TDD图500示出：当定义与使在UE或无线设备处的接收机电路供电相关的定时器时，可考虑什么子帧的示例。在一些示例中，可建立图5所示的两个不同的TDD配置作为配置3和配置5，用来与UE或无线设备通信。对于这些示例，UE可配置成在半双工模式中操作。此外，UE可配置成决定在这两个配置之间可能冲突或可能不同的下行链路/上行链路子帧的方向。
根据一些示例，配置成在半双工模式中操作的UE可允许对冲突或不同的下行链路/上行链路子帧的下行链路或上行链路操作。此外，当下行链路子帧匹配时，将允许下行链路操作。例如，在符合LTE-A的无线网络中，如果当下行链路/上行链路子帧不同时，允许下行链路操作，则UE可接收下行链路子帧以在这些冲突子帧期间包括PDCCH子帧。
在一些示例中，与使在UE处的接收机电路供电相关的一个或多个定时器可被定义，使得一个或多个定时器可在配置3和5的除了子帧2外的任何子帧处被启动。对于这些示例，如图5所示，子帧2是不匹配或在冲突中的唯一下行链路/上行链路子帧。换句话说，对于给定子帧，可基于下行链路/上行链路子帧在配置3和5之间匹配并基于下行链路/上行链路子帧在配置3和5之间不同来启动一个或多个定时器。因此，在符合LTE-A的无线网络中，一个或多个定时器可被定义，使得这些一个或多个定时器当在子帧0、1和3-9中的任一个处接收到PDCCH时被启动或计数。
图6示出第三示例TDD图600。TDD图600示出：当定义与使在UE或无线设备处的接收机电路供电相关的定时器时，可考虑什么子帧的不同的示例。在一些示例中，可建立上面对图5提到的相同的两个配置，用来与UE通信。同样对于这些示例，UE可以配置成在半双工模式中操作。
根据一些示例，配置成在半双工模式中操作的UE可以只允许上行链路操作，其中下行链路/上行链路子帧是不同的或在冲突中。例如，在符合LTE-A的无线网络中，如果只有上行链路操作被允许且下行链路/上行链路子帧是不同的或在冲突中，则UE可以不接收下行链路子帧以在冲突子帧期间包括PDCCH子帧。在图6中，在配置3和5之间的这些冲突子帧被示为子帧2、3和4。
在一些示例中，与使在UE处的接收机电路供电相关的一个或多个定时器可被定义，使得一个或多个定时器对于给定子帧，可基于下行链路子帧在配置3和5之间匹配而被启动。如前所述，为了定义定时器的目的，特殊子帧也可被考虑为下行链路子帧。因此，在符合LTE-A的无线网络中，一个或多个定时器可被定义，使得这些一个或多个定时器当在子帧0、1或5-9中的任一个处接收到PDCCH时被启动或计数。
根据一些示例，配置成在半双工模式中操作的UE可动态地允许在冲突子帧处的上行链路操作或在冲突子帧处的下行链路操作。对于这些示例，与使在UE处的接收机电路供电相关的一个或多个定时器可被定义，使得一个或多个定时器对于给定子帧，基于下行链路子帧在配置3和5之间匹配而被启动。因此，在符合LTE-A的无线网络中，一个或多个定时器可在这个动态允许示例中被定义，使得这些一个或多个定时器当在子帧0、1或5-9中的任一个处接收到在PDCCH时被启动。
在一些示例中，不是根据UE或无线设备是否配置成在半双工模式中操作，与使在UE处的接收机电路供电相关的一个或多个定时器可被定义，使得一个或多个定时器基于下行链路/上行链路子帧在TDD配置3和5之间匹配或冲突而被启动。在其它示例中，一个或多个定时器也可被定义，使得一个或多个定时器只基于下行链路/上行链路子帧在TDD配置3和5之间匹配而被启动。
图7示出第四示例TDD图700。TDD图700示出基于在UE或无线设备处接收的下行链路子帧的类型而定义的静止定时器的示例。在一些示例中，对于符合LTE-A的无线网络，例如无线网络100，下行链路子帧的类型可包括从调度基站接收的PDCCH子帧。
根据一些示例，如图7所示，可为PCell 110建立TDD配置3，用来与UE 105通信。也可为SCell 120建立TDD配置5用来与UE 105通信。对于这些示例，当在UE 105处从调度服务小区例如PCell 100接收到PDDCH子帧时，静止定时器可被定义，使得在UE 105处的接收机电路可在接下来的三个下行链路子帧期间被断电。如图7所示，接下来的三个子帧对于配置3是子帧6-8。作为基于从PCell 110接收的PDDCH子帧启动静止定时器的结果，配置3的仅仅三个下行链路子帧用于计时在到期之前静止定时器运行的时间。对于这个示例，在静止定时器运行的情况下在PCell 110中的活动时间可以是3毫秒(ms)。
同样，如图7所示，当在UE 105处从调度服务小区例如SCell 120接收到PDDCH子帧时，静止定时器可被启动且在接下来的三个下行链路子帧期间运行。然而，如图7所示，当静止定时器正运行时，包括子帧0-3的总共四个子帧可被包括，因为上行链路子帧——子帧2未被计数。对于这个示例，在静止定时器的情况下在SCell中的活动时间是3ms。
虽然没有示出，也可基于在UE处从调度服务小区接收的下行链路子帧的类型来定义重传定时器。对于这些示例，在UE处的接收机电路可在与重传定时器相关的定义时期期间保持供电。定义时期可以基于给定数量的下行链路子帧。在一些示例中，可响应于HARQ过程的发起来启动或计数重传定时器。
图8示出第五示例TDD图800。TDD图800示出基于主小区的PDCCH子帧而定义的持续工作定时器的示例。在一些示例中，对于符合LTE-A的无线网络例如无线网络100，配置3被用于PCell 110。对于这些示例，虽然使用PCell 110和SCell 120建立了单独的TDD配置，onDurationTimer的发起或启动基于主小区PCell 110而出现。例如，虽然假设onDurationTimer根据DRX配置在子帧4处启动，onDurationTimer从子帧5被计数，因为对于PCell 110子帧4不是PDCCH子帧。
图9示出第一装置的方框图。如图9所示，第一装置包括装置900。虽然图9所示的装置900具有在某些拓扑或配置中的有限数量的元件，可认识到，装置900在另外的配置中可以包括更多或更少的元件，如对给定实现期望的。
装置900可包括具有布置用于执行一个或多个软件部件922-a的处理器电路920的计算机实现的装置900。值得注意的是，“a”和“b”和“c”和如在本文使用的类似指示符意指代表任何正整数的变量。因此例如，如果实现设置a＝5的值，则软件部件922-a的完全集合可包括部件922-1、922-2、922-3、922-4和922-5。实施例并不被限制在这个背景中。
根据一些示例，装置900可以是系统器件(例如位于BS 111处或与BS111在一起)，例如符合一个或多个3GPP LTE规范的通信系统或网络的网络设备。例如，装置900可被实现为符合LTE和/或LTE-A的无线网络的基站或eNB的部分。
