CN104904303A - 用于集成毫微微和ap部署的os级wlan/蜂窝集聚 - Google Patents
用于集成毫微微和ap部署的os级wlan/蜂窝集聚 Download PDFInfo
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- CN104904303A CN104904303A CN201380045621.5A CN201380045621A CN104904303A CN 104904303 A CN104904303 A CN 104904303A CN 201380045621 A CN201380045621 A CN 201380045621A CN 104904303 A CN104904303 A CN 104904303A
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Abstract
在一些示例中公开了用于以有效和无缝的方式同步地利用两条无线链路的方法、系统、以及机器可读介质。在毫微微基站和移动站两者的操作系统级的虚拟网络接口可跨这两条无线链路进行分组复用和解复用,由此增加带宽,同时全然地对应用层隐藏这些多条链路的存在,这允许灵活性并增加可靠性。
Description
优先权要求
本专利申请要求2013年6月25日提交的美国申请序列号13/926,273的优先权,该申请要求2012年9月28日提交的美国临时专利申请序列号61/707,784的优先权,两者通过引用整体结合于此。
技术领域
一些实施例涉及无线通信。一些实施例涉及诸如WLAN和蜂窝协议之类的多种无线协议的集聚。
背景
随着蜂窝技术在用户之间越来越流行,指望增加覆盖范围且从其网络卸载流量的运营商已经开始部署更小、更低供电的基站,该基站被称为毫微微基站。在一些示例中,这些毫微微基站可小到足以放在家里,从而在家庭中提供手机的蜂窝覆盖范围。对于第三代蜂窝网络,这些家庭毫微微基站可被称为家庭节点B(Home Node B(HNB)),而对于第四代蜂窝网络,这些家庭毫微微基站可被称为家庭演进节点B(Home eNodeB(HeNB))。HNB和HeNB在毫微微基站提供的毫微微蜂窝小区的有限范围内(例如,在家里和附近、或者在公共空间中)通过(分别)结合标准NodeB和eNodeB的能力来提供手机的3G和4G覆盖范围。
毫微微蜂窝小区在如无线规范定义的传统空中接口上与UE进行通信,并且在现有宽带网络连接(例如,住宅宽带连接)上与蜂窝网络供应商的核心网络连接。这些毫微微基站可在该网络连接上与蜂窝运营商的毫微微蜂窝小区网关(例如,HeNB GW或HNB GW)进行接口连接,该毫微微蜂窝网络集聚了从毫微微基站所提供的大量毫微微蜂窝小区通过标准蜂窝接口回到现有蜂窝经营商的核心网络中的流量。毫微微基站还可与(分离的或者与毫微微蜂窝小区网关集成的)安全网关(SeGW)进行接口连接。SeGW可通过HeNB和HNB使用为通道管理信令的IKEv2建立IPsec通道。这些IPsec通道可用于在HeNB和HNB与服务核心网络之间通过宽带连接递送所有语音、消息收发、以及分组服务。HeNB和HNB可以是其中只有特定的经授权的个体才可连接的封闭用户群(CSG),或者其中公众可利用的开放用户群(OSG)。
附图简述
图1是根据本公开的一些示例的一种用于O/S级WLAN/蜂窝集聚的系统的示图。
图2是根据本公开的一些示例的毫微微基站和移动设备的示意图。
图3是根据本公开的一些示例的一种连接多条集聚链路的示例方法的流程图。
图4A和4B是根据本公开的一些示例的虚拟网络接口的示例方法的流程图。
图5是根据本公开的一些示例的一种机器的示图。
详细描述
以下描述和附图充分地示出特定实施例,以使本领域技术人员能够实践这些实施例。其他实施例可结合结构、逻辑、电气、过程、以及其他变化。一些实施例的多个部分和特征可被包括在其他实施例的多个部分和特征中,或者替换其他实施例的多个部分和特征。在权利要求中阐述的实施例涵盖了那些权利要求的所有可用等同。
为了改进覆盖范围且从运营商的网络卸载流量,除了蜂窝能力以外,毫微微基站可配备有附加的无线联网能力。例如,毫微微基站可具有根据第二(且不同的)无线协议运行的第二无线发射机/接收机。例如,集成802.11接入点(例如,如电气与电子工程师协会所定义的802.11n或802.11ac接入点)。这些附加的无线能力允许对支持两种无线协议的移动设备(例如,UE)的流量进行卸载,以释放蜂窝资源。
许多用户设备(user equipment,UE)装置能够使用主要(例如,蜂窝)无线通信标准和次要(例如,诸如802.11标准之类的WLAN标准)无线通信标准两者进行连接。这些装置可同时连接到两条无线链路,但是它们可能只利用一条无线链路。例如,UE可保持与LTE网络连接,但是所有流量可通过WLAN连接进行路由。例如,这些装置可基于特定因素为连接设定优先级。由此,支持LWAN和4G LTE两者的用户设备(UE)可能为WLAN连接设定优先级,从而如果它进入WLAN接入点的范围,则它可通过WLAN转移所有流量。
在一些示例中公开了用于以有效和无缝的方式同步地利用两条无线链路的方法、系统、以及机器可读介质。在毫微微基站和移动站两者的操作系统级的虚拟网络接口可跨两条无线链路复用和解复用分组,由此增加带宽,同时全然地对应用层隐藏这些多条链路的存在,这允许灵活性并增加可靠性。应用层利用相同的互联网协议地址和相同的网络接口来发送和接收分组,不管最终在哪一条无线链路上发送分组。这使虚拟网络接口的每一组成通信链路的连接状态对应用层是透明的,并且允许将虚拟网络接口添加和移除到无线链路,而不影响分组向应用流动以及从应用流出。只要单条无线链路存在且与虚拟接口相关联,IP地址就可保持有效。
将虚拟网络接口放在O/S级降低了实现的复杂性,因为它允许在对无线电信标准不作显著改变的情况下实现该概念。在一些示例中,不要求标准化变化,在其他示例中,移动设备需要有限的标准变化来确定毫微微基站支持该功能,反之亦然。
