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    • 45. 发明申请
    • METHOD FOR HANDLING FAILURE OF A MME IN A LTE/EPC NETWORK
    • 在LTE / EPC网络中处理MME故障的方法
    • US20130083650A1
    • 2013-04-04
    • US13697577
    • 2011-05-10
    • Tarik TalebGottfried PunzStefan Schmid
    • Tarik TalebGottfried PunzStefan Schmid
    • H04W8/30
    • H04W8/30H04W24/04H04W68/00
    • Method for handling failure of a MME (Mobility Management Entity) in a Long Term Evolution/Evolved Packet Core network or an Evolved Packet System, wherein multiple UEs (User Equipment) are attached to a first MME, which stores first context information representing the UEs attached to the first MME, the UEs are connected to one of multiple eNBs (evolved NodeB), the eNB may communicate with the first MME and with at least one neighboring MME, and the UEs may communicate with the first MME and with the at least one neighboring MME via the eNB, includes: detecting failure of the first MME, gathering information related to UEs attached to the first MME, restoring parts of the first context information at one or several of the neighboring MME using the gathered information, and re-establishing network internal logical connections with the one or several of the neighboring MME using the restored first context information.
    • 用于处理长期演进/演进分组核心网络或演进分组系统中的MME(移动性管理实体)的故障的方法,其中多个UE(用户设备)被附加到第一MME,所述第一MME存储表示UE的第一上下文信息 UE连接到第一MME,UE连接到多个eNB(演进节点B)之一,eNB可以与第一MME和至少一个相邻MME通信,并且UE可以与第一MME进行通信,并且至少与 经由eNB的一个相邻MME包括:检测第一MME的故障,收集与附接到第一MME的UE相关的信息,使用所收集的信息恢复一个或多个相邻MME处的第一上下文信息的部分, 使用恢复的第一上下文信息与相邻MME中的一个或多个建立网络内部逻辑连接。
    • 47. 发明申请
    • METHOD FOR ROUTING TRAFFIC WITHIN A NETWORK AND A NETWORK
    • 用于在网络和网络中路由交通的方法
    • US20120314688A1
    • 2012-12-13
    • US13577002
    • 2011-02-07
    • Tarik TalebStefan Schmid
    • Tarik TalebStefan Schmid
    • H04W36/22
    • H04W36/08H04W8/082H04W36/0033H04W36/22
    • A method for routing traffic within a network for allowing an efficient offloading of LIPA/SIPTO traffic from the core network even upon handoff of a UE to a new cell, wherein the network includes a core network and a LIPA/SIPTO (Local IP Access/Selected IP Traffic Offload) enabled network, wherein traffic between a UE (User Equipment) and the LIPA/SIPTO enabled network—a so called LIPA/SIPTO traffic—is broken out at a local breakout point and wherein a mobility support for ongoing broken out LIPA/SIPTO traffic will be provided by an MMF (Mobility Management Function) for realizing a continuation of the LIPA/SIPTO traffic upon a handoff of the UE from one cell to another cell. The continuation of the LIPA/SIPTO traffic will be performed by a forwarding mechanism providing direct LIPA/SIPTO traffic between local breakout points of different cells. A network for carrying out the method is also described.
    • 一种用于在网络内路由业务的方法,用于允许即使在UE切换到新小区时也能够从核心网络有效地卸载LIPA / SIPTO业务,其中该网络包括核心网络和LIPA / SIPTO(本地IP接入/ 所选的IP流量卸载)启用的网络,其中UE(用户设备)和启用LIPA / SIPTO的网络(所谓的LIPA / SIPTO业务)之间的业务在本地突围点被分解,并且其中针对正在进行的分组的移动性支持 LIPA / SIPTO流量将由MMF(移动管理功能)提供,用于在UE从一个小区切换到另一小区时实现LIPA / SIPTO业务的继续。 LIPA / SIPTO流量的延续将由在不同小区的本地突围点之间提供直接LIPA / SIPTO流量的转发机制来执行。 还描述了用于执行该方法的网络。
    • 50. 发明申请
    • METHOD FOR SUPPORTING QUALITY OF SERVICE MECHANISMS DURING A HANDOVER PROCESS OR IN PREPARATION OF A HANDOVER PROCESS
    • 在切换过程中支持服务质量的方法或在切换过程中的方法
    • US20110237256A1
    • 2011-09-29
    • US13061534
    • 2009-09-01
    • Frank ZdarskyPatrick StuparStefan Schmid
    • Frank ZdarskyPatrick StuparStefan Schmid
    • H04W36/08
    • H04W36/0033H04W28/26H04W36/0044H04W36/08H04W36/18H04W36/22H04W36/26H04W36/38H04W88/182
    • A method for supporting quality of service (QoS) mechanisms during a handover process or in preparation of a handover process, wherein a user equipment (UE) attaches to an access network (AN) via points of attachment (PoA), wherein the handover process supports changing connection of the UE from one of the points of attachment—current PoA—to another one of the points of attachment—target PoA—while maintaining all ongoing connections of the UE, wherein signalling messages are exchanged between the current PoA and a second PoA during or in preparation of the handover process, the second PoA including the target PoA or a candidate for the target PoA, and wherein the AN supports inner QoS mechanisms on a communication path within the AN, the communication path being used for communication between one of the PoA and a core network (CN) or between one of the PoA and a network entity within the AN, is characterized in that a triggering message is sent to the second PoA by the current PoA, the triggering message being received by an UE proxy located on the second PoA, wherein the UE proxy, in reaction to the triggering message, controls the inner QoS mechanisms to ensure QoS on the communication path.
    • 一种用于在切换过程或准备切换过程期间支持服务质量(QoS)机制的方法,其中用户设备(UE)经由附接点(PoA)附接到接入网络(AN),其中所述切换过程 支持将UE的连接当前PoA中的一个连接改变为附加目标PoA中的另一个点,同时保持UE的所有正在进行的连接,其中信令消息在当前PoA和第二个 PoA在切换过程中或在准备切换过程中,第二PoA包括目标PoA或目标PoA的候选,并且其中AN支持在AN内的通信路径上的内部QoS机制,所述通信路径用于一个 的PoA和核心网络(CN)之间,或者在AN内的一个PoA和网络实体之间,其特征在于,通过当前的消息将触发消息发送到第二PoA PoA,触发消息由位于第二PoA上的UE代理接收,其中响应于触发消息的UE代理控制内部QoS机制以确保通信路径上的QoS。