CN104067537A - 用于3gpp系统中的mtic群组的标识符 - Google Patents

用于3gpp系统中的mtic群组的标识符 Download PDF

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CN104067537A
CN104067537A CN201380006682.0A CN201380006682A CN104067537A CN 104067537 A CN104067537 A CN 104067537A CN 201380006682 A CN201380006682 A CN 201380006682A CN 104067537 A CN104067537 A CN 104067537A
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mtc
wireless network
wireless device
group
information
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CN104067537B (zh
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P.贾恩
M.文卡塔查拉姆
M.D.科达拉古德
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Apple Inc
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Intel Corp
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Abstract

MTC群组的机器类型通信类型（MTC类型）设备跨所有类型的无线网络被一种系统和方法唯一地标识，其中接收器能够从无线网络的至少一个节点接收信号。所述信号包含与为无线设备提供至少一个系统优化的MTC特征对应的MTC群组ID信息。所接收的MTC群组ID然后被处理以确定MTC接收群组ID是否对应于无线设备对其而言是成员的MTC特征。包含在接收信号中的MTC群组ID信息包括国际移动订户身份（IMSI）的移动订阅标识（MSIN）字段的部分，添加到IMSI的附加位，单独的MTC群组消息的部分。

Description

用于3GPP系统中的MTIC群组的标识符
技术领域
本文所描述的实施例一般地涉及无线通信领域。
背景技术
机器类型通信（MTC）是涉及不一定需要人类交互的一个或多个实体之间的通信的数据通信形式。针对MTC优化的服务不同于针对人与人通信优化的服务。例如，MTC不同于当前移动网络通信服务，因为它涉及不同的市场情景、数据通信、较低成本和努力、具有（并且在很大程度上）每终端少量业务的潜在非常大量的通信终端。
MTC应用并不都具有相同的特性。结果，并不是每种系统优化都适于每个MTC应用。第三代合作伙伴计划（3GPP）技术规范组服务和系统方面；针对机器类型通信的服务需求3GPP TS 22.368定义了为不同的系统优化可能性提供可以在3GPP TS 22.368下被调用的结构的MTC特征。例如，为特定订户提供的MTC特征在订阅（subscription）中标识，并且可以单独激活MTC特征。
针对各种MTC特征的特定服务需求定义在3GPP TS 22.368技术规范之下，诸如低移动性、时间控制、时间容忍、小数据传输、仅移动发起、不频繁的移动终止、MTC监视、优先级警报、安全连接、位置特定触发和不频繁传输。已经定义的基于群组的MTC特征包括基于群组的监管（policing）和基于群组的寻址。
基于群组的MTC特征是应用于特定MTC群组的MTC特征，使得每个基于群组的MTC特征适用于MTC群组的所有成员。因此，基于群组的MTC特征需要为了寻址特定MTC群组而定义的群组ID。基于MTC特征群组的寻址旨在与MTC群组一起使用，当许多MTC类型设备需要接收相同消息时网络运营商想要针对所述MTC群组而优化消息容量。
附图说明
本文所公开的实施例通过示例的方式而非限制的方式被图示，在附图的各图中相似的附图标记指代类似的元件，并且在附图中：
图1描绘了根据本文所公开的主题的MTC类型设备的示例性功能框图；
图2描绘了根据本文所公开的主题针对用于在诸如但不限于3GPP类型通信网络之类的无线系统中标识MTC类型群组的技术的流程图的一个示例性实施例；
图3A-3C描绘了根据本文所公开的主题用于在无线系统中标识MTC类型群组的MTC群组ID的示例性实施例；
图4描绘了依照本文所公开的一个或多个示例性实施例的用于基于IEEE-802.16 M2M类型通信网络400的示例性高级系统配置；
图5示出了包括能够利用根据本文所公开的主题的MTC群组ID的一个或多个设备的3GPP LTE网络的总体架构的示例性框图；
图6和7分别描绘了基于3GPP类型无线电接入网络标准和能够利用根据本文所公开的主题的MTC群组ID的在UE与eNodeB之间的示例性无线电接口协议结构；
图8描绘了能够利用根据本文所公开的主题的MTC群组ID的信息处理系统的示例性功能框图；
图9描绘了依照本文所公开的一个或多个实施例的可以可选地包括触摸屏的图8的信息处理系统的示例性实施例的等距视图；以及
图10描绘了包括其上存储有计算机可读指令的非临时计算机可读存储介质的制品的示例性实施例，所述计算机可读指令当被计算机类型设备执行时导致根据本文所公开的主题的各种技术和方法中的任一个。