虚拟网络接口可复用和解复用应用层与管理无线链路的网络接口之间的流量。复用是将多个数据分组流组合成一个数据分组流的过程。在本公开的上下文中,复用可得到来自多条无线链路(例如,来自WLAN和蜂窝链路)的多个分组流并将其组合成通过虚拟网络接口发送到应用层的一个分组流。解复用是其中来自单个源的单个分组流跨多条网络链路传播的反向过程。在本公开的上下文中,解复用可得到在虚拟接口处接收的多个分组流(在一些示例中,分组来自应用层),并且跨多条链路传播这些分组流。
图1示出根据本公开的一些示例的系统1000的示意图。移动设备1010和1020可具有多个网络接口,以使其能够通过毫微微基站1030-1050(例如,HNB或HeNB)使用不同无线协议建立多条无线链路。示例无线协议包括宽带码分多址(WCDMA)标准(诸如,由第三代合作伙伴计划(3GPP)颁布的通用移动电信标准(UMTS))、正交频分多址(OFDMA)标准(诸如,也由3GPP颁布的长期演进(LTE)标准(包括LTE-升级版)(诸如,LTE释放12)、由电气与电子工程师协会(IEEE)颁布的802.11无线LAN(WLAN)标准(例如,802.11n、802.11ac)(诸如,2009年10月29日公布的802.11n-2009)、也由IEEE颁布的WiMAX 802.16(诸如,802.16-2009))等。
作为一个示例,计算设备1020可在LTE上通过毫微微基站1040建立第一链路,并且在802.11ac上通过毫微微基站1040建立第二同步链路。为了使其完成,设备1010和1020可包含在那些设备上将虚拟网络接口提供给应用的功能,该虚拟网络接口复用和解复用物理无线链路以给予一条物理链路的印象,该物理链路具有包括提供给那些应用的单个互联网协议(IP)地址的每一单独的物理链路的组合带宽。移动设备1010和1020可包括用户设备(UE),这些用户设备包括智能电话、平板计算机、膝上型计算机、台式计算机、或者能够连接到两条无线链路的任何其他计算设备。
毫微微基站1030-1050可复用无线链路,从而在两条链路上将所接收数据提供给蜂窝协议栈中的上层。然后,该信息可在网络1060上隧穿到蜂窝供应商1070的核心网络。蜂窝供应商1070的核心网络可包括一个或多个毫微微蜂窝小区网关1080、毫微微蜂窝小区安全网关1090、以及一个或多个其他处理部件1100(例如,归属位置寄存器、访问位置寄存器、诸如移动管理实体(MME)、归属用户服务器(HSS)、服务网关、分组数据网络网关、策略和收费规则功能服务器之类的来自演进分组核心(EPC)的部件等)。毫微微基站1030-1050还可跨多条无线链路解复用前进到移动设备的下游数据。
现在转向图2,示出了计算设备(例如,UE)2010和毫微微基站(例如,HeNB或HNB)2020的更详细的示意图。应用层2030由向计算设备的用户提供内容和服务的一个或多个应用组成。例如,这些应用可执行超过运行计算设备本身的有用的任务。这些应用可利用操作系统2040所提供的一种或多种服务,包括一个或多个网络接口,诸如虚拟网络接口2050。操作系统2040被设计成操作和控制计算设备2010的硬件。网络接口1和2(2060和2065)与基带2070进行接口连接并且控制基带2070,以建立和维持无线链路2073和2075。基带功能2067和2070执行信号处理,并且实现该设备针对多种网络协议的实时无线电传输操作。基带功能2067和2070可在一个或多个物理基带处理器上实现。基带功能2067和2070可实现多种无线电协议,诸如LTE、UMTS、802.11、WiMax等。基带功能2067和2070所实现的无线电协议可以是相同的或者不同的无线电协议。例如,基带功能2067可实现LTE无线电协议,而基带功能2070可实现电气与电子工程师协会(IEEE)802.11无线电协议。无线电协议可包括物理层、介质接入控制(MAC)层、无线电链路控制(RLC)层、物理数据收敛协议(PDCP)层、无线电资源控制层(RRC)等。
虚拟网络接口2050提供了应用层2030的集成网络接口。即,应用层2030可利用虚拟网络接口2050向毫微微基站2020发送分组且从毫微微基站2020接收分组,并且可能不知道网络接口1和2(2060和2065)。虚拟网络接口2050可确定网络接口1和2(以及由此无线链路2073和2075)的连接状态,确定与毫微微基站2020同步的无线链接的可用性,复用从网络接口1和2接收的分组以递送给应用层中的应用,并且将从应用层中的应用接收的分组解复用到网络接口1和2上。
毫微微基站2020可包含基带功能2130和2140中的类似功能,该功能可提供LTE、UMTS、802.11、WiMax、或者其他无线电传输和接收能力中的一种或多种。例如,毫微微基站2020可利用基带功能2130或2140之一来提供与一个或多个UE的蜂窝无线电通信。另外,基带功能2130或2140之一可根据802.11系列标准提供接入点功能。基带功能2130和2140执行信号处理,并且实现该设备的实时无线电传输操作。基带功能2130和2140可实现多种无线电协议,诸如LTE、UMTS、802.11、WiMax等。基带功能2130和2140可实现无线协议的物理层、介质接入控制(MAC)层、无线电链路控制(RLC)层、物理数据收敛协议(PDCP)层、无线电资源控制层(RRC)等。基带功能2130和2140可实现两种不同的无线电协议。另外基带功能2130和2140可在一个或多个基带处理器上物理地实现。
网络接口1和2(2120和2110)与基带处理器2130进行接口连接并且控制基带处理器2130,以建立和维持无线链路2073和2075。虚拟网络接口2100通过复用从网络接口1和2(2120和2110)接收的分组以及解复用在虚拟网络接口2100处接收的分组为更高层2080提供一个集成网络接口。虚拟网络接口2100将分组提供给更高层2080并且发送来自更高层2080的分组。更高层可包括蜂窝网络栈的其他层。