在一些示例中，如图9所示，装置900包括处理器电路920。处理器电路920可通常布置用于执行一个或多个软件部件922-a。处理器电路920可以是各种市场上可买到的处理器中的任一个，没有限制地包括 和处理器；应用、嵌入式和安全处理器；和和处理器；IBM和Cell处理器；Core i3、Core i5、Corei7、 和处理器；和类似的处理器。双微处理器、多核处理器，和其它多处理器架构也可用作处理器电路920。
根据一些示例，装置900可包括配置部件922-1。配置部件922-1可布置用来由处理器电路920执行，来建立第一TDD配置，以通信地耦合到无线设备或UE。例如，配置部件922-1可建立在图3的TDD配置表300中显示的七个TDD配置之一。
在一些示例中，装置900还可包括接收部件922-2。接收部件922-2可布置用来由处理器电路920执行，来接收一个或多个其它服务小区的TDD配置信息910。一个或多个其它服务小区中的至少一个可以是无线设备或UE的辅服务小区。配置信息910可指示辅服务小区已经建立第二TDD配置，以通信地耦合到无线设备或UE。根据一些示例，第二TDD配置也可来自在TDD配置表300中显示的七个TDD配置之一。然而，对于这个示例，来自TDD配置表300的由辅服务小区建立的第二TDD配置不同于由配置部件922-1建立的第一TDD配置。
在一些示例中，装置900还可包括定时器部件922-3。定时器部件922-3可布置成由处理器电路920执行，来基于第一和第二TDD配置，定义与使在无线设备或UE处的接收机电路临时供电或断电相关的一个或多个定时器。对于这些示例，一个或多个定时器的定义可至少临时由定时器部件922-3维持(例如存储在数据结构例如查找表(LUT)中或在持久存储器的专用部分中)。定义可包括持续工作定时器定义924-a、静止定时器定义926-b或重传定时器定义928-c。
根据一些示例，无线电接口(未在图9中示出)可耦合到处理器电路920。无线电接口可用于将定时器定义信息930-d传递到通信地耦合到包括装置900的基站(例如无线网络100的BS 111)的无线设备或UE。对于这些示例，定时器定义信息930-d可包括持续工作、静止或重传定时器的定义，其可以如上所述由定时器部件922-3定义。
装置900的各种部件和实现装置900的设备可通过各种类型的通信介质通信地耦合到彼此以协调操作。协调可涉及信息的单向或双向交换。例如，部件可以以经过通信介质传递的信号的形式对信息进行传递。信息可被实现为分配到各种信号线的信号。在这样的分配中，每个消息是信号。然而，另外的实施例可以替代地使用数据消息。这样的数据消息可跨各种连接被发送。示例连接包括并行接口、串行接口、以及总线接口。
本文包括了表示用于执行所公开的架构的新颖方面的示例方法的一组逻辑流。虽然为了解释的简单的目的，本文所示的一种或多种方法被显示和描述为一系列行动，本领域中的技术人员将理解和认识到，方法并不被行动的顺序限制。一些行动可以根据其伴随的，以与在本文所示和所述的其它行动不同的顺序和/或同时出现。例如，本领域中的技术人员将理解并认识到，方法可以替代地被表示为一系列相互关联的状态或事件，例如状态图中。而且，不是在方法中所示的所有行动都是新颖实现所需要的。
逻辑流可在软件、固件、和/或硬件中实现。在软件和固件实施例中，逻辑流可由存储在至少一个非暂时性计算机可读介质或机器可读介质(例如光、磁的或半导体存储器)上的计算机可执行指令实现。实施例并不被限制在这个背景中。
图10示出第一逻辑流的示例。如图10所示，第一逻辑流包括逻辑流1000。逻辑流1000可代表由本文描述的一个或多个逻辑、特征、或设备(例如装置900)执行的一些或全部操作。更具体地，逻辑流1000可由配置部件922-1、接收部件922-2或定时器部件922-3实现。
在图10中显示的示出的示例中，逻辑流1000可在布置成支持UE的第一服务小区的基站处建立与到UE的通信相关的第一TDD配置。根据一些示例，配置部件922-1可使用UE(例如UE 105)建立第一TDD配置以经由CL 113建立与在无线网络100中的PCell 110的通信。对于这些示例，第一TDD配置可包括如在图3-8中描绘的TDD配置3。
根据一些示例，逻辑流1000可在块1004接收第二服务小区的TDD配置信息。TDD配置可指示第二服务小区已建立与到UE的通信相关的第二TDD配置，其不同于第一TDD配置。例如，接收部件922-2可接收SCell 120的TDD配置信息910。TDD配置信息910可指示SCell120已使用UE 105建立配置5，用于经由CL 123进行通信。如在图3-8中示出的，配置5是与配置3不同的TDD配置。
根据一些示例，逻辑流1000在块1006处可以基于第一和第二TDD配置来定义与使在UE处的接收机电路临时或选择性地供电或断电相关的一个或多个定时器。逻辑流1000还可在块1008处将一个或多个定时器定义为持续工作定时器、静止定时器或重传定时器。在一些示例中，定时器部件922-3可基于配置3和5来定义一个或多个定时器。如上面对图4-8提到的，根据一些示例，可基于不同的频率、匹配的或不同的下行链路/上行链路子帧、无线设备的操作模式(例如半双工)或在UE处接收的下行链路子帧的类型，来定义一个或多个定时器。
在一些示例中，逻辑流1000在块1010处可以将指示一个或多个定时器的定义的信息传输到UE。例如，定时器部件922-3可使定时器定义信息930-d被传输到UE 105。
图11示出第二逻辑流的示例。如图11所示，第二逻辑流包括逻辑流1100。逻辑流1100可代表由本文描述的一个或多个逻辑、特征或设备(例如装置900)执行的一些或全部操作。更具体地，逻辑流1100可由配置部件922-1、接收部件922-2或定时器部件922-3实现。
在图11中显示的示出的示例中，逻辑流1100可在块1102处根据包括与LTE-A相关的规范的一个或多个3GPP LTE标准或规范来操作基站作为eNB。例如，无线网络100的BS110可布置成按照与LTE-A相关的一个或多个规范来操作。BS 111也可以起主服务小区(例如无线网络100的PCell110)的作用。
根据一些示例，逻辑流1100可在块1104处定义用于使在可包括DRX定时器的UE处的接收机电路临时供电或断电的一个或多个定时器。对于这些示例，DRX定时器可包括onDurationTimer、drx-RetransmissionTimer或drx-InactivityTimer。
在一些示例中，逻辑流1100在块1106处可以基于PDDCH子帧来定义将在UE处被计数的DRX定时器。例如，可以基于与为PCell 110或SCell 120建立的TDD配置相关的PDDCH子帧来启动onDurationTimer、drx-RetransmissionTimer或drx-InactivityTimer。