将领会到为了图示的简化和/或清楚起见，图中描绘的元件不一定按照比例绘制。例如，为了清楚起见，一些元件的尺寸可以相对于其它元件被夸大。图的缩放并不表示本文所描绘的各种元件的精确尺寸和/或尺寸比例。另外，如果认为是适当的，则附图标记已经在各图之中被重复以指示对应和/或类似的元件。
具体实施方式
本文所描述的实施例涉及用于在诸如但不限于3GPP类型通信网络之类的无线系统中标识MTC类型群组的技术。在以下描述中，陈述许多特定细节以提供对本文所公开的实施例的透彻理解。然而，相关领域技术人员将认识到，本文所公开的实施例可以在没有该特定细节中的一个或多个的情况下实施，或者利用其它方法、组件、材料等等实施。在其它实例中，未详细示出或描述众所周知的结构、材料或操作以避免使说明书的方面晦涩难懂。
贯穿本说明书对“一个实施例”或“实施例”的引用意指关于实施例描述的特定特征、结构或特性包括在至少一个实施例中。因此，在贯穿本说明书的各种地方的短语“在一个实施例中”或“在实施例中”的出现不一定都是指相同的实施例。另外，特定特征、结构或特性可以以任何适合的方式组合在一个或多个实施例中。此外，词语“示例性”在本文中被用于意指“充当示例、实例或说明”。本文中描述为“示例性”的任何实施例不应被解释为必然比其它实施例优选或有利。
可以依次并且以最有助于理解所要求保护的主题的方式将各种操作描述为多个离散操作。然而，描述的次序不应当被解释为暗示这些操作必然是次序相关的。特别地，这些操作无需以呈现的次序执行。所描述的操作可以以不同于所描述的实施例的次序执行。可以执行各种附加操作和/或可以在附加实施例中省略所描述的操作。
本文所公开的主题提供用于将MTC设备与单个MTC群组相关联的技术，并且使得MTC群组跨所有3GPP类型网络被唯一地标识。此外，本文所公开的主题提供了用于在诸如但不限于3GPP类型通信网络之类的无线系统中标识MTC类型群组的技术。
图1描绘了根据本文所公开的主题的MTC类型设备100的示例性功能框图。MTC类型设备100包括无线设备，其包括接收器部分101、发射器部分102和处理部分103。接收器部分101和发射器部分102以众所周知的方式耦合到处理部分103和一个或多个天线104。处理部分103包括处理器设备105和存储器106。存储器106能够存储用于但不限于控制处理器设备105的操作的信息和指令。处理部分103可以如关于本文所公开的机器到机器（MTM）设备402（图4）、UE 511（参见图5）和/或信息处理系统800（参见图8和9）中的任一个描述的那样进行配置。存储器106可以体现为本文所公开的任何类型的存储器设备，并且也能够存储与针对MTC类型设备100的一个或多个群组ID有关的信息。
处理器设备105能够处理包含在接收信号中的MTC群组ID信息并且确定所接收的MTC群组ID信息是否对应于存储在存储器106中的与针对MTC类型设备100的一个或多个群组ID有关的信息。如果，例如，所接收的MTC群组ID信息对应于存储在存储器106中的信息并且接收信号还包含用于MTC群组ID的MTC类型设备开启与MTC群组的MTC特征相关联的功能的信息或指令，则MTC类型设备100通过开启与MTC特征相关联的功能进行响应；否则接收信号被忽略。
应当理解的是MTC类型设备100可以体现为包括比图1中描绘的更多或更少的功能块。此外，尽管在一个示例性实施例中，MTC类型设备100无线连接到3GPP类型通信网络，但是应当理解，本文所公开的主题不如此受限，并且MTC类型设备100可以无线连接到其它类型的无线网络，诸如但不限于，以基于蓝牙的标准、基于IEEE 802.11的标准、基于IEEE 802.16的标准、基于IEEE 802.18的无线网络标准、基于3GPP2空中接口演进（3GPP2 AIE）的无线网络标准、基于UMTS协议无线网络、基于CDMA-2000协议无线网络、基于GSM协议无线网络、基于蜂窝数字分组数据（基于CDPD）协议无线网络、基于Mobitex协议无线网络、基于近场通信（基于NFC）的链路、基于WiGig的网络、或基于ZigBee的网络或其组合为基础的无线网络。
图2描绘了根据本文所公开的主题的针对用于在诸如但不限于3GPP类型通信网络之类的无线系统中标识MTC类型群组的技术的流程图200的一个示例性实施例。在201处，在诸如MTC类型设备100之类的MTC类型设备处接收来自无线网络的至少一个节点的信号。接收信号包含机器类型通信（MTC），其包括MTC群组ID信息，使得MTC群组ID信息对应于为MTC类型设备提供至少一个系统优化的MTC特征。示例性MTC特征包括但不限于，低移动性、时间控制、时间容忍、小数据传输、仅移动发起、不频繁移动终止、MTC监视、优先级警告、安全连接、位置特定触发以及不频繁传输。已经定义的基于群组的MTC特征包括基于群组的监管和基于群组的寻址。在202处，确定包含在接收信号中的MTC群组ID是否对应于MTC类型设备对其而言是成员的MTC特征。在203处，如果包含在接收信号中的MTC群组ID对应于MTC类型设备对其而言是成员的MTC特征，则MTC类型设备可以对与无线设备对其而言是成员的MTC特征有关的接收信号中包含的附加信息进行响应。否则，接收信号被忽略。在一个示例性实施例中，可以包含在接收信号中的附加信息可以是但不限于，发起与MTC服务器的通信的触发命令。