现在转向图3,示出了根据一些示例的一种提供网络聚集的方法3000。在3010,毫微微基站和计算设备可利用第一无线协议(例如,蜂窝协议)建立第一无线链路。一旦建立第一无线链路,毫微微蜂窝小区和计算设备就可交换消息以确定它们的能力。例如,毫微微蜂窝小区和计算设备可确定它们中的任一个或者彼此都是否支持关于与第一无线协议不同的另一无线协议的另一无线链路。在一些示例中,该确定还可包括对前者是否同步地支持第二链路的确定3020。在一些示例中,第一无线链路的互联网协议地址被重新用于第二无线链路。
为了确定彼此的能力,移动设备和毫微微蜂窝小区可在无线链路中的任一个上交换控制消息。例如,移动设备和毫微微蜂窝小区可在蜂窝链路上诸如通过利用指示移动设备支持多条不同无线链路的集聚的增强型UE能力查询/UE能力信息消息来交换RRC信令消息。毫微微蜂窝小区还可广播对该特征的支持。例如,在LTE中,这可在广播控制信道(BCCH)上的系统信息广播中进行广播。在其他示例中,其他无线协议的其他配置消息也可或者替换地被采用或者延伸到针对该能力信令。例如,802.11n HT能力信息元素(IE)可包括指示移动设备具有集聚多条无线链路的能力的字段或者被修改成包括该字段,并且同样毫微微基站的接入点所发送的信标帧可用于例如在供应商特定信息元素中针对该能力信令。还可修改其他标准中的其他消息。添加该功能可能需要对LTE、UMTS、WiMAX、802.11协议的改变以及随后基带处理器或者控制经典处理器的网络接口的改变。
在其他示例中,一旦建立第一无线链接,UE或者毫微微基站的虚拟接口就可向另一节点(例如,UE或者毫微微基站)发送不是无线协议之一的一部分的预定义消息,例如作为应用层消息(诸如,广播分组)。毫微微蜂窝小区的虚拟接口可被配置成听取这些特殊的预定义消息。如果毫微微蜂窝小区的虚拟接口检测到该消息,则毫微微蜂窝小区的虚拟接口可创建和发送指示集聚特征的可用性以及协商参数的反向消息。这些消息可被毫微微蜂窝小区和移动设备的虚拟接口拦截,并且由此可能无法被传递到协议栈的更高层。如果移动设备(例如,UE)发送消息且毫微微蜂窝小区没有虚拟网络接口,则会忽略该消息,如同任何其他层无法识别。这可允许实现集聚特征,而不需要对所利用的任意一种无线协议进行修改。
在另一些其他示例中,移动设备和毫微微基站能够通过所支持的移动设备和毫微微基站的预确定列表来确定对该能力的支持。例如,没有毫微微基站可具有与其相关联的标识。基站可广播此作为其正常蜂窝广播消息的一部分。移动设备可具有支持该特征的毫微微站标识列表。同样,毫微微基站可具有支持该特征的国际移动用户标识(IMSI)列表。
在又一些其他示例中,从无线标准释放(例如,3GPP标准的释放13)开始,该特征可以是强制性的。在这些示例中,不信令对于信号支持可能是必要的。
最后,该特征可由终端用户配置。例如,终端用户可通过移动设备和毫微微基站上的用户接口明确地开关该特征。
如果毫微微基站或计算设备不支持虚拟网络接口集聚功能,则在操作3030这些设备可维持第一链路,或者选择使第一链路断开且通过第二协议连接第二链路。例如,如果毫微微蜂窝小区和计算设备当前通过LTE连接、但是LWAN连接是可用的(并且集聚支持是不可用的),则两个网络节点可(基于预定优先级、信号强度、流量负载等)决定切换到WLAN连接。
如果支持OS级中的集聚,则在3040这些节点建立第二无线链路并且开始跨两条无线链路复用和解复用分组。注意,在启动第二无线链路期间,不分配新的互联网协议(IP)地址。在LTE的上下文中,当移动设备(例如,用户设备或UE)请求分组数据网络(PDN)连接(典型地,当UE附连到网络时),经营商的核心网络的分组数据网络网关(P-GW)为特定无线电承载者分配IP地址。复用和解复用流量发生在更低层,由此核心网络不知道多条无线链路。核心网络简单地看到每一流量的组合流量,作为已经建立的无线电承载者以及一个或多个IP地址上的上行链路分组。对于从核心网络发送的下行链路流量,下行链路分组由核心网络通过无线电承载者发送到毫微微基站,并且毫微微基站的虚拟网络接口可简单地将分组解复用到多条无线链路上。对于多个IP地址被分组网关(P-GW)分配给UE的情况(例如,当UE具有多个分组数据网络(PND)连接时),虚拟网络接口可将其他无线链路绑定到所分配的IP地址之一。由此,虚拟网络接口针对IP地址之一可以集聚该链路,而针对其他IP地址可以不集聚该链路。可通过各种因素(诸如,带宽、链路质量、链路速度、分配IP地址的承载者的QoS、配置等)确定要绑定哪一个IP地址。
在一些示例中,毫微微基站可支持多个无线接入点。只要维持蜂窝连接,用户设备就可移到第二无线链路的范围中且从第二无线链路的范围内移出,并且维持相同的IP地址。移动设备可在变化的WLAN接入点之间移动,同时维持相同的IP地址。
图4A和4B示出跨无线链路和虚拟接口复用和解复用分组的方法4000和4100。图4A和4B所示的方法可在毫微微基站或移动设备上运行。在操作4010,毫微微基站或移动设备接收来自第一无线链路的分组。在一些示例中,虚拟接口可注册有第一和第二网络接口,从而当分组在第一和第二网络接口的分组缓冲器中可用(分组最初从基带处理器接收)时接收通知。一旦接收到分组是可用的通知,虚拟接口则可从缓冲器读取分组,并且将分组发送到更高层。例如,虚拟接口可将分组放置在虚拟接口的接收分组缓冲器中,并且可通知一个或多个应用存在该应用的分组。然后,该应用可从缓冲器读取分组。在操作4020,虚拟接口可接收来自第二无线链路4020的分组,并且在存在4030,虚拟接口可将分组发送到更高层。例如,虚拟接口可注册从而当分组在第二无线接口的分组缓冲器中可用时接收通知,并且当接收到分组在缓冲器中的通知时,虚拟接口可将分组放置在其接收分组缓冲器中并且可通知一个或多个应用存在该应用的分组。对应用层而言,虚拟网络接口简单地看起来像单一的网络接口,即使它实际上正在接收数据且将数据发送到两个或更多个分离的网络接口。
