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    • 1. 发明授权
    • Comprehensive signaling node and method, including a plurality of signaling routines
    • 综合信令节点和方法,包括多个信令程序
    • US07564855B1
    • 2009-07-21
    • US10822970
    • 2004-04-13
    • George A. Georgiou
    • George A. Georgiou
    • H04L12/28G06F17/30G06F15/173
    • H04L65/104H04L65/1006H04L65/1009H04L65/1043H04L69/18H04M3/2281H04M7/1255
    • A comprehensive signalling node is provided according to an embodiment of the invention. The comprehensive signalling node includes a signalling interface adapted for transmitting and receiving signalling communications and a storage system configured to store a Media Gateway Controller (MGC) routine, to store a Session Initiation Protocol (SIP) routine, to store a Session Border Controller (SBC) routine, to store a Push-To-Talk (PTT) routine, to store a H.323 routine, to store a Wide Area Network (WAN) compression routine, and to store a Communication Assistance for Law Enforcement (CALE) routine. The comprehensive signalling node further includes a processing system that is configured to receive a signalling communication through the signalling interface, process the signalling communication with the MGC routine if appropriate, with the SIP routine if appropriate, with the SBC routine if appropriate, with the PTT routine if appropriate, with the H.323 routine if appropriate, with the WAN compression routine if appropriate, or with the CALE routine if appropriate.
    • 根据本发明的实施例提供了一种综合信令节点。 综合信令节点包括适于发送和接收信令通信的信令接口以及被配置为存储媒体网关控制器(MGC)例程以存储会话发起协议(SIP)例程的存储系统,以存储会话边界控制器(SBC) )例程,存储一键通(PTT)例程,以存储H.323例程,以存储广域网(WAN)压缩例程,并存储执法通信协助(CALE)例程。 综合信令节点还包括处理系统,其被配置为通过信令接口接收信令通信,如果适当,则使用SIP例程(如果适用)处理与MGC例程的信令通信,如果适当,则与PTC例程(如果适用),与PTT 如果适用,应使用H.323例程,如果适用,还可以使用WAN压缩例程,如果适用,还可以使用CALE例程。
    • 3. 发明授权
    • Methods and systems for authenticating a device with multiple network access identifiers
    • 用于认证具有多个网络接入标识符的设备的方法和系统
    • US09043473B1
    • 2015-05-26
    • US12491888
    • 2009-06-25
    • Jeremy R. BreauJohn E. BelserGeorge A. Georgiou
    • Jeremy R. BreauJohn E. BelserGeorge A. Georgiou
    • G06F15/16H04L9/32
    • H04L9/3281H04W12/06H04W80/04
    • Methods, systems, and devices are presented that allow a wireless communication device (WCD) to use multiple access identifiers (NAIs) in conjunction with a communication session between the WCD and a home agent. The home agent may maintain a binding that reflects the state of the session. Accordingly, the binding may contain a home IP address (HOA) as well as a first NAI. The home agent may then receive a registration request message containing the HOA and a second NAI. In order to avoid potential hijacking attacks from entities other than the WCD, the home agent may, in conjunction with an authentication server, attempt to validate that that first NAI and second NAI are both associated with the WCD. If this is the case, the home agent may update the binding to reflect that the second NAI is associated with the session, and the home agent may maintain the session so that the WCD does not suffer an appreciable interruption in service.
    • 呈现允许无线通信设备(WCD)与WCD和归属代理之间的通信会话一起使用多个接入标识符(NAI)的方法,系统和设备。 归属代理可以保持反映会话状态的约束。 因此,绑定可以包含归属IP地址(HOA)以及第一NAI。 然后,归属代理可以接收包含HOA和第二NAI的注册请求消息。 为了避免来自WCD之外的实体的潜在劫持攻击,归属代理可以与认证服务器一起试图验证第一NAI和第二NAI都与WCD相关联。 如果是这种情况,则家庭代理可以更新绑定以反映第二NAI与会话相关联,并且归属代理可以维护会话,使得WCD不会在服务中遭受明显的中断。
    • 6. 发明授权
    • Method and system for maintaining an optical path
    • 用于维持光路的方法和系统
    • US5930017A
    • 1999-07-27
    • US990960
    • 1997-12-15
    • Gary B. DavisReddy UrimindiAndrew N. RobisonRainer R. IraschkoGeorge A. GeorgiouGlen Wellbrock
    • Gary B. DavisReddy UrimindiAndrew N. RobisonRainer R. IraschkoGeorge A. GeorgiouGlen Wellbrock
    • H04B10/24H04J14/02
    • H04B10/2503H04J14/0291H04J14/0279
    • Optical loop-back is provided within an optical restoration system of an optical communication network. According to one embodiment, an optical restoration system includes first and second spare optical links (also called restoration paths) optically coupled in parallel between first and second optical cross-connect switches. Each restoration path includes a light regenerator and an optical amplifier. First and second optical cross-connect switches are each switched to provide respective optical loop-back paths between the first and second restoration paths or spare links. In one example, the optical loop-back paths can be configured within the optical cross-connect switches. In another example, the optical cross-connect switches are configured to couple optical signals between an external loop-back coupler and the first and second restoration paths or spare links. According to another embodiment, the first and second optical cross-connect switches are each switched to provide respective optical loop-back paths between different WDM channels in a bidirectional restoration path or spare link. In one example, the optical loop-back paths can be configured within the optical cross-connect switches. In another example, the optical cross-connect switches are configured to couple optical signals for different WDM channels between an external loop-back coupler and the bi-directional restoration path or spare link. Through loop-back connections, optical signals from light regenerators can travel along an idle restoration paths to squelch false alarms by light regenerators and to keep the optical amplifiers stabilized. Through loop-back connections, optical signals from light regenerators can also travel along a working path to squelch false alarms by light regenerators and to stabilize optical amplifiers in the working path prior to normalization.
    • 在光通信网络的光学恢复系统内提供光环回。 根据一个实施例,光学恢复系统包括在第一和第二光交叉连接开关之间并联光耦合的第一和第二备用光学链路(也称为恢复路径)。 每个恢复路径包括光再生器和光放大器。 第一和第二光交叉连接开关各自被切换以在第一和第二恢复路径或备用链路之间提供相应的光环回路径。 在一个示例中,光环回路径可以配置在光交叉连接交换机内。 在另一示例中,光交叉连接开关被配置为耦合外部环回耦合器与第一和第二恢复路径或备用链路之间的光信号。 根据另一实施例,第一和第二光交叉连接交换机各自被切换以在双向恢复路径或备用链路中的不同WDM信道之间提供相应的光环回路径。 在一个示例中,光环回路径可以配置在光交叉连接交换机内。 在另一示例中,光交叉连接交换机被配置为在外部环回耦合器和双向恢复路径或备用链路之间耦合用于不同WDM信道的光信号。 通过环回连接,来自光再生器的光信号可以沿着空闲的恢复路径行进,通过光再生器来镇压虚警,并保持光放大器的稳定。 通过环回连接,来自光再生器的光信号也可以沿着工作路径行进,通过光再生器来镇压虚警,并在归一化之前使工作路径中的光放大器稳定。