根据一些示例，逻辑流1100在块1108处可以将基站配置为用于支持服务于UE的主小区的eNB。对于这些示例，onDurationTimer可被定义，使得onDurationTimer基于主小区的PDCCH子帧而被计数。例如，如上面对图7提到的，BS 111可配置成支持用于服务UE 105的PCell 110，且与PCell110的TDD配置相关的PDCCH子帧触发onDurationTimer。
在一些示例中，逻辑流1100在块1110处也可以定义drx-RetransmissionTimer或drx-InactivityTimer，使得drx-RetransmissionTimer或drx-InactivityTimer响应于在UE处从调度服务小区接收到PDCCH子帧而被计数。调度服务小区可以来自主服务小区或来自其它服务小区。例如，响应于接收到调度与UE 105的数据的交换的PCell 110或SCell120的PDCCH子帧，这些DRX定时器可被启动。逻辑流1100然后可结束。
图12示出第一存储介质的实施例。如图12所示，第一存储介质包括存储介质1200。存储介质1200可包括制品。在一些示例中，存储介质1200可包括任何非暂时性计算机可读介质或机器可读介质，例如光、磁的或半导体存储器。存储介质1200可存储各种类型的计算机可执行指令，例如实现逻辑流1000或逻辑流1100的指令。计算机可读或机器可读存储介质的示例可包括能够存储电子数据的任何有形介质，包括易失性存储器或非易失性存储器、可移动或不可移动存储器、可擦除或不可擦除存储器、可写或可重写存储器等。计算机可执行指令的示例可包括任何适当类型的代码，例如源代码、编译代码、解释代码、可执行代码、静态代码、动态代码、面向对象的代码、视觉代码等。示例并不被限制在这个背景中。
图13示出第二装置的示例方框图。如图13所示，第二装置包括装置1300。虽然图13所示的装置1300具有在某个拓扑或配置中的有限数量的元件，可认识到，装置1300在替代的配置中可包括更多或更少的元件，如给定实现所期望的。
装置1300可包括具有布置成执行一个或多个软件部件1322-a的处理器电路1320的计算机实现的装置1300。类似于图9的装置900，“a”和“b”和“c”和类似指示符可以是代表任何正整数的变量。处理器电路1320可以是各种市场上可买到的处理器中的任一个，包括但不限于前面对装置900的处理电路920提到的那些处理器。双微处理器、多核处理器、以及其它多处理器架构也可用作处理器电路1320。
根据一些示例，装置1300可以是布置成按照一种或多种无线宽带技术(例如在3GPP LTE规范中描述的那些技术)来操作的无线设备或UE的部分。例如，装置1300可布置或配置成通信地耦合到符合LTE和/或LTE-A的无线网络。示例并不限制在这个背景中。
根据一些示例，装置1300可包括接收部件1322-1。接收部件1322-1可布置成由处理器电路1320执行来接收定时器定义信息1310。对于这些示例，定时器定义信息1310可包括与使布置成使用相应的第一和第二TDD配置从第一和第二服务小区接收数据的接收机电路供电相关的第一和第二组定时器。
在一些示例中，装置1300还可包括定时器部件1322-2。定时器部件1322-2可布置成由处理器电路1320执行来至少临时维持被包括在定时器定义信息1310中的第一和第二组定时器(例如存储在数据结构例如查找表(LUT)中或在永久存储器的专用部分中)的定义。对于这些示例，定义可包括持续工作定时器定义1324-a、静止定时器定义1326-b或重传定时器定义1228-c。
根据一些示例，如上面对图4-8提到的，根据定义，响应于从给定服务小区接收到数据例如PDCCH 1330-d，定时器部件1322-2可配置成使在无线设备或UE处的接收机电路选择性地供电或断电。例如，响应于来自主服务小区的PDCCH子帧，无线设备或UE可启动持续工作定时器以维持到接收机电路的功率。对于其它示例，响应于从调度服务器小区接收到PDCCH子帧，无线设备或UE可启动重传定时器以维持功率或启动可允许UE最终使接收机电路断电的静止定时器。
装置1300的各种部件和实现装置1300的设备可通过各种类型的通信介质通信地耦合到彼此以协调操作。协调可涉及信息的单向或双向交换。例如，部件可以以通过通信介质传递信号的形式传递信息。信息可被实现为分配到各种信号线的信号。在这样的分配中，每个消息是信号。然而，另外的实施例可以替代地使用数据消息。这样的数据消息可跨各种连接被发送。示例连接包括并行接口、串行接口、以及总线接口。
图14示出第三逻辑流的示例。如图14所示，第三逻辑流包括逻辑流1400。逻辑流1400可代表由本文描述的一个或多个逻辑、特征、或设备(例如装置1300)执行的一些或全部操作。更具体地，逻辑流1400可由接收部件1322-1或定时器部件1322-2实现。
在图14中显示的示出的示例中，逻辑流1400在块1402处可以接收与使布置成使用第一TDD配置从第一服务小区接收数据的电路供电相关的第一组定时器。例如，装置1300可以是无线设备例如UE 105的部分。对于这些示例，接收部件1322-1可使用如在图3中的TDD配置表300中描绘的配置3从布置成与UE 105通信的服务小区例如PCell 100接收第一组定时器。第一组定时器可包括持续工作、重传、或静止定时器中的一个或多个。
根据一些示例，逻辑流1400在块1404处可以接收与使布置成使用第二TDD配置从第二服务小区接收数据的电路供电相关的第二组定时器。对于这些示例，接收部件1322-1可使用如在图3中的TDD配置表300中描绘的配置5，从布置成与UE 105通信的服务小区例如SCell 120接收第二组定时器。第二组定时器可包括持续工作、重传、或静止定时器中的一个或多个。
在一些示例中，逻辑流1400在块1406处可以从第一服务小区接收数据。对于这些示例，UE 105和支持PCell 110的BS 111可以是符合LTE-A的无线网络100的元件，且所接收的数据可以是PDCCH子帧。逻辑流1400在块1408处可以接着基于第一组定时器选择性地使接收机电路供电或断电。
根据一些示例，逻辑流1400在块1410处可以从第二服务小区接收数据。对于这些示例，BS 111也可配置或布置成支持SCell 120。逻辑流1400在块1412处可接着基于第二组定时器选择性地使接收机电路供电或断电。
图15示出第四逻辑流的示例。如图15所示，第四逻辑流包括逻辑流1500。逻辑流1500可代表由本文描述的一个或多个逻辑、特征、或设备(例如装置1300)执行的一些或全部操作。更具体地，逻辑流1500可由接收部件1322-1或定时器部件1322-2实现。
在图15中显示的示出的示例中，逻辑流1500在块1502处可以由符合包括与LTE-A相关的规范的一个或多个3GPP LTE标准或规范的系统实现。例如，无线网络100的元件例如UE 105可布置成按照与LTE-A相关的一个或多个规范来操作。