现在转向图4B,示出了一种解复用虚拟网络接口的方法4100。在操作4110,虚拟接口接收用于传输的分组。在一些示例中,可将分组放置在虚拟接口的发送缓冲器中,并且可将新的分组准备好在缓冲器中传输的通知从应用递送到虚拟接口。在操作4120的虚拟接口确定在第一还是第二无线链路上发送分组。可基于大量因素作出在哪一条链路上发送分组的确定。例如,虚拟网络接口可采用其中分组被定向到交替的网络接口的轮流算法。在一些示例中,虚拟网络接口可加载以使无线链路平衡(例如,将分组分派到在其缓冲器中具有最少量的未发送分组的无线链路)。在又一些其他示例中,虚拟网络接口将更大量的分组分配给具有最低延迟和最高带宽的无线链路、具有最佳质量的无线链路(如所接收信号强度指示符测量的)等。在一些示例中,虚拟网络接口随后可将分组存放在第一或第二网络接口的发送缓冲器中,并且随后可通知特定接口分组可用于传输。
在其他示例中,虚拟网络接口可基于一种或多种算法将输入分组分配给输出无线接口。在其他示例中,虚拟网络接口可将分组分配给与分组所携带的流量的服务质量(QoS)参数最紧密地匹配的无线链路。例如,该应用可与毫微微基站协商服务质量。虚拟网络接口可记录QoS参数,并且可基于那些参数确定哪一个接口与那些QoS参数更好地匹配。该确定可发生一次,或者可周期性地发生(例如,每一分组、预定时间段的每一段等)。例如,可在具有最低延迟的无线链路上路由在作为最小分组、但是对时滞敏感的IP分组上的语音。文件下载应用可对延迟最不敏感,但是可在具有最大带宽的链路上路由。由于所选择的无线链路可快速地改变(例如,一个分组接一个分组),因此该路由可允许与服务质量更加一致。例如,如果延迟在无线链路之一上增加(例如,由于需要多次重新传输的干扰等),该流量类别的分组则可移动到能够更好地保证所商议的服务质量的其他无线链路。
尽管描述了两条无线链路,但是受益于申请人的公开的本领域技术人员应当理解可集聚两条以上的无线链路。
图5示出本文中所讨论的技术(例如,方法)中的任意一种或多种可对其执行的示例机器5000的框图。例如,毫微微基站、移动设备、核心网络部件、或者图1或2所示的任何其他部件可以是机器5000的一个或多个部件或者包括机器5000的一个或多个部件。在替换实施例中,机器5000可作为独立设备操作,或者可连接(例如,网联)到其他机器。在联网的部署中,机器5000可在服务器、客户机的能力内或者在服务器-客户机网联环境两者中操作。在示例中,机器5000可用作点对点(P2P)(或者其他分布式)网络环境中的对等机器。机器5000可以是个人计算机(PC)、平板PC、机顶盒(STB)、个人数字助理(PDA)、移动电话、web应用、网络路由器、交换机或桥接器、或者能够执行指定该机器要采取的行动的指令(顺序的或者以其他方式)的任何机器。此外,尽管只示出了单一的机器,但是术语“机器”还应当被取为包括单独地或者共同地执行一组(或多组)指令以执行本文中所讨论的方法(诸如,云计算、软件即服务(SaaS)、其他计算机集群配置)中的任意一种或者多种的任何机器集合。
如本文中所讨论的示例可包括逻辑或者大量部件、模块或机构,或者可在逻辑或者大量部件、模块或者机构上操作。模块可以是能够执行所指定操作的有形实体(例如,硬件),并且可以特定的方式配置或排列。在示例中,电路可以所指定的方式排列(例如,内部地或者相对于诸如其他电路之类的外部实体)为模块。在示例中,一个或多个计算机系统(例如,独立的客户机或服务器计算机系统)的全部或部分或者一个或多个硬件处理器可由固件或软件(例如,指令、应用部分、或者应用)配置为操作以执行所指定操作的模块。在示例中,软件可驻留在非瞬态机器可读介质上。在示例中,软件在模块的底层硬件执行时使该硬件执行所指定的操作。
因此,术语“模块”被理解为涵盖有形实体,该有形实体是物理地构建、具体地配置(例如,硬连线)、或者临时地(例如,瞬态地)配置(例如,编程)从而以所指定的方式操作或者执行本文中所描述的任何操作的部分或全部的实体。考虑到其中临时配置模块的示例,这些模块中的每一个不需要在任何一个时刻进行例示。例如,在这些模块包括使用软件配置的通用硬件处理器的情况下,通用硬件处理器可在不同的时间被配置为各个不同的模块。软件可相应地配置硬件处理器,例如在一个时间实例构成特定的模块且在不同时间实例构成不同的模块。
机器(例如,计算机系统)5000可包括硬件处理器5002(例如,中央处理单元(CPU)、图形处理单元(GPU)、硬件处理器核心、或者其任何组合)、主存储器5004、以及静态存储器5006,这些部件中的一些或全部经由内链(例如,总线)5008彼此进行通信。机器5000可进一步包括显示单元5010、字母数字输入设备5012(例如,键盘)、以及用户界面(UI)导航设备5014(例如,鼠标)。在示例中,显示单元5010、输入设备5012、以及UI导航设备5014可以是触摸屏显示器。机器5000可附加地包括存储设备(例如,驱动单元)5016、信号生成设备5018(例如,扬声器)、网络接口设备5020、以及一个或多个传感器5021,诸如全球定位系统(GPS)传感器、罗盘、加速计、或者其他传感器。机器5000可包括与一个或多个外围设备(例如,打印机、读卡器等)连通或者控制这些外围设备的输出控制器5028,诸如串行(例如,通用串行总线(USB))、并行、或者有线或无线(例如,红外线(IR)、近场通信(NFC)等)连接。
存储设备5016可包括在其上存储本文中所描述的技术或功能中的任意一种或多种体现或利用的一组或者多组数据结构或指令5024(例如,软件)的机器可读介质5022。指令5024还可在机器5000执行期间完全地或至少部分地驻留在主存储器5004内、驻留在静态存储器5006内、或者驻留在硬件处理器5002内。在示例中,硬件处理器5002、主存储器5004、静态存储器5006、或者存储设备5016中的一个或任一组合可构成机器可读介质。
尽管机器可读介质5022被示为单一的介质,但是术语“机器可读介质”可包括被配置成存储一个或多个指令5024的单一介质或多个介质(例如,集中式或分布式数据库、和/或相关联的高速缓存或服务器)。