图3A描绘了根据本文所公开的主题作为国际移动订户身份（IMSI）的移动订阅标识（MSIN）字段的部分被包括的MTC群组ID的第一示例性实施例。特别地，图3A描绘了如包括IMSI的MSIN字段中的五位的MTC群组ID（群组ID）。IMSI包括三个部分：移动国家代码（MCC）、移动网络代码（MNC）和移动订户标识号码（MSIN）。MCC包括三位并且唯一地标识MTC类型设备的移动订户的住处的国家。MNC包括用于GSM/UMTS应用的两位或三位，并且标识MTC类型设备的移动订户的归属公共陆地移动网络（PLMN）。MNC的长度取决于MCC的值要么是两位要么是三位。MSIN包括十位并且标识PLMN内的移动订户（5位）和MTC群组ID（5位）。通过将MTC群组ID包括在MSIN字段的部分处，将存在对定义在3GPP TS 22.368技术规范之下的通信模型的最小影响，因为IMSI被用于利用嵌入于IMSI的群组ID的群组寻址。
图3B描绘了根据本文所公开的主题的作为对国际移动订户身份（IMSI）的附加位被包括的MTC群组ID的第二示例性实施例。在第二示例性实施例中，用于群组ID的附加位（特别地为五位）导致大于15位的IMSI并且在该特定实施例中总计为20位。第二示例性实施例也提供了对定义在3GPP TS 22.368技术规范之下的通信模型的最小影响，因为IMSI被用于利用嵌入于IMSI的群组ID的群组寻址，尽管相比于第一示例性实施例需要更大数量的位。
图3C描绘了根据本文所公开的主题的能够作为单独的MTC群组消息的部分的MTC群组ID的第三示例性实施例。第三示例性实施例包括不同于国际移动订户身份（IMSI）的格式布置的格式布置。特别地，第三示例性实施例提供了将与IMSI分离地传送到MTC类型设备的包括15位的群组ID。在一个示例性实施例中，根据本文所公开的主题的MTC群组ID的第三示例性实施例可以被布置成基于例如网络接入标识符（NAI）格式、会话发起协议统一资源标识符（SIP URI）格式或完全合格域名（FQDN）格式。例如，如果MTC群组ID基于NAI格式，则15位的MTC群组ID格式可以被嵌入作为用户名的部分（即，<用户名><领域（realm）>，其中<领域>标识移动服务提供商域）。类似地，如果MTC群组ID基于URI或FQDN格式，则15位的MTC群组ID可以是URI或FQDN格式的部分。
图4描绘了依照本文所公开的一个或多个示例性实施例的用于基于IEEE-802.16的M2M类型通信网络400的示例性高级系统配置。特别地，无线网络400的一个或多个元件可以能够利用根据本文所公开的主题的MTC群组ID。然而，应当理解的是，无线通信网络的特定类型不限于IEEE-802.16类型无线通信网络。如图4中所示，多个M2M类型设备402通过基站BS 403无线连接到M2M类型服务器404。在一个示例性实施例中，基站403包括IEEE-802.16类型基站。在其它示例性实施例中，基站403包括但不限于IEEE-802.11类型基站。每个M2M类型设备402提供IEEE-802.16类型M2M功能。M2M类型服务器404是与一个或多个IEEE-802.16类型M2M设备402通信的实体。M2M类型服务器403还具有可以由M2M类型服务客户405访问的接口。M2M类型服务客户405是M2M类型服务的用户，诸如电力公用事业公司。M2M类型服务器404可以驻留在移动网络401的连接性服务网络（CSN）106的内部或外部并且提供针对一个或多个IEEE-802.16类型M2M设备402的特定M2M类型服务。M2M类型应用在IEEE-802.16类型M2M设备402和M2M类型服务器404上运行。
基于IEEE-802.16的M2M类型通信系统的示例性架构（诸如图4中描绘的那个）支持两种类型的M2M类型通信。第一类型的M2M类型通信在一个或多个IEEE-802.16类型M2M类型设备402和IEEE-802.16类型M2M类型服务器404之间，并且在图4中在408处指示。第二类型的M2M类型通信（在图4中在409处指示）是IEEE-802.16类型M2M类型设备402和基站BS 403之间的点到多点通信。任何类型的M2M类型通信可以包括与为MTC类型设备提供至少一个系统优化的MTC特征对应的MTC群组ID信息。MTC群组ID可以被配置为针对MTC群组ID的本文所公开的任何示例性实施例。
基于IEEE-802.16的M2M类型通信系统的架构还允许IEEE-802.16类型M2M类型设备402充当用于IEEE-802.16类型M2M类型设备402和非IEEE-802.16类型M2M类型设备407二者的聚合点。非IEEE-802.16类型M2M类型设备407使用不同的无线电接口，诸如基于IEEE-802.11标准、IEEE-802.15标准等等的接口。此外，还可以支持IEEE-802.16类型M2M类型设备402和非IEEE-802.16类型M2M类型设备407之间的对等（P2P）连接性（如虚线所示），其中P2P连接性可以通过基于IEEE-802.16的无线电接口或通过诸如基于IEEE-802.11的无线电接口、基于IEEE-802.15的无线电接口等等之类的替换的无线电接口发生。根据本文所公开的主题，充当聚合点的M2M类型设备402对被配置为本文所公开的任何示例性实施例的MTC群组ID进行响应。
图5示出了包括能够利用根据本文所公开的主题的MTC群组ID的一个或多个设备的3GPP LTE网络500的总体架构的示例性框图。图5还一般地示出示例性网络元件和示例性标准化接口。在高级处，网络500包括核心网络（CN）501（也被称为演进分组系统（EPC））和空中接口接入网络E-UTRAN 502。CN 501负责连接到网络的各种用户设备（UE）的总体控制和承载的建立。CN 501可以包括诸如归属代理HA和/或ANDSF服务器或实体之类的功能实体，尽管未显式地描绘。E-UTRAN 502负责所有无线电有关的功能。