根据一些示例，逻辑流1500在块1504处可以从第一和第二服务小区接收第一和第二组定时器。对于这些示例，第一和第二组定时器可包括DRX定时器，例如onDurationTimer、drx-RetransmissionTimer或drx-InactivityTimer。
在一些示例中，逻辑流1500在块1506处可以定义DRX定时器，使得DRX定时器可基于从第一或第二服务小区接收的PDDCH子帧而被计数。例如，onDurationTimer、drx-RetransmissionTimer或drx-InactivityTimer可基于从PCell 110或SCell 120接收的PDDCH子帧而被计数。
根据一些示例，逻辑流1500在块1508处可以基于起主小区的作用的第一服务小区的PDCCH子帧来定义包括在待计数的第一和第二组定时器中的onDurationTimer。对于这些示例，类似于上面对图7提到的内容，PCell 110的PDCCH子帧可在UE 105处触发onDurationTimer。因此，不管是否使用来自TDD配置表300的配置3或配置5，onDurationTimer都基于PCell 110的PDCCH子帧而被计数。
在一些示例中，逻辑流1500在块1510处可以定义drx-InactivityTimer，使得从第一服务小区或第二服务小区接收的PDCCH子帧使drx-InactivityTimer被计数或触发。例如，类似于上面对图8提到的内容，为了调度与UE 105的数据的交换的目的，从PCell 110或PCell 120接收的PDCCH子帧可以触发包括在第一或第二组定时器中的drx-InactivityTimer。逻辑流1500可接着结束。
图16示出第二存储介质的实施例。如图16所示，第二存储介质包括存储介质1600。存储介质1600可包括制品。在一些示例中，存储介质1600可包括任何非暂时性计算机可读介质或机器可读介质，例如光、磁的或半导体存储器。存储介质1600可存储各种类型的计算机可执行指令，例如实现逻辑流1400或逻辑流1500的指令。计算机可读或机器可读存储介质的示例可包括能够存储电子数据的任何有形介质，包括易失性存储器或非易失性存储器、可移动或不可移动存储器、可擦除或不可擦除存储器、可写或可重写存储器等。计算机可执行指令的示例可包括任何适当类型的代码，例如源代码、编译代码、解释代码、可执行代码、静态代码、动态代码、面向对象的代码、视觉代码等。示例并不被限制在这个背景中。
图17示出用在宽带无线接入网络中的设备1700的实施例。设备1700可实现例如装置900或1300、存储介质1200或1600和/或逻辑电路1770。逻辑电路1770可包括执行对装置900或装置1300描述的操作的物理电路。如图17所示，设备1700可包括无线电接口1710、基带电路1720、以及计算平台1730，虽然示例并不限于这个配置。
设备1700可在单个计算实体中，例如完全在单个设备内，实现装置900或1300、存储介质1200或1600和/或逻辑电路1770的一些或全部结构和/或操作。替代地，设备1700可使用分布式系统架构，例如客户端-服务器架构、3层架构、N层架构、紧密耦合的或群集的架构、对等架构、主-从架构、共享数据库架构、以及其它类型的分布式系统，跨多个计算实体分配装置900或1300、存储介质1200或1600和/或逻辑电路1770的结构和/或操作的部分。实施例并不被限制在这个背景中。
在一些示例中，无线电接口1710可包括适合于传输和/或接收单载波或多载波调制信号(例如包括互补码键控(CCK)和/或正交频分复用(OFDM)符号)的部件或部件的组合，虽然实施例不限于任何特定的空中接口或调制方案。无线电接口1710可包括例如接收机1712、发射机1716和/或频率合成器1714。无线电接口1710可包括偏压控制、晶体振荡器和/或一个或多个天线1718-f。在另一实施例中，无线电接口1710可按需要使用外部电压控制振荡器(VCO)、表面声波滤波器、中频(IF)滤波器和/或RF滤波器。由于各种潜在的RF接口设计，其扩展描述被省略。
根据一些示例，设备1700可在无线设备或UE中实现。对于这些示例，适合于接收信号的部件或部件的组合可包括接收机电路，其可基于所定义的一个或多个定时器而被选择性地供电或断电，如前面对图1-16提到的。
基带电路1720可与无线电接口1710通信，以处理接收和/或传输信号，并可包括例如用于向下转换所接收的信号的模数转换器1722、用于向上转换用于传输的信号的数模转换器1724。此外，基带电路1720可包括用于相应的接收/传输信号的PHY链路层处理的基带或物理层(PHY)处理电路1726。基带电路1720可包括，例如用于介质访问控制(MAC)/数据链路层处理的处理电路1728。基带电路1720可包括用于例如经由一个或多个接口1734与MAC处理电路1728和/或计算平台1730通信的存储器控制器1732。
在一些实施例中，PHY处理电路1726可包括与额外的电路，例如缓冲存储器，组合的帧构造和/或检测模块，以构造和/或解构通信帧(例如包含子帧)。替代地或此外，MAC处理电路1728可共享对这些功能中的某些的处理，或独立于PHY处理电路1726而执行这些处理。在一些实施例中，MAC和PHY处理可集成到单个电路中。
计算平台1730可为设备1700提供计算功能。如所示，计算平台1730可包括处理部件1740。除了或作为替代，设备1700的基带电路1720可使用处理部件1730执行装置900或装置1300、存储介质1200或存储介质1600、以及逻辑电路1770的处理操作或逻辑。处理部件1740(和/或PHY1726和/或MAC 1728)可包括各种硬件元件、软件元件、或这两者的组合。硬件元件的示例可包括设备、逻辑设备、部件、处理器、微处理器、电路、处理器电路(例如处理器电路720)、电路元件(例如晶体管、电阻器、电容器、电感器等)、集成电路、专用集成电路(ASIC)、可编程逻辑设备(PLD)、数字信号处理器(DSP)、现场可编程门阵列(FPGA)、存储器单元、逻辑门、寄存器、半导体设备、芯片、微芯片、芯片组等。软件元件的示例可包括软件部件、程序、应用、计算机程序、应用程序、系统程序、软件发展程序、机器程序、操作系统软件、中间件、固件、软件模块、例程、子例程、功能、方法、过程、软件接口、应用程序接口(API)、指令集、计算代码、代码段、计算机代码段、字、值、符号、或其任何组合。确定示例是否使用硬件元件和/或软件元件实现，可根据任何数量的因素例如期望计算速率、功率级、耐热性、处理周期预算、输入数据速率、输出数据速率、存储器资源、数据总线速度和其它设计或性能约束而变化，如对给定示例所期望的。