术语“机器可读介质”可包括能够存储、编码或携带由机器5000执行的指令且使机器5000执行本公开的技术中的任意一种或多种、或者能够存储、编码或携带这些指令使用的或者与这些指令相关联的数据结构的任何介质。非限制性机器可读介质可包括固态存储器以及光学和磁性介质。在示例中,大规模机器可读介质包括具有多个粒子的机器可读介质,这些粒子具有静止质量。大规模机器可读介质的特定示例可包括:非易失性存储器,诸如半导体存储器设备(例如,电可编程只读存储器(EEPROM)、电可擦除可编程只读存储器(EEPROM))、以及闪存存储器设备;磁盘,诸如内部硬盘和可移除盘;磁光盘;随机存取存储器(RAM);以及CD-ROM和DVD-ROM盘。
可进一步在通信网络5026上使用传输介质经由一个或多个网络接口设备5020利用大量传送协议(例如,帧中继、互联网协议(IP)、传输控制协议(TCP)、用户数据报协议(UDP)、超文本传送协议(HTTP)等)中的任一个传输或接收指令5024。示例通信网络可包括局域网(LAN)、广域网(WAN)、分组数据网络(例如,互联网)、移动电话网络(例如,蜂窝网络)、普通老式电话(POTS)网络、以及无线数据网络(例如,称为的电气与电子工程师协会(IEEE)802.11系列标准、称为的IEEE 802.16系列标准、IEEE 802.15.4系列标准、点对点(P2P)网络等)。在示例中,网络接口设备5020可包括连接到通信网络5026的一个或多个物理插口(jack)(例如,以太网、共轴、或电话插口)或者一个或多个天线。在示例中,网络接口设备5020可包括使用单输入多输出(SIMO)、多输入多输出(MIMO)、或者多输入单输出(MISO)技术中的至少一种进行无线通信的多个天线。术语“传输介质”应当被取为包括能够存储、编码或携带由机器5000执行的指令且包括数字或模拟通信信号的任何无形介质、或者便于这种软件通信的其他无形介质。
其他注释和示例
在一些示例中,用户设备(UE)可为接口层集聚做安排。在这些实施例中,UE可包括蜂窝网络物理接口、无线局域网(WLAN)物理接口、以及提供以在UE的应用层与蜂窝和WLAN物理接口两者之间进行接口连接的虚拟网络接口。虚拟网络接口可被排列成分配了单一的IP地址,从而使用蜂窝网络物理接口和LAN物理接口两者与毫微微基站进行通信。毫微微基站可包括与WLAN接入点(AP)集成的Home增强型Node B(HeNB)。
在这些实施例中,在应用层上操作的应用可利用单一的IP地址,从而利用蜂窝网络和WLAN通信中的任一个或两者直接与虚拟网络接口进行通信。在这些实施例中,对应用层而言,只有虚拟网络接口是可见的。此外,只有虚拟网络接口被排列成分配了IP地址,因为物理物理接口(例如,蜂窝网络物理接口和WLAN物理接口)不需要分配IP地址。因此,对应用层而言,添加或移除WLAN物理接口的过程将是透明的。
在这些实施例中,接口级集聚可包括在不同物理网络(例如,蜂窝网络和WLAN)的OS网络接口层执行的链路层集聚。这与在MAC层执行低级集聚(即,MAC层集聚)的一些传统技术不同。在这些实施例中的一些实施例中,链路层集聚可包括WLAN/3GPP-LTE链路层集聚功能。在一些实施例中,HeNB可以是与WLAN AP集成的毫微微H(e)NB或LTE毫微微蜂窝小区,其可被称为集成HeNB/AP。
在一些实施例中,虚拟网络接口、蜂窝网络物理接口、以及WLAN物理接口是操作系统(OS)网络接口层的一部分。OS网络接口层可被排列成执行蜂窝网络物理接口和WLAN物理接口的链路层集聚。在这些实施例中的一些实施例中,单一的IP地址可用于并行组合的多个网络连接,以增加单一连接可承受的吞吐量并且在链路之一发生故障的情况下提供冗余。
在这些实施例中的一些实施例中,WLAN物理接口被排列成根据WLAN通信技术与集成eNB/AP的WLAN接口进行通信。蜂窝网络物理接口被排列成根据蜂窝通信技术与集成eNB/AP的集成蜂窝网络物理接口进行通信。在这些实施例中的一些实施例中,UE的RF和基带电路可由用于WLAN通信的WLAN物理接口或者由用于蜂窝网络通信的蜂窝网络物理接口适当地配置。在这些实施例中的一些实施例中,UE的RF和基带电路可由用于WLAN通信的WLAN物理接口并且由用于蜂窝网络通信的蜂窝网络物理接口适当地配置。在一些实施例中,RF和基带电路可具有用于WLAN通信和用于蜂窝网络通信的分离部分,但是这不是要求。
在一些LTE实施例中,蜂窝网络物理接口可被排列成根据蜂窝通信技术(例如,OFDMA技术)与集成eNB/AP的蜂窝网络物理接口进行通信。在一些其他UMTS实施例中,毫微微基站可以是集成UMTS nodeB/AP,并且蜂窝网络物理接口可被排列成根据另一UMTS蜂窝通信技术(例如,CDMA技术)与蜂窝网络物理接口进行通信。
在一些实施例中,虚拟网络接口可以软件实现并且不连接到物理介质,而物理网络接口(即,蜂窝网络物理接口和WLAN物理接口)被排列成连接到物理介质(即,蜂窝或WLAN信道)。
在一些实施例中,虚拟网络接口最初可使用蜂窝网络物理接口分配用于蜂窝网络通信的单一IP地址。当WLAN接入变得可用时,可将WLAN物理接口添加到虚拟网络接口以允许虚拟网络接口通过WLAN物理接口路由流量。
在这些实施例中,当WLAN物理接口可被添加到虚拟网络接口时,WLAN物理接口变成连接到虚拟网络接口。在一些实施例中,UE和毫微微基站可协商什么时候将添加WLAN物理接口且准备好使用该WLAN物理接口。在一些实施例中,在激活延时之后将WLAN物理接口添加到虚拟网络接口。
在一些实施例中,蜂窝网络物理接口被排列成使用无线蜂窝通信技术与毫微微基站的蜂窝网络物理接口进行通信,而WLAN物理接口可被排列成使用WLAN通信技术与毫微微基站的WLAN物理接口进行通信。无线蜂窝通信技术可使用蜂窝无线介质,而WLAN通信技术可使用WLAN介质。