CN 501的主要示例性逻辑节点包括但不限于服务GPRS支持节点503、移动性管理实体504、归属订户服务器（HSS）505、服务网关（SGW）506、PDN网关507和策略与计费规则功能（PCRF）管理器508。CN 501的每个网络元件的功能是众所周知的并且在本文中不作描述。CN 501中的每个网络元件通过众所周知的示例性标准化接口互连，其中的一些接口指示在图5中，诸如接口S3、S4、S5等等，尽管在本文中未被描述。
虽然CN 501包括多个逻辑节点，但是E-UTRAN接入网络502由一个节点形成，即演进的NodeB（基站（BS）、eNB或eNodeB）510，其连接到一个或多个用户设备（UE）511，在图5中仅描绘了UE 511中的一个。UE 511在本文中还被称为无线设备（WD）和/或订户站（SS），并且可以包括M2M类型设备。在一个示例性实施例中，UE 511能够利用根据本文所公开的主题的MTC群组ID。也就是说，UE 511能够被寻址为MTC特征群组的部分。在一个示例性实施例中，eNB 510作为IMSI的部分和/或作为单独的MTC群组ID消息的部分而发送MTC群组ID以便寻址UE 511。
在一个示例性配置中，E-UTRAN接入网络502的单个小区提供一个大体上本地化的地理传输点（具有多个天线设备），其提供对一个或多个UE的接入。在另一示例性配置中，E-UTRAN接入网络502的单个小区提供多个大体上地理隔离的传输点（每个具有一个或多个天线设备），其中每个传输点同时提供对一个或多个UE的接入并且其中针对一个小区定义信令比特，使得所有UE共享相同的空间信令维度。对于正常用户业务（与广播相对），在E-UTRAN中不存在集中式控制器；因此E-UTRAN架构被说成是扁平的。eNB通常通过已知为“X2”的接口与彼此互连，并且通过S1接口互连到EPC。更特别地，eNB通过S1-MME接口连接到MME 504并且通过S1-U接口连接到SGW 506。在eNB与UE之间运行的协议一般被称为“AS协议”。各种接口的细节是众所周知的并且在本文中不作描述。
eNB 510主控（host）物理（PHY）、媒体接入控制（MAC）、无线电链路控制（RLC）和分组数据控制协议（PDCP）层，这些层在图5中未示出，并且包括用户平面报头压缩和加密的功能。eNB 510还提供对应于控制平面的无线电资源控制（RRC）功能，并且执行许多功能，包括无线电资源管理、准入控制、调度、协商上行链路（UL）QoS的实施、小区信息广播、用户和控制平面数据的加密/解密以及DL/UL用户平面分组报头的压缩/解压缩。
eNB 510中的RRC层涵盖与无线电承载有关的所有功能，诸如无线电承载控制、无线电准入控制、无线电移动性控制、在上行链路和下行链路二者中对UE的调度和资源动态分配、用于无线电接口的高效使用的报头压缩、通过无线电接口发送的所有数据的安全性以及到EPC的连接性。RRC层基于UE 511发送的邻小区测量做出切换决策，生成对UE 511的无线寻呼，广播系统信息，控制UE测量报告（诸如信道质量信息（CQI）报告的周期性），并且向活动UE 511分配小区级临时标识符。RRC层还执行在切换期间从源eNB到目标eNB的UE上下文的传递，并且为RRC消息提供完整性保护。此外，RRC层负责无线电承载的建立和维护。
UE 511中的MTC应用与外部网络中的MTC应用之间的端到端通信使用由3GPP系统提供的服务并且可选地使用由服务能力服务器（SCS）513提供的服务。SCS是连接到3GPP网络以与用于MTC的UE和归属公共陆地移动网络（HPLMN）中的MTC-IWF进行通信的实体。SCS提供能力以供可以由UE 511主控的一个或多个MTC应用使用。一个或多个对应的MTC应用可以由一个或多个应用服务器（AS）512主控。应用服务器512利用SCS 513以用于附加的增值（value-added）服务，其可以由第三方服务提供商提供。3GPP系统提供包括由（但不限于）MTC推动的各种架构增强在内的传输和通信服务，诸如控制平面设备触发。
在UE 511上主控的MTC应用和在AS 512上主控的MTC应用之间的MTC业务可以是直接的、间接的或直接与间接业务的混合。对于直接业务，AS 512直接连接到运营商网络以便在不使用SCS 513的情况下执行与UE 512的直接用户平面通信。对于间接业务，AS 512通过SCS 513的服务间接连接到运营商网络以便执行与UE 511的间接用户平面通信和利用附加的增值服务，诸如控制平面设备触发。在一个示例性实施例中，SCS 513是MTC服务提供商控制的，因为SCS 513包括运营商域外部的实体并且到运营商域的接口是外部接口。在可替换的示例性实施例中，SCS 513是3GPP网络运营商控制的SCS。也就是说，SCS 513包括运营商域内的实体，并且接口是到公共陆地移动网络（PLMN）的内部接口。对于混合业务，AS 512同时使用直接和间接业务二者以便直接连接到运营商网络以在还使用SCS 513的同时执行与UE 511的直接用户平面通信。从3GPP网络的角度来看，来自AS 512的直接用户平面通信和来自SCS 513的任何增值控制平面有关的通信是独立的并且与彼此没有相关性，即便它们可以服务由AS 512主控的相同MTC应用。因为不同的业务类型不是互斥的，并且可以是互补的，所以对于3GPP运营商而言将不同的业务类型组合以用于不同的应用是可能的，这可以包括与相同PLMN通信的MTC服务提供商和3GPP网络运营商控制的SCS二者的组合。在其中UE 511是漫游类型设备的场景中，机器类型通信-互通功能（MTC-IWF）514与HSS 505和运营商网络内的短消息服务-服务中心（SMS-SC）（未示出）连接并且与拜访（visited）网络中的服务SGSN 503、MME 504和MSC连接。