计算平台1730还可包括其它平台部件1750。其它平台部件1750包括常见计算元件，例如一个或多个处理器、多核处理器、协处理器、存储器单元、芯片组、控制器、外围设备、接口、振荡器、定时设备、视频卡、音频卡、多媒体输入/输出(I/O)部件(例如数字显示器)、电源等。存储器单元的示例可以不加限制地包括以一个或多个较高速度存储器单元的形式的各种类型的计算机可读和机器可读存储介质，例如只读存储器(ROM)、随机存取存储器(RAM)、动态RAM(DRAM)、双数据速率DRAM(DDRAM)、同步DRAM(SDRAM)、静态RAM(SRAM)、可编程ROM(PROM)、可擦除可编程ROM(EPROM)、电可擦除可编程ROM(EEPROM)、闪存、聚合物存储器例如铁电聚合物存储器、双向存储器、相变或铁电存储器、硅氧化氮氧化硅(SONOS)存储器、磁卡或光卡、设备的阵列例如独立磁盘冗余阵列(RAID)驱动器、固态存储器设备(例如USB存储器、固态驱动器(SSD))和适合于存储信息的任何其它类型的存储介质。
计算平台1730还可包括网络接口1760。在一些示例中，网络接口1760可包括逻辑和/或特征，以支持按照一种或多种无线宽带技术(例如在一个或多个3GPP LTE或LTE-A规范或标准中描述的技术)而操作的网络接口。
设备1700可以是例如用户设备、计算机、个人计算机(PC)、台式计算机、膝上型计算机、笔记本计算机、上网本计算机、服务器、服务器阵列或服务器农场、web服务器、网络服务器、互联网服务器、工作站、微型计算机、主机计算机、超级计算机、网络电器、网页电器、分布式计算系统、微处理器系统、基于处理器的系统、无线接入点、基站、节点B、用户站、移动用户中心、无线电网络控制器、路由器、集线器、网关、桥、交换机、机器、或其组合。相应地，可在设备1700的各种实施例中包括或省略本文描述的设备1700的功能和/或特定配置，如适当地期望的。在一些实施例中，设备1700可配置为与3GPP LTE规范和/或WWAN的IEEE802.16标准和/或在本文引用的其它宽带无线网络中的一个或多个相关的协议和频率兼容，虽然示例并不被限制在这一方面。
可使用单输入单输出(SISO)架构来实现设备1700的实施例。然而，某些实现可包括：使用用于波束形成或空分多址(SDMA)的自适应天线技术和/或使用多输入多输出(MIMO)通信技术来进行传输和/或接收的多个天线(例如天线1718-f)。
可使用分立电路、专用集成电路(ASIC)、逻辑门和/或单芯片架构的任意组合来实现设备1700的部件和特征。此外，可在适当的场合使用微控制器、可编程逻辑阵列和/或微处理器或前述设备的任何组合，来实现设备1700的特征。注意，硬件、固件和/或软件元件可在本文被共同或单独地称为“逻辑”或“电路”。
应认识到，在图17的方框图中所示的示例性的设备1700可代表很多潜在实现的一个功能上描述性的示例。因此，在附图中描绘的块功能的分开、省略或包括并不意指用于实现这些功能的硬件部件、电路、软件和/或元件将必须在实施例中被分开、省略或包括。
图18示出宽带无线接入系统1800的实施例。如图18所示，宽带无线接入系统1800可以是互联网协议(IP)型网络，其包括能够支持到互联网1810的移动无线接入和/或固定无线接入的互联网1810类型网络等。在一个或多个实施例中，宽带无线接入系统1800可包括任何类型的基于正交频分多址(OFDMA)的无线网络，例如符合3GPP LTE规范和/或IEEE802.16标准中的一个或多个的系统，且所要求的主题的范围并不被限制在这些方面中。
在示例性的宽带无线接入系统1800中，接入服务网络(ASN)1814、1818能够分别与基站(BS)1814、1820(或eNB)耦合，以提供在一个或多个固定设备1816和互联网1810之间、或一个或多个移动设备1822和互联网1810之间的无线通信。固定设备1816和移动设备1822的一个示例是UE 105，固定设备1816包括UE 105的固定版本，移动设备1822包括UE 105的移动版本。ASN 1812可实现能够定义网络功能到宽带无线接入系统1800上的一个或多个物理实体的映射的配置文件。基站1814、1820(或eNB)可包括无线电器件以提供与固定设备1816和移动设备1822的RF通信(例如参考设备1800所描述的)，并可包括例如符合3GPP LTE规范或IEEE 802.16标准的PHY、MAC、RLC或PDCP层器件。基站1814、1820(或eNB)还可包括分别经由ASN 1812、1818耦合到互联网1810的IP背板，虽然所要求的主题的范围并不被限制在这些方面中。
宽带无线接入系统1800还可包括能够提供一个或多个网络功能的访问的连接服务网络(CSN)1824，这些网络功能包括但不限于：代理和/或中继型功能，例如认证、授权和计费(AAA)功能、动态主机配置协议(DHCP)功能、或域名服务控制等；域名网关例如公共交换电话网络(PSTN)网关或互联网语音协议(VoIP)网关；和/或互联网协议(IP)型服务器功能等。然而，这些仅仅是能够由访问的CSN 1824或家庭CSN 1826提供的功能的类型的示例，且所要求的主题的范围并不被限制在这些方面中。在访问的CSN 1824不是固定设备1816或移动设备1822的通常服务提供者的部分的情况下，访问的CSN 1824可被称为访问的CSN(例如其中固定设备1816或移动设备1822正漫游远离其相应的家庭CSN 1826，或其中宽带无线接入系统1800是固定设备1816或移动设备1822的通常服务提供者的部分，但其中宽带无线接入系统1800可以在不是固定设备1816或移动设备1822的主位置或家庭位置的另一位置或状态中)。
固定设备1816可位于一个或两个基站1814、1820的范围内的任何地方，例如在家或公司中或附近以分别经由基站1814、1820和ASN 1812、1818和家庭CSN 1826提供对互联网1810的家庭或公司消费者宽带接入。值得注意的是，虽然固定设备1816通常布置在固定位置中，它可按需要移动到不同的位置。如果移动设备1822在例如一个或两个基站1814、1820的范围内，则可在一个或多个位置处利用移动设备1822。
根据一个或多个实施例，操作支持系统(OSS)1828可以是宽带无线接入系统1800的部分以提供宽带无线接入系统1800的管理功能并提供在宽带无线接入系统1800的功能实体之间的接口。图18的宽带无线接入系统1800仅仅是示出宽带无线接入系统1800的某个数量的部件的一种类型的无线网络，所要求的主题的范围并不被限制在这些方面中。
可使用措辞“在一个示例中”或“示例”连同其派生词来描述一些示例。这些术语意指关于示例描述的特定的特征、结构、或特性被包括在至少一个示例中。短语“在一个示例中”在说明书的各种地方的出现并不一定都指同一示例。
可使用措辞“耦合”、“连接”或“能够耦合”连同其派生词来描述一些示例。这些术语不一定旨在作为彼此的同义词。例如，使用术语“连接”和/或“耦合”的描述指示两个或多个元件彼此直接物理或电接触。然而，术语“耦合”也可意指两个或多个元件彼此不直接接触，但仍然彼此协作或相互作用。