在一些实施例中,无线蜂窝通信技术包括在分频双工(FDD)或分时双工(TDD)模式下使用正交频分多址(OFDMA),而WLAN通信技术包括根据介质接入控制技术使用基本服务集(BSS)或扩展服务集(ESS)的IEEE 802.11通信技术,该介质接入控制技术包括带冲突避免的载波侦听多址(CSMA/CA)或者增强型分布式信道接入(ECDA)。在一些实施例中,可根据3GPP LTE UMTS标准使用OFDMA。在其他实施例中,无线蜂窝通信技术可根据另一UMTS标准(诸如,3G蜂窝标准),并且可使用码分多址(CDMA)。
在一些实施例中,UE可包括在OS网络接口层上运行以执行分组重排序等的驱动器。因此,由于驱动器在OS上运行且执行分组重排序,因此(WLAN和蜂窝网络物理接口的)的WLAN和蜂窝协议栈都不受虚拟网络接口的单一IP地址操作影响。在一些实施例中,具有单一流量流动的分组可在WLAN和蜂窝接口两者上并发地通信。
在一些实施例中,UE可被排列成使用无线电资源控制(RRC)消息收发通知毫微微基站UE支持WLAN/3GPP-LTE链路层集聚功能。RRC消息收发可包括UE能力查询RRC消息和UE能力信息消息。UE可被排列成使用指示UE支持WLAN/3GPP-LTE链路层集聚的UE能力信息消息对来自毫微微基站的UE能力查询RRC消息做出响应。
在一些实施例中,UE能力查询RRC消息和UE能力信息消息中的至少一个可包括集聚能力,该集聚能力包括用于WLAN网络激活的的激活延时。在这些实施例中,UE和毫微微基站可被排列成使用包括集聚能力的增强版UE能力查询/UE能力信息消息交换,该集聚能力包括用于WLAN网络激活的激活延时。在一些实施例中,还可执行动态能力协商。
在一些实施例中,UE和毫微微基站可被排列成执行无线电资源控制(RRC)信令以发现彼此的接口级集聚能力,该接口级集聚能力包括用于WLAN网络激活的激活延时。
在一些实施例中,对接口级集聚的支持可在UE和毫微微基站中预先供给,但是这不是要求。当进行供给接口级集聚时,不需要执行发现接口级集聚能力的RRC信令。
在这些实施例中的预先实施例中,UE和毫微微基站可执行能力交换协商以确定彼此的能力。在一些其他实施例中(例如,当预先供给接口级集聚时),UE和毫微微基站可假设彼此支持链路层集聚/接口级集聚,并且协商不是必要的。
在一些实施例中,UE和毫微微基站可被配置成最初使用其蜂窝网络物理接口通信并且随后在WLAN网络认证之后使用两个接口通信。在这些实施例中的一些实施例中,可将通信完全地或部分地从蜂窝网络卸载到WLAN(即,WLAN卸载)。
在一些实施例中,可执行其中蜂窝网络物理接口和WLAN物理接口组合成“绑定的”物理接口(即,通过虚拟网络接口)的Linux绑定。
在一些实施例中,UE可包括可由用于WLAN通信的WLAN物理接口配置并且可由用于蜂窝网络通信的蜂窝网络物理接口配置的RF和基带电路。在一些实施例中,RF和基带电路可被配置成用于同步WLAN和蜂窝网络通信。
编号的示例实施例
示例1包括一种主题(诸如,方法、用于执行动作的手段、包括在机器执行时使该机器执行操作的指令的机器可读介质、或者被配置成执行的装置),该主题包括:在用户设备(UE)通过毫微微基站使用第一无线通信协议建立第一无线数据链路;利用第二无线通信协议确定毫微微基站支持同步数据链路;响应于确定毫微微基站支持同步数据链路:在UE,在维持第一无线数据链路的同时,通过毫微微基站利用第二无线通信协议建立第二无线数据连接;跨第一和第二数据连接解复用在虚拟网络接口处接收的多个出网分组;以及跨虚拟网络接口复用在第一和第二数据连接两者上接收的多个入网分组。
在示例2中,示例1的主题可任选地包括:其中第一无线通信标准是长期演进(LTE)无线通信标准和通用移动电信标准(UMTS)之一。
在示例3中,示例1-2中的任意一个或多个的主题可任选地包括:其中第二无线通信标准是IEEE 802.11无线通信标准。
在示例4中,示例1-3中的任意一个或多个的主题可任选地包括:其中确定毫微微基站支持同步数据连接包括根据无线电资源控制消息交换确定毫微微基站支持同步数据连接。
在示例5中,示例104中的任意一个或多个的主题可任选地包括:通知毫微微基站在无线电资源控制消息交换期间在UE支持同步数据连接。
在示例6中,示例1-5中的任意一个或多个的主题可任选地包括:其中毫微微基站是Home eNodeB(HeNB)。
在示例7中,示例1-6中的任意一个或多个的主题可任选地包括:其中毫微微基站是Home Node B(HNB)。
在示例8中,示例1-7中的任意一个或多个的主题可任选地包括:其中解复用包括基于对第一无线数据连接还是第二无线数据连接更有可能满足对每一分组的所确定QoS要求的确定,确定是否在第一无线数据链路还是第二无线数据链路上传输每一分组。
示例9包括示例1-8中的任意一个或多个的主题或者可任选地与该主题组合,以包括诸如用户设备(UE)之类的主题(诸如,设备、装置、或者机器),该UE包括:第一网络接口,该第一网络接口被配置成:通过毫微微基站使用第一无线通信协议建立第一无线数据链路;利用第二无线通信协议确定毫微微基站支持同步数据链路;第二网络接口,该第二网络接口被配置成:响应于确定毫微微基站支持同步数据链路,通过毫微微基站利用第二无线通信协议建立第二无线数据连接;以及虚拟网络接口,该虚拟网络接口驻留在UE的操作系统中并且被配置成使第一和第二数据链路对应用层而言是显现为一个组合数据链路。
在示例10中,示例1-9中的任意一个或多个的主题可任选地包括:其中第一无线通信标准是长期演进(LTE)无线通信标准和通用移动电信标准(UMTS)之一。
在示例11中,示例1-10中的任意一个或多个的主题可任选地包括触摸屏输入设备。
在示例12中,示例1-11中的任意一个或多个的主题可任选地包括:其中通过至少被配置成根据无线电资源控制消息交换确定毫微微基站支持同步数据连接,第一网络接口被配置成确定毫微微基站支持同步数据连接。
在示例13中,示例1-12中的任意一个或多个的主题可任选地包括:其中通过至少被配置成确定毫微微基站在预定毫微微基站的列表中,第一网络接口被配置成确定毫微微基站支持同步数据连接。