图6和7分别描绘了基于3GPP类型无线电接入网络标准并且能够利用根据本文所公开的主题的MTC群组ID的在UE与eNodeB之间的示例性无线电接口协议结构。更具体地，图6描绘了无线电协议控制平面的单独的层，并且图7描绘了无线电协议用户平面的单独的层。图6和7的协议层可以基于通信系统中广泛已知的OSI参考模型的下三层而分类成L1层（第一层）、L2层（第二层）和L3层（第三层）。
作为第一层（LI）的物理（PHY）层使用物理信道来提供对上层的信息传递服务。物理层通过传输信道连接到位于物理层之上的媒体接入控制（MAC）层。数据通过传输信道在MAC层与PHY层之间传递。传输信道根据信道是否被共享而被分类成专用传输信道和公共传输信道。不同物理层之间（特别是发射器和接收器的相应物理层之间）的数据传递通过物理信道来执行。
在第二层（L2层）中存在多个层。例如，MAC层将各种逻辑信道映射到各种传输信道，并且执行逻辑信道复用以用于将各种逻辑信道映射到一个传输信道。MAC层通过逻辑信道连接到充当上层的无线电链路控制（RLC）层。逻辑信道可以根据传输信息的类别而被分类成用于传输控制平面的信息的控制信道以及用于传输用户平面的信息的业务信道。
第二层（L2）的RLC层对从上层接收的数据执行分段和级联，并且将数据的大小调整为适合于下层将数据传输到无线电间隔。为了保证各个无线电承载（RB）所请求的各种服务质量（QoS），提供三种操作模式，即，透明模式（TM）、非确认模式（UM）和确认模式（AM）。特别地，AM RLC使用自动重复和请求（ARQ）功能来执行重传功能，以便实现可靠的数据传输。
第二层（L2）的分组数据汇聚协议（PDCP）层执行报头压缩功能，以减小具有相对较大并且不必要的控制信息的IP分组报头的大小，以便在具有窄带宽的无线电间隔中高效地传输IP分组，诸如IPv4或IPv6分组。结果，只有数据的报头部分所需的信息才可以被传输，使得无线电间隔的传输效率可以增加。此外，在基于LTE的系统中，PDCP层执行安全性功能，该功能包括用于防止第三方窃听数据的加密功能以及用于防止第三方处理数据的完整性保护功能。
位于第三层（L3）顶部的无线电资源控制（RRC）层仅在控制平面中定义，并且负责控制与无线电承载（RB）的配置、重新配置和释放相关联的逻辑、传输和物理信道。RB是第一层和第二层（LI和L2）提供用于UE与UTRAN之间的数据通信的逻辑路径。一般来说，无线电承载（RB）配置意味着，提供特定服务所需的无线电协议层以及信道特性被定义，并且其详细参数和操作方法被配置。无线电承载（RB）被分类成信令RB（SRB）和数据RB（DRB）。SRB用作C平面中的RRC消息的传输通道，并且DRB用作U平面中的用户数据的传输通道。
用于将数据从网络传输到UE的下行链路传输信道可以分类成用于传输系统信息的广播信道（BCH）以及用于传输用户业务或控制消息的下行链路共享信道（SCH）。下行链路多播或广播服务的业务或控制消息可以通过下行链路SCH来传输，并且也可以通过下行链路多播信道（MCH）来传输。用于数据从UE到网络的传输的上行链路传输信道包括用于初始控制消息的传输的随机接入信道（RACH）以及用于用户业务或控制消息的传输的上行链路SCH。
用于将传递到下行链路传输信道的信息传输到UE与网络之间的无线电间隔的下行链路物理信道分类成用于传输BCH信息的物理广播信道（PBCH）、用于传输MCH信息的物理多播信道（PMCH）、用于传输下行链路SCH信息的物理下行链路共享信道（PDSCH）、以及用于传输从第一层和第二层（LI和L2）接收到的诸如DL/UL调度准予信息之类的控制信息的物理下行链路控制信道（PDCCH）（又称作DL Ll/L2控制信道）。同时，用于将传递到上行链路传输信道的信息传输到UE与网络之间的无线电间隔的上行链路物理信道分类成用于传输上行链路SCH信息的物理上行链路共享信道（PUSCH）、用于传输RACH信息的物理随机接入信道、以及用于传输从第一层和第二层（LI和L2）接收到的诸如混合自动重复请求（HARQ）ACK或NACK调度请求（SR）和信道质量指示符（CQI）报告信息之类的控制信息的物理上行链路控制信道（PUCCH）。
图8描绘了能够利用根据本文所公开主题的MTC群组ID的信息处理系统800的示例性功能框图。图8的信息处理系统800可以有形地体现如关于图1、图4所示和所描述的网络和/或如关于图5所示和所描述的核心网络501的示例性设备、示例性网络元件和/或功能实体中任一个的一个或多个。在一个示例性实施例中，信息处理系统700可以表示MTC类型设备100、M2M类型设备402、eNB 510和/或UE 511的组件，取决于特定设备或网络元件的硬件规范而具有更多或更少的组件。在另一个示例性实施例中，信息处理系统800可以提供M2M类型设备能力。在又一个示例性实施例中，信息处理系统800能够利用根据本文所公开的主题的MTC群组ID。尽管信息处理系统800表示若干类型的计算平台的一个示例，但是信息处理系统800可以包括更多或更少的元件和/或与图8所示不同的元件布置，并且所要求保护的主题的范围在这些方面并不受限。
