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    • 2. 发明授权
    • Transfer of connections triggered by a MME in case of failure of a serving gateway
    • 在服务网关发生故障的情况下,由MME触发的连接的传输
    • US08797846B2
    • 2014-08-05
    • US12999898
    • 2008-06-19
    • Lasse OlssonLars Gunnar Folke Ahlström
    • Lasse OlssonLars Gunnar Folke Ahlström
    • H04L12/26
    • H04W24/04H04W36/0011H04W36/0033H04W76/20H04W88/14H04W88/16
    • A serving gateway support node for a radio telecommunications network, in which the serving gateway support node is arranged to control at least one serving gateway to connect user equipment to a packet-based network via a home gateway and is also arranged to cause each serving gateway to hand over the connections between the user equipment and the packet-based network to other serving gateways while maintaining the user equipment's connection to the packet-based network as the user equipment roam throughout the radio telecommunications network, in which the serving gateway support node is arranged to detect a loss of connectivity The serving gateway support node is arranged to re-establish the connection from the user equipment to the packet-based data network via a serving gateway and a home gateway without interrupting the connection of the user equipment to the packet-based network.
    • 一种用于无线电电信网络的服务网关支持节点,其中服务网关支持节点被布置成控制至少一个服务网关经由家庭网关将用户设备连接到基于分组的网络,并且还被布置成使每个服务网关 将用户设备和基于分组的网络之间的连接切换到其他服务网关,同时当用户设备在整个无线电电信网络漫游时维持用户设备到基于分组的网络的连接,其中服务网关支持节点是 安排检测连通性的损失。 服务网关支持节点被布置成经由服务网关和家庭网关重新建立从用户设备到基于分组的数据网络的连接,而不中断用户设备到基于分组的网络的连接。
    • 3. 发明申请
    • MOBILE GATEWAYS IN POOL FOR SESSION RESILIENCE
    • 移动游戏池在会议活动中
    • US20120134259A1
    • 2012-05-31
    • US12957310
    • 2010-11-30
    • STAFFAN BONNIERHANS-ÅKE LUNDLARS GUNNAR FOLKE AHLSTRÖM
    • STAFFAN BONNIERHANS-ÅKE LUNDLARS GUNNAR FOLKE AHLSTRÖM
    • H04W40/24
    • H04L41/0668H04L67/1034H04L67/1095H04L69/40H04W40/24
    • Embodiments of the invention include a method for providing UE session resilience performed in a first PDN-GW that is coupled to a second PDN-GW, which are both in a PDN-GW pool. The method provides UE session resilience by allowing the first PDN-GW to provide connectivity for UE sessions previously serviced by the second PDN-GW after the second PDN-GW becomes non-operational. The first PDN-GW recognizes that the second PDN-GW failed and then activates a plurality of standby UE sessions. Each standby UE session is a backup UE session corresponding to a previously active UE session serviced on the second PDN-GW. Each standby UE session is associated with a UE device and a network resource identifier of an APN slice. The first PDN-GW transmits a message to a SGW that is servicing the UE sessions that indicates that the SGW should direct traffic previously bound for the second PDN-GW to the first PDN-GW.
    • 本发明的实施例包括一种用于在耦合到第二PDN-GW的第一PDN-GW中执行的UE会话弹性的方法,该第二PDN-GW都处于PDN-GW池中。 该方法通过允许第一PDN-GW在第二PDN-GW变为不可操作之后为先前由第二PDN-GW服务的UE会话提供连接性来提供UE会话弹性。 第一PDN-GW识别出第二PDN-GW失败,然后激活多个备用UE会话。 每个备用UE会话是对应于在第二PDN-GW上服务的先前活动的UE会话的备用UE会话。 每个备用UE会话与UE设备和APN切片的网络资源标识符相关联。 第一PDN-GW向服务于UE会话的SGW发送消息,指示SGW应该将先前绑定到第二PDN-GW的流量指向第一PDN-GW。
    • 4. 发明申请
    • TRANSFER OF CONNECTIONS TRIGGERED BY A MME IN CASE OF FAILURE OF A SERVING GATEWAY
    • 由于MME在服务网关故障的情况下转接连接
    • US20110141884A1
    • 2011-06-16
    • US12999898
    • 2008-06-19
    • Lasse OlssonLars Gunnar Folke Ahlström
    • Lasse OlssonLars Gunnar Folke Ahlström
    • G06F11/07
    • H04W24/04H04W36/0011H04W36/0033H04W76/20H04W88/14H04W88/16
    • A serving gateway support node (9) for a radio telecommunications network (1), in which the serving gateway support node (9) is arranged to control at least one serving gateway (7) in the radio telecommunications network (1) to connect user equipment (2) to a packet-based network (4) via a home gateway (8) and is also arranged to cause each serving gateway (7) to hand over the connections between the user equipment (2) and the packet-based network (4) to other serving gateways (7) in the radio telecommunications network (1) whilst maintaining the user equipment's (2) connection to the packet-based network (4) as the user equipment (2) roam throughout the radio telecommunications network (1), in which the serving gateway support node (9) is arranged to detect a loss of connectivity between the user equipment (2) and the home gateway (8) or between the serving gateway support node (9) and a serving gateway (7), the serving gateway support node (9) is arranged to re-establish the connection from the user equipment (2) to the packet-based data network (4) via a serving gateway (7) and a home gateway (8) without interrupting the connection of the user equipment (2) to the packet-based network (4). The radio telecommunications network (1) may be a GPRS or LTE (Long Term Evolution) network, and the serving gateway support node (9) may be a mobile management entity (MME).
    • 一种用于无线电电信网络(1)的服务网关支持节点(9),其中服务网关支持节点(9)被布置成控制无线电电信网络(1)中的至少一个服务网关(7)以连接用户 设备(2)通过家庭网关(8)发送到基于分组的网络(4),并且还被布置为使得每个服务网关(7)移交用户设备(2)和基于分组的网络 (4)到无线电信网络(1)中的其他服务网关(7),同时当用户设备(2)漫游整个无线电电信网络(2)时,将用户设备(2)连接到基于分组的网络(4) 1),其中服务网关支持节点(9)被布置成检测用户设备(2)和家庭网关(8)之间或服务网关支持节点(9)和服务网关(9)之间的连接性的损失 如图7所示,服务网关支持节点(9)被布置成重新建立连接 通过服务网关(7)和家庭网关(8)从用户设备(2)到基于分组的数据网络(4),而不中断用户设备(2)到基于分组的网络的连接( 4)。 无线电电信网络(1)可以是GPRS或LTE(长期演进)网络,服务网关支持节点(9)可以是移动管理实体(MME)。