在示例14中,示例1-13中的任意一个或多个的主题可任选地包括:其中通过至少被配置成解复用在所述虚拟网络接口处接收的来自应用的多个分组、基于轮流调度确定在第一无线数据链路还是第二无线数据链路上传输多个分组中的每一个、以及在所确定无线链路上传输每一分组,虚拟网络接口被配置成使第一和第二数据链路对应用层而言是显现为一个组合数据链路。
示例15包括示例1-14中的任意一个或多个的主题或者可任选地与该主题组合,以包括诸如Home eNodeB(HeNB)之类的主题(诸如,设备、装置、或者机器),该HeNB包括:第一网络接口,该第一网络接口被配置成:通过用户设备(UE)使用第一无线通信协议建立第一无线数据链路;利用第二无线通信协议确定UE支持同步数据链路;第二网络接口,该第二网络接口被配置成:响应于确定UE支持同步数据链路,通过UE利用第二无线通信协议建立第二无线数据连接;以及虚拟网络接口,该虚拟网络接口被配置成:跨第一和第二数据连接解复用在虚拟网络接口处接收的多个出网分组;以及跨虚拟网络接口复用在第一和第二数据连接两者上接收的多个入网分组。
在示例16中,示例1-15中的任意一个或多个的主题可任选地包括:其中第一无线通信标准是长期演进(LTE)无线通信标准和通用移动电信标准(UMTS)之一。
在示例17中,示例1-16中的任意一个或多个的主题可任选地包括:其中第二无线通信标准是IEEE 802.11无线通信标准。
在示例18中,示例1-17中的任意一个或多个的主题可任选地包括:其中通过至少被配置成根据无线电资源控制消息交换确定UE支持同步数据连接,第一网络接口被配置成确定UE支持同步数据连接。
在示例19中,示例1-18中的任意一个或多个的主题可任选地包括:其中通过至少被配置成解复用在虚拟网络接口处接收的来自应用的多个分组、基于轮流调度确定在第一无线数据链路还是第二无线数据链路上传输多个分组中的每一个、以及在所确定无线链路上传输每一分组,虚拟网络接口被配置成使第一和第二数据链路对核心网络而言是显现为一个组合数据链路。
示例20包括示例1-19中的任意一个或多个的主题或者可任选地与该主题组合,以包括一种主题(诸如,方法、用于执行动作的手段、包括在机器执行时使该机器执行动作的指令的机器可读介质、或者被配置成执行的装置),该主题包括:通过用户设备(UE)使用第一无线通信协议建立第一无线数据链路;利用第二无线通信协议确定UE支持同步数据链路;响应于确定UE支持同步数据链路,通过UE利用第二无线通信协议建立第二无线数据连接;跨第一和第二数据连接解复用在虚拟网络接口处接收的多个出网分组;以及跨虚拟网络接口复用在第一和第二数据连接两者上接收的多个入网分组。
在示例21中,示例1-20中的任意一个或多个的主题可任选地包括:其中第一无线通信标准是长期演进(LTE)无线通信标准和通用移动电信标准(UMTS)之一。
在示例22中,示例1-21中的任意一个或多个的主题可任选地包括:其中第二无线通信标准是802.11无线通信标准。
在示例23中,示例1-22中的任意一个或多个的主题可任选地包括:其中通过至少被配置成根据无线电资源控制消息交换确定UE支持同步数据连接,第一网络接口被配置成确定UE支持同步数据连接。
在示例24中,示例1-23中的任意一个或多个的主题可任选地包括:其中通过至少被配置成解复用在虚拟网络接口处接收的来自应用的多个分组、基于轮流调度确定在第一无线数据链路还是第二无线数据链路上传输多个分组中的每一个、以及在所确定无线链路上传输每一分组,虚拟网络接口被配置成使第一和第二数据链路对核心网络而言是显现为一个组合数据链路。
一种用户设备,包括:接收机,该接收机被排列成在增强型物理下行链路控制信道(ePDCCH)上接收最低控制信道元素索引(nCCE)和最低增强型控制信道元素索引(neCCE)之一、用户设备特定起始偏移量以及至少一个附加偏移量相关的参数;处理器,该处理器被排列成基于最低控制信道元素索引(nCCE)和最低增强型控制信道元素索引(neCCE)之一、所述用户设备特定起始偏移量以及选自至少一个附加偏移量相关的参数中的至少一个来确定用于混合自动重复请求确认(HARQ-ACK)传输的物理上行链路控制信道(PUCCH)的上行链路资源的配置;以及发射机,该发射机被排列成使用所配置的上行链路资源在PUCCH上发射信号。
Claims (20)
1.一种存储指令的非瞬态机器可读介质,所述指令在机器执行时使所述机器执行操作,所述操作包括:
在用户设备(UE)通过毫微微基站使用第一无线通信协议建立第一无线数据链路;
利用第二无线通信协议确定所述毫微微基站支持同步数据链路;
响应于确定所述毫微微基站支持同步数据链路:
在所述UE,在维持所述第一无线数据链路的同时,通过所述毫微微基站利用所述第二无线通信协议建立第二无线数据连接;
跨所述第一和第二数据连接两者解复用在虚拟网络接口处接收的多个出网分组;以及
跨所述虚拟网络接口复用在所述第一和第二数据连接两者上接收的多个入网分组。
2.根据权利要求1所述的机器可读介质,其特征在于,所述第一无线通信标准是长期演进(LTE)无线通信标准和通用移动电信标准(UMTS)之一。
3.根据权利要求2所述的机器可读介质,其特征在于,所述第二无线通信标准是IEEE 802.11无线通信标准。
4.根据权利要求1所述的机器可读介质,其特征在于,用于确定所述毫微微基站支持同步数据连接的所述指令包括在所述机器执行时使所述机器执行操作的指令,所述操作包括:根据无线电资源控制消息交换确定所述毫微微基站支持所述同步数据连接。
5.根据权利要求4所述的机器可读介质,其特征在于,所述指令包括在所述机器执行时使所述机器执行所述操作的指令,所述操作包括:通知所述毫微微基站在所述无线电资源控制消息交换期间在所述UE支持同步数据连接。
6.根据权利要求1所述的机器可读介质,其特征在于,所述毫微微基站是家庭演进节点B(HeNB)。