强调说明书摘要被提供以符合37C.F.R.章节1.72(b)，要求允许读者更快地确定技术公开的性质的摘要。应当理解，它的提交将不用于解释或限制权利要求的范围或意义。此外，在前述具体实施方式中，可看到，为了简单化本公开的目的，各种特征在单个示例中被集中在一起。本公开的这个方法不应被解释为反映所要求的示例需要比每个权利要求中明确列举出的更多的特征的意图。更确切地，如下面的权利要求反映的，创造性主题在于少于单个所公开的示例的所有特征。因此下面的权利要求特此合并到具体实施方式中，每个权利要求独立地作为单独的示例。在所附权利要求中，术语“包括(including)”和“其中(inwhich)”分别用作相应的术语“包括(comprising)”和“其中(wherein)”的浅近英语等效形式。而且，术语“第一”、“第二”、“第三”等仅用作标记，且并不旨在将数字要求强加在它们的对象上。
在一些示例中，第一计算机实现的方法可包括在支持UE的服务小区的基站处建立与到无线设备的通信相关的第一TDD配置。TDD配置信息可接着从一个或多个其它服务小区被接收，指示一个或多个其它服务小区中的至少一个已建立与到UE的通信相关的第二TDD配置，其不同于第一TDD配置。对于这些示例，可基于第一和第二TDD配置来定义与使在UE处的接收机电路临时供电或断电相关的一个或多个定时器。指示一个或多个定时器的定义的信息可接着被传输到UE。
根据一些示例，第一计算机实现的方法也可包括具有持续工作定时器、静止定时器或重传定时器的一个或多个定时器。静止定时器的第一定义可基于第一TDD配置，而静止定时器的第二定义可基于第二TDD配置。此外，重传定时器的第一定义可基于第一TDD配置，而重传定时器的第二定义可基于第二TDD配置。
在一些示例中，第一计算机实现的方法也可包括对第一和第二TDD配置具有相同的定义的持续工作定时器。
根据一些示例，第一计算机实现的方法也可包括第一定义，其包括基于在第一TDD配置的下行链路子帧处，从与调度在UE处将接收的数据相关的服务小区接收数据的UE，静止定时器启动一段时间。第二定义可包括基于在第二TDD配置的下行链路子帧处，从与调度在UE处将接收的数据相关的该服务小区接收数据的UE，启动静止定时器经过这段时间。
在一些示例中，第一计算机实现的方法还可包括基于经由第一频带通信地耦合到UE的服务小区，第一TDD配置被建立。对于这些示例，基于经由第二频带通信地耦合到UE的一个或多个其它服务小区，第二TDD配置可以被建立。
根据一些示例，对于第一计算机实现的方法，基于第一和第二TDD配置来定义一个或多个定时器可包括：基于第一TDD配置来定义第一组定时器以及基于第二TDD配置来定义第二组定时器。对于这些示例，第一组定时器和第二组定时器可单独地包括持续工作定时器、静止定时器或重传定时器。包括在第一组定时器中的定时器的定义可不同于包括在第二组定时器中的定时器的定义。
在一些示例中，第一计算机实现的方法还可包括经由第一频带与UE通信的服务小区所共有的第一组定时器和经由不同于第一频带的第二频带与UE通信的服务小区所共有的第二组定时器。
在一些示例中，第一计算机实现的方法还可包括基于UE配置成在半双工模式中操作来定义一个或多个定时器。对于这些示例，UE可被配置，使得下行链路操作被允许，其中下行链路/上行链路子帧在第一和第二TDD配置之间是不同的。一个或多个定时器可被定义，使得一个或多个定时器对于给定子帧可基于下行链路子帧在第一和第二TDD配置之间匹配并且基于下行链路/上行链路子帧在第一和第二TDD配置之间不同而启动。
根据一些示例，第一计算机实现的方法还可包括基于UE被配置成在半双工模式中操作来定义一个或多个定时器。对于这些示例，UE可以被配置，使得上行链路操作被允许，其中下行链路/上行链路子帧在第一和第二TDD配置之间是不同的。一个或多个定时器可被定义，使得一个或多个定时器可对于给定子帧，基于下行链路子帧在第一和第二TDD配置之间匹配而启动。
在一些示例中，第一计算机实现的方法还可包括基于UE被配置成在半双工模式中操作来定义一个或多个定时器。对于这些示例，UE可被配置，使得上行链路或下行链路操作被动态地允许，其中下行链路/上行链路子帧在第一和第二TDD配置之间是不同的。一个或多个定时器可以被定义，使得一个或多个定时器可对于给定子帧，基于下行链路子帧在第一和第二TDD配置之间匹配而启动。
根据一些示例，第一计算机实现的方法还可包括一个或多个定时器被定义，使得一个或多个定时器对于给定子帧，可基于下行链路子帧在第一和第二TDD配置之间匹配并当下行链路/上行链路子帧在第一和第二TDD配置之间不同时而启动。
在一些示例中，第一计算机实现的方法还可包括一个或多个定时器被定义，使得一个或多个定时器可对于给定子帧，基于下行链路子帧在第一和第二TDD配置之间相同而启动。
根据一些示例，第一计算机实现的方法还可包括基站被配置为按照包括LTE-A的一个或多个3GPP LTE标准来操作的eNB。对于这些示例，与使在UE处的接收机电路临时断电相关的一个或多个定时器可包括非连续接收(DRX)定时器，例如onDurationTimer、drx-RetransmissionTimer和drx-InactivityTimer。DRX定时器可以被定义，使得至少一些DRX定时器基于由UE接收的PDCCH子帧在UE处被计数。
在一些示例中，对于第一计算机实现的方法，服务小区由被配置为起服务UE的主小区的作用的基站支持。对于这些示例，onDurationTimer可被定义，使得onDurationTimer基于主小区的PDCCH子帧而被计数。
根据一些示例，第一计算机实现的方法还可包括drx-RetransmissionTimer或drx-InactivityTimer被定义，使得drx-InactivityTimer或drx-RetransmissionTimer响应于在UE处从调度服务小区接收到PDCCH子帧而被计数。调度服务小区来自一个或多个其它服务小区当中或调度服务小区是主小区。
在一些示例中，对于第一计算机实现的方法，基于第一和第二TDD配置定义DRX定时器可包括基于第一TDD配置来定义第一组DRX定时器。第一组DRX定时器可以是与经由第一频带与UE通信的第一定时高级组相关的服务小区所共有的。可基于第二TDD配置来定义第二组DRX定时器。第二组DRX定时器可以是与经由第二频带与UE通信的第二定时高级组相关的服务小区所共有的。
根据一些示例，至少一个机器可读介质包括多个指令，其响应于在计算设备上被执行而使计算设备执行如上所述的示例第一计算机实现的方法。
在一些示例中，通信设备可以被布置成执行如上所述的示例第一计算机实现的方法。
在一些示例中，装置或设备可包括用于执行如上所述的示例第一计算机实现的方法的单元。
