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    • 27. 发明授权
    • SIP header reduction
    • SIP标头缩减
    • US07817635B2
    • 2010-10-19
    • US11991301
    • 2006-09-01
    • Haseeb AkhtarDavid BrombalAnthony JonesMohamed Khalil
    • Haseeb AkhtarDavid BrombalAnthony JonesMohamed Khalil
    • H04L12/28H04L12/56G06F15/16
    • H04L69/04H03M7/30H04L65/1006H04L67/14H04L69/22
    • A SIP header reduction protocol operating on a communication network to compress the SIP header fields on SIP control messages used to initiate a SIP communication session. The new protocol is implemented on the mobile use equipment (UE) (301) and P-CSCF proxy SIP server (302). The prior SIGCOMP compression dictionary is used to compress those header field parameters defined by the SIGCOMP dictionary. A new 3G Dictionary is implemented with header field parameters for several wireless specific data elements and parameters necessary to access various wireless technologies and services which are missing from the SIP/SDP based SIGCOMP dictionary. Finally, an Encoding Assistant (EA) (310, 355) function is implemented on the UE and P-CSCF that operates a standard encoding and decoding of SIP message header fields to reduce those SIP header fields that are dynamic over time but are essentially static in terms of most user communication. The EA parameters can be updated periodically, while the 3G and SIGCOMP dictionary are static and not updated.
    • 在通信网络上操作的SIP报头缩减协议,用于压缩用于发起SIP通信会话的SIP控制消息上的SIP报头字段。 新协议在移动设备(UE)301和P-CSCF代理SIP服务器302上实现。 先前的SIGCOMP压缩字典用于压缩由SIGCOMP字典定义的头字段参数。 实现了一个新的3G字典,其具有用于几个无线特定数据元素的头部字段参数和访问从基于SIP / SDP的SIGCOMP字典缺失的各种无线技术和服务所必需的参数。 最后,在UE和P-CSCF上实现编码助理(EA)(310,355)功能,其操作SIP消息头字段的标准编码和解码,以减少随时间动态变化但基本上是静态的那些SIP头字段 在大多数用户通信方面。 EA参数可以定期更新,而3G和SIGCOMP字典是静态的,不会更新。
    • 28. 发明申请
    • FMIPv6 Intergration with Wimax
    • FMIPv6与Wimax集成
    • US20090135783A1
    • 2009-05-28
    • US12083422
    • 2006-07-20
    • Mohamed KhalilHaseeb Akhtar
    • Mohamed KhalilHaseeb Akhtar
    • H04W36/00
    • H04W36/0011H04W80/04H04W84/12H04W88/005
    • A fast handover protocol standard implemented on WiMAX networks integrating Internet protocol fast handover messaging. A standard for performing handover in four scenarios is offered with an embodiment for the message flow to perform the handover. The four scenarios include a mobile subscriber station initiated predictive hand-off, a network initiated predictive hand-off, a mobile subscriber station initiated reactive hand-off, and a network initiated reactive hand-off. In general, Internet Protocol control messages for fast hand-off or handover are used on the WiMAX network. Fast binding and fast binding acknowledge messages are exchanged between two WiMAX access networks in all four scenarios. Other messages used include hand-off initiate, hand-off acknowledge, proxy router advertisement, session information request, and release resources Internet Protocol control messages are integrated with WIMAX control messages to perform the fast handover protocol.
    • 在WiMAX网络上实现的快速切换协议标准,集成了Internet协议快速切换消息传递。 用于执行切换的消息流的实施例提供了用于在四种情况下执行切换的标准。 这四种情况包括移动用户台发起的预测切换,网络发起的预测切换,移动用户台发起的反应切换以及网络发起的反应切换。 通常,在WiMAX网络上使用用于快速切换或切换的因特网协议控制消息。 在所有四种情况下,两个WiMAX接入网络之间交换快速绑定和快速绑定确认消息。 使用的其他消息包括切换启动,切换确认,代理路由器通告,会话信息请求和发布资源。因特网协议控制消息与WIMAX控制消息集成以执行快速切换协议。
    • 30. 发明申请
    • Mobile IPv6 authentication and authorization baseline
    • 移动IPv6认证和授权基线
    • US20050237983A1
    • 2005-10-27
    • US11103768
    • 2005-04-12
    • Mohamed KhalilHaseeb AkhtarKuntal Chowdhury
    • Mohamed KhalilHaseeb AkhtarKuntal Chowdhury
    • H04L29/06H04Q7/00H04L9/00H04Q7/24
    • H04L63/061H04L63/062H04L63/0892H04L63/126H04W80/04
    • The invention consists of an authentication protocol for the Home Agent to authenticate and authorize the Mobile Node's Binding Update message. Two new mobility options compatible with RADIUS AAA are used to exchange a shared secret between the Home Agent and the Mobile Node so the Mobile Node can be authenticated. A Mobile Node-AAA authenticator option is added to the Binding Update message. The Home Agent generates the Mobile Node-AAA authenticator as a shared secret that it communicates as authentication data to the RADIUS AAA server on the home network. The RADIUS AAA server authenticates the communication and generates an Access-Accept message with a Mobile Node-Home Agent authenticator option. After receipt at the Home Agent, a Binding Update message with the Mobile Node-Home Agent authenticator option is transmitted from the Home Agent to the Mobile Node to use as an authenticator.
    • 本发明由用于家庭代理认证和授权移动节点的绑定更新消息的认证协议组成。 与RADIUS AAA兼容的两个新的移动性选项用于在归属代理和移动节点之间交换共享密钥,从而可以对移动节点进行身份验证。 移动节点AAA认证器选项被添加到绑定更新消息。 归属代理生成移动节点AAA认证器作为其作为认证数据传送到家庭网络上的RADIUS AAA服务器的共享密钥。 RADIUS AAA服务器对通信进行身份认证,并生成具有移动节点归属代理认证方选项的Access-Accept消息。 在归属代理收到之后,具有移动节点归属代理认证器选项的绑定更新消息从归属代理发送到移动节点以用作认证器。