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    • 5. 发明申请
    • Methods for Enhancing SDP Preconditions Signalling for IP Multimedia Sessions
    • 增强IP多媒体会话的SDP前提条件信令的方法
    • US20100220716A1
    • 2010-09-02
    • US12633133
    • 2009-12-08
    • Alan William O'Neill
    • Alan William O'Neill
    • H04L12/66
    • H04L29/06027H04L29/06H04L65/1006H04L65/1043H04L65/1069H04L65/80
    • This application describes how Session Description Protocol (SDP) preconditions signaling can be enhanced to support lead role negotiation, precondition capability exchange, premature precondition attempts and concatenated preconditions processing. The application describes the use of send and receive tags in an SDP message for a given media line. In a given message, a success or failure tag may be associated with a send or receive tag in addition to an optional or mandatory condition indicator tag. A lead role indicator may also be associated with a send or receive tag to indicate a desired preference with regard to the sender or receiver taking the lead role. These additions lead to a greater chance of successful session set-up completion, reduce the number of signaling exchanges in general, and enable precondition attempts to be started earlier and to be executed in parallel.
    • 本应用程序描述了如何增强会话描述协议(SDP)前提条件信令,以支持领导角色协商,前提条件能力交换,提前预处理尝试和级联前提条件处理。 该应用程序描述了在给定媒体线路的SDP消息中使用发送和接收标签。 在给定的消息中,除了可选或强制性条件指示符标签之外,成功或失败标签可以与发送或接收标签相关联。 主要角色指示符也可以与发送或接收标签相关联,以指示关于发起者或接收者担任主角的期望偏好。 这些增加导致成功的会话建立完成的机会更大,减少了一般信令交换的数量,并且使前提条件尝试更早地启动并并行执行。
    • 6. 发明申请
    • COMMUNICATIONS METHODS, SYSTEM AND APPARATUS
    • 通信方法,系统和设备
    • US20080212576A1
    • 2008-09-04
    • US11967373
    • 2007-12-31
    • Alan William O'Neill
    • Alan William O'Neill
    • H04L12/56
    • H04W8/12H04L69/40H04W24/04H04W80/04
    • Various methods and apparatus are directed to providing enhanced functionality and fault tolerance in a system which distributes home agent functionality between a home agent control node and a tunneling node, referred to herein as a home agent tunneling node, which performs packet forwarding under direction of the home agent control node. The distributed home agent approach is enhanced in some embodiments to provide redundancy of home agent control nodes and/or home agent tunneling nodes. Thus, in accordance with some embodiments if a home agent control node fails, the secondary home agent control node can take over the home agent control function. Various embodiments describe various methods, apparatus, and/or messages in addition to system configurations, which can be used to maintain primary and secondary home agent control and facilitate a rapid transfer of functions between primary and secondary nodes.
    • 各种方法和装置旨在在家庭代理控制节点和隧道节点之间分配归属代理功能的系统中提供增强的功能和容错性,本文称为归属代理隧道节点,其在 归属代理控制节点。 在一些实施例中,分布式归属代理方法被增强以提供归属代理控制节点和/或归属代理隧道节点的冗余。 因此,根据一些实施例,如果归属代理控制节点发生故障,则辅助归属代理控制节点可以接管归属代理控制功能。 各种实施例描述除系统配置之外的各种方法,装置和/或消息,其可以用于维护主要和次要归属代理控制,并且促进主节点和次节点之间的功能的快速传递。
    • 7. 发明授权
    • Communications methods, system and apparatus
    • 通信方式,系统和设备
    • US08432903B2
    • 2013-04-30
    • US11967373
    • 2007-12-31
    • Alan William O'Neill
    • Alan William O'Neill
    • H04L12/56
    • H04W8/12H04L69/40H04W24/04H04W80/04
    • Various methods and apparatus are directed to providing enhanced functionality and fault tolerance in a system which distributes home agent functionality between a home agent control node and a tunneling node, referred to herein as a home agent tunneling node, which performs packet forwarding under direction of the home agent control node. The distributed home agent approach is enhanced in some embodiments to provide redundancy of home agent control nodes and/or home agent tunneling nodes. Thus, in accordance with some embodiments if a home agent control node fails, the secondary home agent control node can take over the home agent control function. Various embodiments describe various methods, apparatus, and/or messages in addition to system configurations, which can be used to maintain primary and secondary home agent control and facilitate a rapid transfer of functions between primary and secondary nodes.