在一些示例中，第二计算机实现的方法可包括接收与使布置成使用第一TDD配置从第一服务小区接收数据的接收机电路供电相关的第一组定时器以及接收与使布置成使用第二TDD配置从第二服务小区接收数据的接收机电路供电相关的第二组定时器。对于这些示例，响应于从第一服务小区接收到数据，接收机电路可基于第一组定时器被选择性地供电或断电。同样，响应于从第二服务小区接收到数据，接收机电路可基于第二组定时器被选择性地供电或断电。
根据一些示例，第二计算机实现的方法还可包括第一服务小区使用经由第一频带通信地耦合到EU的第一TDD配置。第二服务小区使用经由第二频带通信地耦合到EU的第二TDD配置。
在一些示例中，第二计算机实现的方法还可包括第一和第二组定时器单独地包括持续工作定时器、静止定时器和重传定时器。包括在第一组定时器中的定时器的定义可不同于包括在第二组定时器中的定时器的定义。
根据一些示例，第二计算机实现的方法还可包括实现第二计算机实现的方法的系统。系统可配置成按照包括LTE-A的一个或多个3GPP LTE标准来操作。对于这些示例，第一和第二组定时器可包括非连续接收(DRX)定时器，例如onDurationTimer、drx-RetransmissionTimer或drx-InactivityTimer。DRX定时器可以被定义，使得DRX定时器基于从第一或第二服务小区接收的PDCCH子帧而被计数。
在一些示例中，对于第二计算机实现的方法，包括在第一和第二组定时器中的onDurationTimer可被定义成基于来自被布置成起UE的主服务小区的作用的第一和第二服务小区当中的服务小区的PDCCH子帧而被计数。
根据一些示例，对于第二计算机实现的方法，包括在第一和第二组定时器中的drx-InactivityTimer可被定义成基于从第一服务小区或第二服务小区接收的PDCCH子帧而被计数。
根据一些示例，至少一个机器可读介质包括多个指令，其响应于在计算设备上被执行，使计算设备执行如上所述的示例第二计算机实现的方法。
在一些示例中，通信设备可以被布置成执行如上所述的示例第二计算机实现的方法。
在一些示例中，装置或设备可包括用于执行如上所述的示例第二计算机实现的方法的单元。
根据一些示例，示例装置可包括布置成支持UE的第一服务小区的基站的处理器电路。示例装置还可包括布置成由处理器电路执行来建立用于经由第一服务小区通信地耦合到UE的第一TDD配置的配置部件。示例装置还可以包括布置成由处理器电路执行来接收第二服务小区的TDD配置信息的接收部件，其指示第二服务小区已建立用于通信地耦合到UE的第二TDD配置，其不同于第一TDD配置。示例装置还可包括定时器电路，其布置成由处理器电路执行来基于第一和第二TDD配置定义与使在UE处的接收机电路临时供电或断电相关的一个或多个定时器。
根据一些示例，示例装置还可包括通信地耦合到处理器电路以将信息传递到UE的无线电接口。信息可指示一个或多个定时器的定义。
在示例装置的一些示例中，基于第一和第二TDD配置来定义一个或多个定时器可包括布置成定义单独组的定时器的定时器部件。单独组的定时器的定义可包括基于第一TDD配置定义的第一组定时器和基于第二TDD配置定义的第二组定时器。
根据示例装置的一些示例，第一组定时器和第二组定时器可单独地包括持续工作定时器、静止定时器或重传定时器。由第一组定时器的定时器部件定义的定时器的定义可不同于由第二组定时器的定时器部件定义的定时器的定义。
在示例装置的一些示例中，基站可布置成作为按照包括LTE-A的一个或多个3GPPLTE标准的eNB来操作。对于这些示例，与使在UE处的接收机电路临时断电相关的一个或多个定时器可包括非连续接收(DRX)定时器。DRX定时器可包括onDurationTimer、drx-RetransmissionTimer和drx-InactivityTimer。DRX定时器可被定义，使得DRX定时器基于由UE接收的PDCCH子帧在UE处被计数。
根据示例装置的一些示例，定时器部件可布置成定义将基于第一服务小区的PDCCH子帧来计数的DRX定时器。第一服务小区可布置成起UE的主服务小区的作用。
在示例装置的一些示例中，定时器部件可布置成定义DRX定时器，使得至少一些DRX定时器响应于从第一或第二服务小区接收到PDCCH子帧而被计数。
虽然以特定于结构特征和/或方法行动的语言描述了主题，应当理解在所附权利要求中定义的主题不一定限于上面描述的特定特征或行动。更确切地，上面描述的特定特征和行动被公开为实现权利要求的示例形式。
Claims (26)
1.一种计算机实现的方法，包括：
在配置成支持用户设备的服务小区并布置成按照包括LTE高级(LTE-A)的一个或多个第三代合作伙伴计划(3GPP)长期演进(LTE)标准来操作的演进型节点B(eNB)处，建立与到所述用户设备的通信相关的第一时分双工(TDD)配置；
接收对于一个或多个其它服务小区的TDD配置信息，所述TDD配置信息指示所述一个或多个其它服务小区中的至少一个已建立与到所述用户设备的通信相关的第二TDD配置，所述第二TDD配置不同于所述第一TDD配置；
基于所述第一TDD配置和所述第二TDD配置来定义与使在所述用户设备处的接收机电路临时供电或断电相关的一个或多个非连续接收(DRX)定时器，所述一个或多个DRX定时器包括drx-InactivityTimer；以及
定义基于所述第一TDD配置的所述drx-InactivityTimer的第一定义和基于所述第二TDD配置的所述drx-InactivityTimer的第二定义。
2.如权利要求1所述的计算机实现的方法，所述一个或多个DRX定时器包括onDurationTimer和drx-RetransmissionTimer。
3.如权利要求2所述的计算机实现的方法，包括定义基于所述第一TDD配置的所述drx-RetransmissionTimer的第一定义以及定义基于所述第二TDD配置的所述drx-RetransmissionTimer的第二定义。
4.如权利要求2所述的计算机实现的方法，所述onDurationTimer对所述第一TDD配置和所述第二TDD配置具有相同的定义。
5.如权利要求1所述的计算机实现的方法，包括定义所述一个或多个DRX定时器，使得所述一个或多个DRX定时器中的至少一些在无线设备处基于由所述用户设备接收的物理下行链路控制信道(PDCCH)子帧而被计数。
6.如权利要求2所述的计算机实现的方法，包括：
配置由起服务所述用户设备的主小区的作用的所述eNB支持的所述服务小区；以及
定义所述onDurationTimer，使得所述onDurationTimer基于所述主小区的物理下行链路控制信道(PDCCH)子帧而被计数。
7.如权利要求6所述的计算机实现的方法，包括定义所述drx-RetransmissionTimer，使得所述drx-RetransmissionTimer响应于在所述用户设备处从调度服务小区接收到PDCCH子帧而被计数，所述调度服务小区来自一个或多个其它服务小区当中或所述调度服务小区是所述主小区。