在一个或多个实施例中，信息处理系统800可以包括一个或多个应用处理器810和基带处理器812。应用处理器810可以用作运行应用和信息处理系统800的各种子系统的通用处理器，并且能够利用关于一个或多个MTC特征的根据本文所公开的主题的MTC群组ID。应用处理器810可以包括单核或者可替换地可以包括多个处理核，其中所述核中的一个或多个可以包括数字信号处理器或数字信号处理核。此外，应用处理器810可以包括部署在相同芯片上的图形处理器或协处理器，或者可替换地，耦合到应用处理器810的图形处理器可以包括单独的离散图形芯片。应用处理器810可包括诸如高速缓存存储器之类的板载存储器，并且还可以耦合到外部存储器设备，诸如用于在操作期间存储和/或执行应用（诸如利用根据本文所公开的主题的MTC群组ID）的同步动态随机存取存储器（SDRAM）814。NAND闪存816用于甚至在信息处理系统800关机时存储应用和/或数据。另外，应用处理器810可以执行存储在SDRAM 814和/或NAND闪存816中的计算机可读指令，所述计算机可读指令提供利用关于一个或多个MTC特征的根据本文所公开的主题的MTC群组ID的能力。
在一个示例性实施例中，基带处理器812可以为信息处理系统800控制宽带无线电功能。基带处理器812可以在NOR闪存818中存储用于控制这样的宽带无线电功能的代码。基带处理器812控制无线广域网（WWAN）收发器820，WWAN收发器820用于对宽带网络信号进行调制和/或解调，例如用于经由3GPP LTE网络等进行通信，如本文中关于图8所讨论的那样。在一个示例性实施例中，基带处理器812可以为了信息处理系统800而控制宽带无线电功能以接收在IMSI的部分中和/或作为单独的MTC群组ID消息的部分的MTC群组ID。应用处理器810例如将会处理所接收的MTC群组ID并且确定所接收的MTC群组ID是否对应于信息处理系统800所属于的群组ID。
WWAN收发器820耦合到一个或多个功率放大器822，一个或多个功率放大器822分别耦合到一个或多个天线824，以用于经由WWAN宽带网络发送和接收射频信号。基带处理器812还可控制无线局域网（WLAN）收发器826，WLAN收发器826耦合到一个或多个适合的天线828，并且可以能够经由以下各项进行通信：基于蓝牙的标准、基于IEEE 802.11的标准、基于IEEE 802.16的标准、基于IEEE 802.18的无线网络标准、基于第三代合作伙伴计划长期演进（3GPP LTE）的无线网络标准、基于3GPP2空中接口演进（3GPP2 AIE）的无线网络标准、基于UMTS协议无线网络、基于CDMA2000协议无线网络、基于GSM协议无线网络、基于蜂窝数字分组数据（基于CDPD）协议无线网络、基于Mobitex协议无线网络、基于近场通信（基于NFC）的链路、基于WiGig的网络、基于ZigBee的网络等等。应当注意，这些仅仅是应用处理器810和基带处理器812的示例性实现方式，并且所要求保护的主题的范围在这些方面并不受限。例如，SDRAM 814、NAND闪存816和/或NOR闪存818中的任何一个或多个可以包括其它类型的存储器技术，诸如基于磁的存储器、基于硫属化物的存储器、基于相变的存储器、基于光学的存储器或者基于奥弗辛斯基效应（ovonic-based）的存储器，并且所要求保护的主题的范围在该方面不受限。
在一个或多个实施例中，应用处理器810可以驱动显示器830以用于显示各种信息或数据，并且还可以经由触摸屏832（例如经由手指或触控笔）从用户接收触摸输入。在一个示例性实施例中，屏幕832向用户显示经由手指和/或触控笔可选择的菜单和/或选项以用于将信息输入到信息处理系统800。在又一个示例性实施例中，屏幕832响应于接收到作为IMSI的部分和/或作为单独的MTC群组ID消息的部分的对应于信息处理系统800所属于的一个或多个群组ID的MTC群组ID而向用户显示菜单和/或选项。所显示的菜单和/或选项将由用户经由手指和/或触控笔可选择。
环境光传感器834可以用来检测环境光的量，其中信息处理系统800进行操作例如以控制显示器830的亮度或对比度值作为环境光传感器834所检测的环境光的强度的函数。一个或多个摄像机836可以用来捕获图像，所述图像由应用处理器810来处理和/或至少暂时存储在NAND闪存816中。此外，应用处理器可以耦合到陀螺仪838、加速度计840、磁强计842、音频编码器/解码器（编解码器）844和/或全球定位系统（GPS）控制器846，所述GPS控制器846耦合到适当GPS天线848，用于各种环境属性的检测，包括信息处理系统800的位置、移动和/或方位。可替换地，控制器846可以包括全球导航卫星系统（GNSS）控制器。音频编解码器844可以耦合到一个或多个音频端口850，以经由内部设备和/或经由借由音频端口850（例如借由耳机和麦克风插孔）耦合到信息处理系统的外部设备来提供麦克风输入和扬声器输出。此外，应用处理器810可以耦合到一个或多个输入/输出（I/O）收发器852以耦合到一个或多个I/O端口854，诸如通用串行总线（USB）端口、高清晰度多媒体接口（HDMI）端口、串行端口等。此外，I/O收发器852中的一个或多个可以耦合到用于可选的可移除存储器（诸如安全数字（SD）卡或者订户身份模块（SIM）卡）的一个或多个存储器插槽856，不过所要求保护的主题的范围在这些方面不受限。