    • 各种方法和装置旨在在家庭代理控制节点和隧道节点之间分配归属代理功能的系统中提供增强的功能和容错性,本文称为归属代理隧道节点,其在 归属代理控制节点。 在一些实施例中,分布式归属代理方法被增强以提供归属代理控制节点和/或归属代理隧道节点的冗余。 因此,根据一些实施例,如果归属代理控制节点发生故障,则辅助归属代理控制节点可以接管归属代理控制功能。 各种实施例描述除系统配置之外的各种方法,装置和/或消息,其可以用于维护主要和次要归属代理控制,并且促进主节点和次节点之间的功能的快速传递。
    • 9. 发明申请
    • Methods and Apparatus For Separating Home Agent Functionality
    • 分离归属代理功能的方法和装置
    • US20120057502A1
    • 2012-03-08
    • US13296862
    • 2011-11-15
    • Alan William O'Neill
    • Alan William O'Neill
    • H04W40/02H04W4/00
    • H04W8/12H04L45/58H04W40/00H04W80/04
    • MIP Home Agent (HA) architectures are described that decompose, e.g., split, packet forwarding control functionality from actual data packet forwarding operations performed by a conventional MIP HA. This places MIP routing control in a node which is distinct from the tunnel end-points which perform packet forwarding operations to direct packets including a mobile's Home Address. Tunneling establishment and control functionality is implemented by what is referred to herein as decomposed HA (DHA) while data packet forwarding and redirection is performed, under the control of the DHA, by a tunneling agent (TA) node. The tunneling agent node serves as the data packet redirection node for a mobile as it moves from one location to another and may be located outside of a firewall used to protect the DHA. Tunnel endpoint nodes (Mobile Nodes and/or Access Nodes) send tunnel packets to the tunnel agent whilst directing control signaling packets to the DHA.
    • 描述了从常规MIP HA执行的实际数据分组转发操作中分解(例如分割)分组转发控制功能的MIP归属代理(HA)体系结构。 这将MIP路由控制置于不同于执行分组转发操作以引导包括移动家庭住址的分组的隧道端点的节点中。 隧道建立和控制功能在这里被称为分解的HA(DHA),而在DHA的控制下由隧道代理(TA)节点执行数据分组转发和重定向。 隧道代理节点用作移动台从一个位置移动到另一个位置的数据包重定向节点,并且可以位于用于保护DHA的防火墙之外。 隧道端点节点(移动节点和/或接入节点)向隧道代理发送隧道分组,同时将控制信令分组引导到DHA。
    • 10. 发明授权
    • Methods and apparatus for separating home agent functionality
    • 用于分离归属代理功能的方法和装置
    • US08077695B2
    • 2011-12-13
    • US12750389
    • 2010-03-30
    • Alan William O'Neill
    • Alan William O'Neill
    • H04J3/24H04L12/66
    • H04W8/12H04L45/58H04W40/00H04W80/04
    • MIP Home Agent (HA) architectures are described that decompose, e.g., split, packet forwarding control functionality from actual data packet forwarding operations performed by a conventional MIP HA. This places MIP routing control in a node which is distinct from the tunnel end-points which perform packet forwarding operations to direct packets including a mobile's Home Address. Tunneling establishment and control functionality is implemented by what is referred to herein as decomposed HA (DHA) while data packet forwarding and redirection is performed, under the control of the DHA, by a tunneling agent (TA) node. The tunneling agent node serves as the data packet redirection node for a mobile as it moves from one location to another and may be located outside of a firewall used to protect the DHA. Tunnel endpoint nodes (Mobile Nodes and/or Access Nodes) send tunnel packets to the tunnel agent whilst directing control signaling packets to the DHA.
    • 描述了从常规MIP HA执行的实际数据分组转发操作中分解(例如分割)分组转发控制功能的MIP归属代理(HA)体系结构。 这将MIP路由控制置于不同于执行分组转发操作以引导包括移动家庭住址的分组的隧道端点的节点中。 隧道建立和控制功能在这里被称为分解的HA(DHA),而在DHA的控制下由隧道代理(TA)节点执行数据分组转发和重定向。 隧道代理节点用作移动台从一个位置移动到另一个位置的数据包重定向节点,并且可以位于用于保护DHA的防火墙之外。 隧道端点节点(移动节点和/或接入节点)向隧道代理发送隧道分组,同时将控制信令分组引导到DHA。