8.如权利要求1所述的计算机实现的方法，基于所述第一TDD配置和所述第二TDD配置来定义所述一个或多个DRX定时器包括：
基于所述第一TDD配置来定义第一组DRX定时器，所述第一组DRX定时器是与经由第一频带与所述用户设备通信的第一定时高级组(TAG)相关的服务小区所共有的；以及
基于所述第二TDD配置来定义第二组DRX定时器，所述第二组DRX定时器是与经由第二频带与所述用户设备通信的第二TAG相关的服务小区所共有的。
9.如权利要求1所述的计算机实现的方法，包括基于所述用户设备被配置成在半双工模式中操作来定义所述一个或多个DRX定时器。
10.如权利要求9所述的计算机实现的方法，所述用户设备被配置，使得下行链路操作被允许，其中下行链路/上行链路子帧在所述第一TDD配置和所述第二TDD配置之间是不同的，所述一个或多个DRX定时器被定义，使得所述一个或多个DRX定时器能够对于给定子帧，基于下行链路子帧在所述第一TDD配置和所述第二TDD配置之间匹配并基于下行链路/上行链路子帧在所述第一TDD配置和所述第二TDD配置之间不同而被启动。
11.如权利要求9所述的计算机实现的方法，所述用户设备被配置，使得上行链路操作被允许，其中下行链路/上行链路子帧在所述第一TDD配置和所述第二TDD配置之间是不同的，所述一个或多个DRX定时器被定义，使得所述一个或多个DRX定时器能够对于给定子帧，基于下行链路子帧在所述第一TDD配置和所述第二TDD配置之间匹配而被启动。
12.如权利要求9所述的计算机实现的方法，所述用户设备被配置，使得上行链路或下行链路操作被动态地允许，其中下行链路/上行链路子帧在所述第一TDD配置和所述第二TDD配置之间是不同的，所述一个或多个DRX定时器被定义，使得所述一个或多个DRX定时器能够对于给定子帧，基于下行链路子帧在所述第一TDD配置和所述第二TDD配置之间匹配而被启动。
13.如权利要求1所述的计算机实现的方法，包括定义所述一个或多个DRX定时器，使得所述一个或多个DRX定时器能够对于给定子帧，基于下行链路子帧在所述第一TDD配置和所述第二TDD配置之间匹配并基于下行链路/上行链路子帧在所述第一TDD配置和所述第二TDD配置之间不同而被启动。
14.如权利要求1所述的计算机实现的方法，包括定义所述一个或多个DRX定时器，使得所述一个或多个DRX定时器能够对于给定子帧，基于下行链路子帧在所述第一TDD配置和所述第二TDD配置之间相同而被启动。
15.一种装置，包括：
演进型节点B(eNB)的处理器电路，其布置成支持用户设备的第一服务小区并布置成按照包括LTE高级(LTE-A)的一个或多个第三代合作伙伴计划(3GPP)长期演进(LTE)标准来操作；
配置部件，其布置成由所述处理器电路执行来建立用于经由所述第一服务小区通信地耦合到所述用户设备的第一时分双工(TDD)配置；
接收部件，其布置成由所述处理器电路执行来接收第二服务小区的TDD配置信息，所述TDD配置信息指示所述第二服务小区已建立用于通信地耦合到所述用户设备的第二TDD配置，所述第二TDD配置不同于所述第一TDD配置；以及
定时器部件，其布置成由所述处理器电路执行来基于所述第一TDD配置和所述第二TDD配置定义与使在所述用户设备处的接收机电路临时供电或断电相关的一个或多个非连续接收(DRX)定时器，所述定时器部件布置成定义单独组的DRX定时器以包括基于所述第一TDD配置的第一组DRX定时器和基于所述第二TDD配置的第二组DRX定时器。
16.如权利要求15所述的装置，包括通信地耦合到所述处理器电路以将信息传递到所述用户设备的无线电接口，所述信息指示所述一个或多个DRX定时器的定义。
17.如权利要求15所述的装置，所述第一组DRX定时器和所述第二组DRX定时器单独地包括onDurationTimer、drx-RetransmissionTimer和drx-InactivityTimer，由所述第一组DRX定时器的所述定时器部件定义的所述DRX定时器的定义不同于由所述第二组DRX定时器的所述定时器部件定义的所述DRX定时器的定义。
18.如权利要求15所述的装置，所述定时器部件布置成定义所述DRX定时器，使得所述DRX定时器基于由所述用户设备接收的物理下行链路控制信道(PDCCH)子帧，在所述用户设备处被计数。
19.如权利要求15所述的装置，所述定时器部件布置成定义基于所述第一服务小区的物理下行链路控制信道(PDCCH)子帧而被计数的所述DRX定时器，所述第一服务小区布置成起所述用户设备的主服务小区的作用。
20.如权利要求15所述的装置，所述定时器部件布置成定义所述DRX定时器，使得所述DRX定时器中的至少一些响应于从所述第一服务小区或第二服务小区接收到物理下行链路控制信道(PDCCH)子帧而被计数。
21.一种系统，包括：
根据权利要求15至20的任一项的装置；以及
耦合到处理器电路的数字显示器，用于呈现用户界面视图。
22.一种装置，包括：
用于使用第一时分双工(TDD)配置接收与使布置成从第一服务小区接收数据的接收机电路供电相关的第一组非连续接收(DRX)定时器的单元；
用于使用第二TDD配置接收与使布置成从第二服务小区接收数据的接收机电路供电相关的第二组DRX定时器的单元；
用于响应于从所述第一服务小区接收到数据，基于所述第一组DRX定时器来使所述接收机电路选择性地供电或断电的单元；以及
用于响应于从所述第二服务小区接收到数据，基于所述第二组DRX定时器来使所述接收机电路选择性地供电或断电的单元。
23.如权利要求22所述的装置，包括所述第一服务小区使用所述第一TDD配置经由第一频带通信地耦合到所述用户设备，以及所述第二服务小区使用所述第二TDD配置经由第二频带通信地耦合到所述用户设备。
24.如权利要求22所述的装置，所述第一组DRX定时器和所述第二组DRX定时器包括onDurationTimer、drx-RetransmissionTimer和drx-InactivityTimer，所述第一组DRX定时器和所述第二组DRX定时器被定义，使得所述DRX定时器基于从所述第一服务小区或所述第二服务小区接收的物理下行链路控制信道(PDCCH)子帧而被计数。
25.如权利要求24所述的装置，包括包含在所述第一组DRX定时器和所述第二组DRX定时器中的onDurationTimer被定义为基于来自布置成起所述用户设备的主服务小区的作用的所述第一服务小区和所述第二服务小区当中的服务小区的PDCCH子帧而被计数。
26.如权利要求24所述的装置，包括包含在所述第一组DRX定时器和所述第二组DRX定时器中的drx-InactivityTimer被定义为基于从所述第一服务小区或所述第二服务小区接收的PDCCH子帧而被计数。
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