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    • 24. 发明申请
    • WIRELESS DATA COMMUNICATIONS EMPLOYING IP FLOW MOBILITY
    • 无线数据通信使用IP流量移动性
    • WO2010121191A1
    • 2010-10-21
    • PCT/US2010/031474
    • 2010-04-16
    • QUALCOMM INCORPORATEDCHERIAN, GeorgeWANG, JunGIARETTA, Gerardo
    • CHERIAN, GeorgeWANG, JunGIARETTA, Gerardo
    • H04W36/14H04W80/04
    • H04W36/0027H04L45/38H04W36/14H04W40/36H04W60/005H04W80/04
    • [0084] Techniques for IP flow mobility in a wireless data communications system, which allow for selective movement of IP data flows between different access networks supporting different access technology types. An access terminal (AT) is configured to selectively communicate using plural access technologies. Plural IP data flows are established between the AT and a first access network using a first technology type. A flow mobility trigger condition is detected, and in response, at least one IP data flow is moved to a second access network using a second technology, while maintaining at least another of the data flows to the first access network, and using the same IP address for the AT for data flows handled by both access networks, by using a mapping function between packet- filters for data flows and the access technology. The techniques may be used in conjunction with IP mobility protocols such as PMIP and CMIP.
    • 用于无线数据通信系统中的IP流移动性的技术,其允许在支持不同接入技术类型的不同接入网络之间选择性地移动IP数据流。 接入终端(AT)被配置为使用多种接入技术选择性地进行通信。 使用第一种技术类型,在AT和第一接入网之间建立多个IP数据流。 检测到流动性触发条件,并且作为响应,使用第二技术将至少一个IP数据流移动到第二接入网络,同时保持至少另一个数据流到第一接入网络,并使用相同的IP 通过使用数据流的分组过滤器和接入技术之间的映射函数,由两个接入网络处理的数据流的AT的地址。 这些技术可以与诸如PMIP和CMIP之类的IP移动性协议结合使用。
    • 30. 发明申请
    • AGGREGATION OF MULTIPLE KEEP ALIVE MESSAGES
    • 多重保留信息的聚合
    • WO2012054902A1
    • 2012-04-26
    • PCT/US2011/057394
    • 2011-10-21
    • QUALCOMM INCORPORATEDCHERIAN, GeorgeWANG, JunPAYYAPPILLY, Ajith TomZHAO, Suli
    • CHERIAN, GeorgeWANG, JunPAYYAPPILLY, Ajith TomZHAO, Suli
    • H04W76/04H04L12/26H04L29/12
    • H04L61/2007H04L29/12216H04L29/12273H04L43/10H04L61/2053H04W76/25
    • Systems, methods and apparatus described herein include features that enable more efficient management of keep-alive messages utilized to maintain IP addresses and/or PDN connections associated with idle data traffic channels. In one implementation, an access terminal consolidates keep-alive messages for idle data traffic channels, so as to reduce the number of keep-alive messages transmitted. In one implementation, an access terminal selects which of the idle data traffic channels to maintain, and transmits a consolidated keep-alive message for associated IP addresses and/or PDN connections. In one implementation, timers are associated with PDN connections and sub-timers are associated with IP addresses covered by a particular PDN connection. In such an implementation, keep-alive messages can be consolidated based on the timers, the sub-timers and/or a combination of timers and sub-timers. In a complementary method, a PDN gateway or another convenient network node, cooperates with one or access terminals to reduce network traffic. In another complementary method, the PDN gateway or another convenient network node synchronizes the timers and/or sub-timers provided with a particular access terminal.
    • 本文描述的系统,方法和装置包括能够更有效地管理用于维护与空闲数据业务信道相关联的IP地址和/或PDN连接的保持活动消息的特征。 在一个实现中,接入终端整合用于空闲数据业务信道的保持活动消息,以便减少发送的保活消息的数量。 在一个实现中,接入终端选择要维护的空闲数据业务信道中的哪一个,并且发送用于相关联的IP地址和/或PDN连接的统一的保活消息。 在一个实现中,定时器与PDN连接相关联,并且子定时器与由特定PDN连接覆盖的IP地址相关联。 在这种实现中,可以基于定时器,子定时器和/或定时器和子定时器的组合来整合保持活动消息。 在互补方法中,PDN网关或另一方便的网络节点与一个或接入终端协作以减少网络流量。 在另一种补充方法中,PDN网关或另一方便的网络节点同步具有特定接入终端的定时器和/或子定时器。