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    • 3. 发明授权
    • Procedures for improving call routing in PNNI networks
    • 改善PNNI网络呼叫路由的步骤
    • US07283467B2
    • 2007-10-16
    • US10315996
    • 2002-12-11
    • Carl RajsicMaged Edward Shaker
    • Carl RajsicMaged Edward Shaker
    • G01R31/08H04L12/28H04J3/16G06F15/173
    • H04L45/26H04L45/04H04L45/22H04L45/28
    • A method and system for improving call routing in a PNNI network using crankback messaging. A destination logical group node (LGN) blocked crankback procedure is used by entry border nodes, in the event of a failed connection attempt, to instruct preceding routing capable nodes to route the connection over another link. If the entry border node is in the lowest level peer group a Succeeding End Blocked (SEB) crankback message is sent to the preceding routing-capable node. If the entry border node is not in the lowest level peer group, a destination LGN blocked crankback message is sent to the preceding routing-capable node wherein the message has special information to signal the routing node that the link into the destination LGN is blocked.
    • 一种改善PNNI网络呼叫路由的方法和系统, 在连接尝试失败的情况下,入口边界节点使用目的地逻辑组节点(LGN)阻止曲柄程序来指示先前的路由能力节点将连接路由到另一个链路上。 如果入口边界节点处于最低级对等体组,则将向后面的路由功能节点发送成功结束阻塞(SEB)曲柄消息。 如果入口边界节点不在最低级别的对等组中,则将目的地LGN阻止的曲柄返回消息发送到先前的具有路由能力的节点,其中消息具有特殊信息以向路由节点通知到目的地LGN的链路被阻塞。
    • 9. 发明授权
    • Lawful intercept of traffic connections
    • 合法拦截交通连接
    • US07460484B2
    • 2008-12-02
    • US10934509
    • 2004-09-07
    • Peter RobertsCarl Rajsic
    • Peter RobertsCarl Rajsic
    • H04J3/14
    • H04L63/00H04L63/30H04M3/2281H04M7/006
    • Apparatus and method are provided for dynamically establishing lawful interception taps within connection-oriented communication networks. Taps are established automatically upon establishment of a main connection by embedding collection identifier information within connection setup messages as a new form of information element. The collection identifier information includes information enabling a tap function within an interception node to establish a connection, such as an SPVC or an SVC, to a monitoring station. The collection identifier information may include any of a forward direction ATM address, a backward direction ATM address for use in bi-directional communications, a forward direction end point and a backward direction end point for use in establishing SPVC tap connections, and a connection identifier for use in establishing SVC tap connections. Tap connections can be established either during or after establishment of the main connection.
    • 提供了设备和方法,用于在面向连接的通信网络内动态建立合法拦截抽头。 通过在连接建立消息中嵌入收集标识符信息作为新形式的信息元素,在建立主连接后自动建立抽头。 集合标识符信息包括能够在监视站内建立诸如SPVC或SVC的连接的拦截节点内的抽头功能的信息。 收集标识符信息可以包括正向ATM地址,用于双向通信的反向ATM地址,用于建立SPVC抽头连接的前向终点和后向终点,以及连接标识符 用于建立SVC龙头连接。 可以在主连接建立期间或之后建立抽头连接。
    • 10. 发明申请
    • Lawful intercept of traffic connections
    • 合法拦截交通连接
    • US20060050644A1
    • 2006-03-09
    • US10934509
    • 2004-09-07
    • Peter RobertsCarl Rajsic
    • Peter RobertsCarl Rajsic
    • H04L12/26
    • H04L63/00H04L63/30H04M3/2281H04M7/006
    • Apparatus and method are provided for dynamically establishing lawful interception taps within connection-oriented communication networks. Taps are established automatically upon establishment of a main connection by embedding collection identifier information within connection setup messages as a new form of information element. The collection identifier information includes information enabling a tap function within an interception node to establish a connection, such as an SPVC or an SVC, to a monitoring station. The collection identifier information may include any of a forward direction ATM address, a backward direction ATM address for use in bi-directional communications, a forward direction end point and a backward direction end point for use in establishing SPVC tap connections, and a connection identifier for use in establishing SVC tap connections. Tap connections can be established either during or after establishment of the main connection.
    • 提供了设备和方法,用于在面向连接的通信网络内动态建立合法拦截抽头。 通过在连接建立消息中嵌入收集标识符信息作为新形式的信息元素,在建立主连接后自动建立抽头。 集合标识符信息包括能够在监视站内建立诸如SPVC或SVC的连接的拦截节点内的抽头功能的信息。 收集标识符信息可以包括正向ATM地址,用于双向通信的反向ATM地址,用于建立SPVC抽头连接的前向终点和后向终点,以及连接标识符 用于建立SVC龙头连接。 可以在主连接建立期间或之后建立抽头连接。