图9描绘了依照本文所公开的一个或多个实施例的可选地可以包括触摸屏的图8的信息处理系统的示例性实施例的等距视图。图9示出有形地体现为蜂窝电话、智能电话、智能类型设备或者平板类型设备等的图8的信息处理系统800的示例实现方式，其能够利用根据本文所公开的主题的MTC群组ID。在一个或多个实施例中，信息处理系统800可以包括基础设施节点、MTC类型设备100、图4的M2M类型设备、图5的移动站UE 511和/或M2M类型设备中的任一个，不过所要求保护的主题的范围在这方面并不受限。信息处理系统800可以包括具有显示器830的外壳910，显示器830可以包括触摸屏832，以用于经由用户的手指916和/或经由触控笔918接收触觉输入控制和命令而控制一个或多个应用处理器810。外壳910可以容纳信息处理系统800的一个或多个组件，例如，一个或多个应用处理器810、SDRAM 814、NAND闪存816、NOR闪存818、基带处理器812和/或WWAN收发器820中的一个或多个。信息处理系统800还可以可选地包括物理致动器（actuator）区920，其可以包括键盘或按钮，以用于经由一个或多个按钮或开关来控制信息处理系统。信息处理系统800还可以包括存储器端口或插槽856以用于接纳非易失性存储器，诸如例如以安全数字（SD）卡或订户身份模块（SIM）卡的形式的闪速存储器。可选地，信息处理系统800还可以包括一个或多个扬声器和/或麦克风924以及用于将信息处理系统800连接到另一个电子设备、坞（dock）、显示器、电池充电器等的连接端口854。此外，信息处理系统800可以包括耳机或扬声器插孔928以及在外壳910的一侧或多侧上的一个或多个摄像机936。应当注意，图8和9的信息处理系统800在各种布置中可以包括比所示的更多或更少的元件，并且所要求保护的主题在这方面不受限。
图10描绘了包括其上存储有计算机可读指令的非临时计算机可读存储介质1001的制品1000的示例性实施例，所述计算机可读指令在由计算机类型设备执行时，导致根据本文所公开主题的各种技术和方法中的任一个。可以用于计算机可读存储介质1001的示例性计算机可读存储介质可以是，但不限于，基于半导体的存储器、基于光学的存储器、基于磁的存储器或者其组合。
能够根据以上的详细描述做出这些修改。以下权利要求书中使用的术语不应当被理解为将范围限制到说明书和权利要求书中公开的特定实施例。而是，本文所公开的实施例的范围由以下权利要求来确定，权利要求将依照已建立的权利要求解释原则来理解。

Claims (30)

1.一种无线设备，包括：
接收器，其能够从无线网络的至少一个节点接收信号，所述信号包含包括机器类型通信（MTC）群组ID信息的MTC，所述MTC群组ID信息对应于为无线设备提供至少一个系统优化的MTC特征；以及
处理器，其耦合到接收器并且能够确定包含在接收信号中的MTC群组ID是否对应于无线设备对其而言是成员的MTC特征。
2.根据权利要求1的无线设备，还包括存储与无线对其而言是成员的至少一个MTC特征对应的MTC群组ID信息的存储器，并且
其中所述处理器能够确定包含在接收信号中的MTC群组ID信息是否对应于存储在存储器中的MTC群组ID信息。
3.根据权利要求1的无线设备，其中包含在接收信号中的MTC群组ID信息包括国际移动订户身份（IMSI）的移动订阅标识（MSIN）字段的部分。
4.根据权利要求3的无线设备，其中在含有MTC群组ID信息的IMSI中包含的总位数为小于等于15位。
5.根据权利要求1的无线设备，其中包含在接收信号中的MTC群组ID信息包括添加到国际移动订户身份（IMSI）的附加位。
6.根据权利要求5的无线设备，其中在含有MTC群组ID信息的IMSI中包含的总位数为小于等于20位。
7.根据权利要求1的无线设备，其中包含在接收信号中的MTC群组ID信息包括单独的MTC群组消息的部分。
8.根据权利要求1的无线设备，其中MTC群组ID被布置成作为网络接入标识符（NAI）、会话发起协议统一资源标识符（SIP URI）或完全合格域名（FQDN）的部分。
9.根据权利要求1的无线设备，还包括能够从用户或触控笔的触摸接收输入信息的触摸屏显示器。
10.根据权利要求1的无线设备，其中所述无线设备包括蜂窝电话、智能电话、智能类型设备或平板类型设备。
11.根据权利要求1的无线设备，其中所述无线网络包括基于以下各项的网络：基于蓝牙的标准、基于IEEE 802.11的标准、基于IEEE 802.16的标准、基于IEEE 802.18的无线网络标准、基于第三代合作伙伴计划长期演进（3GPP LTE）的无线网络标准、基于3GPP2空中接口演进（3GPP2 AIE）的无线网络标准、基于UMTS协议无线网络、基于CDMA2000协议无线网络、基于GSM协议无线网络、基于蜂窝数字分组数据（基于CDPD）协议无线网络、基于Mobitex协议无线网络、基于近场通信（基于NFC）的链路、基于WiGig的网络，或基于ZigBee的网络或其组合。
12.一种方法，包括：
从无线网络的至少一个节点接收信号，所述信号包含包括机器类型通信（MTC）群组ID信息的MTC，所述MTC群组ID信息对应于为无线设备提供至少一个系统优化的MTC特征；以及
确定包含在接收信号中的MTC群组ID是否对应于无线设备对其而言是成员的MTC特征；以及
如果包含在接收信号中的MTC群组ID对应于无线设备对其而言是成员的MTC特征，则对与所述无线设备对其而言是成员的MTC特征有关的接收信号中包含的附加信息进行响应，
否则，忽略接收信号。
13.根据权利要求12的方法，其中包含在接收信号中的MTC群组ID信息包括国际移动订户身份（IMSI）的移动订阅标识（MSIN）字段的部分。