7.根据权利要求1所述的机器可读介质,其特征在于,所述毫微微基站是家庭节点B(HNB)。
8.根据权利要求1所述的机器可读介质,其特征在于,用于解复用的所述指令包括在所述机器执行时使所述机器执行所述操作的指令,所述操作包括:
基于对所述第一无线数据连接还是所述第二无线数据连接更有可能满足对每一分组的所确定服务质量(QoS)要求的确定,确定在所述第一无线数据链路还是所述第二无线数据链路上传输每一分组。
9.一种用户设备(UE),包括:
第一网络接口,所述第一网络接口被配置成:
通过毫微微基站使用第一无线通信协议建立第一无线数据链路;
利用第二无线通信协议确定所述毫微微基站支持同步数据链路;
第二网络接口,所述第二网络接口被配置成:
响应于确定所述毫微微基站支持同步数据链路,通过所述毫微微基站利用所述第二无线通信协议建立第二无线数据连接;以及
虚拟网络接口,所述虚拟网络接口驻留在所述UE的操作系统中并且被配置成使所述第一和第二数据链路对应用层而言是显现为一个组合数据链路。
10.根据权利要求9所述的UE,其特征在于,所述第一无线通信标准是长期演进(LTE)无线通信标准和通用移动电信标准(UMTS)之一。
11.根据权利要求9所述的UE,包括触摸屏输入设备。
12.根据权利要求9所述的UE,其特征在于,通过至少被配置成根据无线电资源控制消息交换确定所述毫微微基站支持同步数据连接,所述第一网络接口被配置成确定所述毫微微基站支持所述同步数据连接。
13.根据权利要求9所述的UE,其特征在于,通过至少被配置成确定所述毫微微基站在预定毫微微基站的列表中,所述第一网络接口被配置成确定所述毫微微基站支持所述同步数据连接。
14.根据权利要求9所述的UE,其特征在于,通过至少被配置成解复用在所述虚拟网络接口处接收来自所述应用的多个分组、基于轮流调度确定在所述第一无线数据链路还是所述第二无线数据链路上传输所述多个分组中的每一个、以及在所确定无线链路上传输每一分组,所述虚拟网络接口被配置成使所述第一和第二数据链路对应用层而言是显现为一个组合数据链路。
15.一种家庭演进节点B(HeNB),包括:
第一网络接口,所述第一网络接口被配置成:
通过用户设备(UE)使用第一无线通信协议建立第一无线数据链路;
利用第二无线通信协议确定所述UE支持同步数据链路;
第二网络接口,所述第二网络接口被配置成:
响应于确定所述UE支持同步数据链路,通过所述UE利用所述第二无线通信协议建立第二无线数据连接;以及
虚拟网络接口,所述虚拟网络接口被配置成:
跨所述第一和第二数据链路两者解复用在虚拟网络接口处接收的多个出网分组;以及
跨所述虚拟网络接口复用在所述第一和第二数据连接两者上接收的多个入网分组。
16.根据权利要求15所述的HeNB,其特征在于,所述第一无线通信标准是长期演进(LTE)无线通信标准和通用移动电信标准(UMTS)之一。
17.根据权利要求16所述的HeNB,其特征在于,所述第二无线通信标准是IEEE 802.11无线通信标准。
18.根据权利要求15所述的HeNB,其特征在于,通过至少被配置成根据无线电资源控制消息交换确定所述UE支持同步数据连接,所述第一网络接口被配置成确定所述UE支持所述同步数据连接。
19.根据权利要求15所述的HeNB,其特征在于,所述虚拟网络接口被配置成:通过至少被配置成解复用在所述虚拟网络接口处接收的来自所述应用的多个分组、基于轮流调度确定在所述第一无线数据链路或是所述第二无线数据链路上传输所述多个分组中的每一个、以及在所确定无线链路上传输每一分组,使所述第一和第二数据链路对核心网络而言是显现为一个组合数据链路。
20.一种用户设备,包括:
接收机,所述接收机被安排为在增强型物理下行链路控制信道(ePDCCH)上接收最低控制信道元素索引(nCCE)和最低增强型控制信道元素索引(neCCE)之一、用户设备特定起始偏移量()、以及至少一个附加偏移量相关的参数;
处理器,所述处理器被安排为基于所述最低控制信道元素索引(nCCE)和所述最低增强型控制信道元素索引(neCCE)之一、所述用户设备特定起始偏移量()、以及选自所述至少一个附加偏移量相关的参数中的至少一个,确定用于混合自动重复请求确认(HARQ-ACK)传输的物理上行链路控制信道(PUCCH)的上行链路资源的配置;以及
发射机,所述发射机被安排为使用所配置的上行链路资源在所述PUCCH上发射信号。
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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 |
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 |
CN201810043888.5A Active CN108112064B (zh) | 2012-09-28 | 2013-09-27 | 优选功耗配置的传送 |
CN201380045563.6A Active CN104737485B (zh) | 2012-09-28 | 2013-09-27 | 利用增强型物理下行链路控制信道的动态混合自动重传请求-确收(harq-ack)传输 |
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US10264482B2 (en) | 2012-09-28 | 2019-04-16 | Intel Corporation | Enhanced node B configured for user plane EPS optimization |
US10631190B2 (en) | 2012-09-28 | 2020-04-21 | Apple Inc. | Discontinuous reception (DRX) enhancements in LTE systems |
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