14.根据权利要求13的方法，其中在含有MTC群组ID信息的IMSI中包含的总位数为小于等于15位。
15.根据权利要求12的方法，其中包含在接收信号中的MTC群组ID信息包括添加到国际移动订户身份（IMSI）的附加位。
16.根据权利要求15的方法，其中在含有MTC群组ID信息的IMSI中包含的总位数为小于等于20位。
17.根据权利要求12的方法，其中包含在接收信号中的MTC群组ID信息包括单独的MTC群组消息的部分。
18.根据权利要求12的方法，其中所述MTC群组ID信息被布置成作为网络接入标识符（NAI）、会话发起协议统一资源标识符（SIP URI）或完全合格域名（FQDN）的部分。
19.根据权利要求12的方法，还包括从用户或触控笔的触摸通过触摸屏显示器接收输入信息。
20.根据权利要求12的方法，其中所述接收信号由包括蜂窝电话、智能电话、智能类型设备或平板类型设备的无线设备接收。
21.根据权利要求12的方法，其中所述无线网络包括基于以下各项的网络：基于蓝牙的标准、基于IEEE 802.11的标准、基于IEEE 802.16的标准、基于IEEE 802.18的无线网络标准、基于第三代合作伙伴计划长期演进（3GPP LTE）的无线网络标准、基于3GPP2空中接口演进（3GPP2 AIE）的无线网络标准、基于UMTS协议无线网络、基于CDMA2000协议无线网络、基于GSM协议无线网络、基于蜂窝数字分组数据（基于CDPD）协议无线网络、基于Mobitex协议无线网络、基于近场通信（基于NFC）的链路、基于WiGig的网络或基于ZigBee的网络或其组合。
22.一种无线设备，包括：
接收器，其能够从无线网络的至少一个节点接收信号，所述信号包含包括机器类型通信（MTC）群组ID信息的MTC，包含在接收信号中的MTC群组ID信息对应于为无线设备提供至少一个系统优化的MTC特征，并且包括国际移动订户身份（IMSI）的移动订阅标识（MSIN）字段的部分、添加到IMSI的附加位或者单独的MTC群组消息的部分；以及
处理器，其耦合到接收器并且能够确定包含在接收信号中的MTC群组ID是否对应于无线设备对其而言是成员的MTC特征；以及
存储器，其存储对应于无线设备对其而言是成员的至少一个MTC特征的MTC群组ID信息，
所述处理器能够确定包含在接收信号中的MTC群组ID信息是否对应于存储在存储器中的MTC群组ID信息。
23.根据权利要求22的无线设备，其中在含有MTC群组ID信息的IMSI中包含的总位数为小于等于15位。
24.根据权利要求22的无线设备，其中在含有MTC群组ID信息的IMSI中包含的总位数为小于等于20位。
25.根据权利要求22的无线设备，其中所述MTC群组ID被布置成作为网络接入标识符（NAI）、会话发起协议统一资源标识符（SIP URI）或完全合格域名（FQDN）的部分。
26.根据权利要求22的无线设备，还包括能够从用户或触控笔的触摸接收输入信息的触摸屏显示器。
27.根据权利要求22的无线设备，其中所述无线设备包括蜂窝电话、智能电话、智能类型设备或平板类型设备。
28.根据权利要求22的无线设备，其中所述无线网络包括基于以下各项的网络：基于蓝牙的标准、基于IEEE 802.11的标准、基于IEEE 802.16的标准、基于IEEE 802.18的无线网络标准、基于第三代合作伙伴计划长期演进（3GPP LTE）的无线网络标准、基于3GPP2空中接口演进（3GPP2 AIE）的无线网络标准、基于UMTS协议无线网络、基于CDMA2000协议无线网络、基于GSM协议无线网络、基于蜂窝数字分组数据（基于CDPD）协议无线网络、基于Mobitex协议无线网络、基于近场通信（基于NFC）的链路、基于WiGig的网络或基于ZigBee的网络或其组合。
29.一种物品包括：其上存储有指令的非临时计算机可读介质，如果执行所述指令，则至少导致以下各项：
从无线网络的至少一个节点接收信号，所述信号包含包括机器类型通信（MTC）群组ID信息的MTC，所述MTC群组ID信息对应于为无线设备提供至少一个系统优化的MTC特征，包含在接收信号中的MTC群组ID信息包括国际移动订户身份（IMSI）的移动订阅标识（MSIN）字段的部分、添加到国际移动订户身份（IMSI）的附加位或者单独的MTC群组消息的部分，并且所述无线网络包括基于以下各项的网络：基于蓝牙的标准、基于IEEE 802.11的标准、基于IEEE 802.16的标准、基于IEEE 802.18的无线网络标准、基于第三代合作伙伴计划长期演进（3GPP LTE）的无线网络标准、基于3GPP2空中接口演进（3GPP2 AIE）的无线网络标准、基于UMTS协议无线网络、基于CDMA2000协议无线网络、基于GSM协议无线网络、基于蜂窝数字分组数据（基于CDPD）协议无线网络、基于Mobitex协议无线网络、基于近场通信（基于NFC）的链路、基于WiGig的网络，或基于ZigBee的网络或其组合；以及
确定包含在接收信号中的MTC群组ID是否对应于无线设备对其而言是成员的MTC特征；以及
如果包含在接收信号中的MTC群组ID对应于无线设备对其而言是成员的MTC特征，则对与无线设备对其而言是成员的MTC特征有关的接收信号中包含的附加信息进行响应，
否则，忽略接收信号。
30.根据权利要求29的物品，还包括从用户或触控笔的触摸通过触摸屏显示器接收输入信息。
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