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    • 1. 发明申请
    • PATH OPTIMIZATION FOR MESH ACCESS POINTS IN A WIRELESS MESH NETWORK
    • 无线网络中网络接入点的路径优化
    • WO2008091725A1
    • 2008-07-31
    • PCT/US2008/050356
    • 2008-01-07
    • CISCO TECHNOLOGY, INC.THUBERT, PascalRIBIERE, Vincent, JeanWETTERWALD, PatrickCASTAGNOLI, Neal, Dante
    • THUBERT, PascalRIBIERE, Vincent, JeanWETTERWALD, PatrickCASTAGNOLI, Neal, Dante
    • H04J3/14
    • H04W40/30
    • In one embodiment, a method includes, in each of a plurality of mesh access points, connecting to one of a plurality of mesh controllers in a mesh network and passing connection information to the one mesh controller. The mesh access points include a wired mesh access point having a wired connection to the one mesh controller, and wireless mesh access points having a wireless connection to the one mesh controller via the wired mesh access point. The method also includes generating, in each mesh controller, a corresponding link state table based on the passed connection information from each corresponding connected mesh access point. The method also includes generating in at least one of the mesh controllers a mesh table, identifying all of the connecting links for the mesh access points connected among the mesh controllers, based on the mesh controllers sharing the respective link state tables.
    • 在一个实施例中,一种方法包括在多个网格接入点中的每一个中,连接到网状网络中的多个网格控制器中的一个,并将连接信息传递给一个网格控制器。 网格接入点包括具有到一个网格控制器的有线连接的有线网状接入点,以及具有经由有线网状接入点到一个网状控制器的无线连接的无线网状接入点。 该方法还包括在每个网格控制器中基于来自每个相应连接的网格接入点的传递的连接信息生成相应的链路状态表。 该方法还包括在网格控制器中的至少一个网格表中,基于共享相应链接状态表的网格控制器,在网格表之间生成网格表,以识别网格控制器之间连接的网格访问点的所有连接链接。
    • 8. 发明申请
    • PRIVATE NETWORK GATEWAYS INTERCONNECTING PRIVATE NETWORKS VIA AN ACCESS NETWORK
    • 私有网络通过接入网络互联私有网络
    • WO2006121677A2
    • 2006-11-16
    • PCT/US2006016631
    • 2006-05-02
    • CISCO TECH INCTHUBERT PASCALWETTERWALD PATRICKRIBIERE VINCENT JEAN
    • THUBERT PASCALWETTERWALD PATRICKRIBIERE VINCENT JEAN
    • H04L12/28
    • H04L12/2898H04L29/12358H04L29/12415H04L29/12424H04L61/251H04L61/2532H04L61/2535H04L69/16H04L69/167
    • Gateways providing connectivity for respective private IPv4 networks to an IPv6 network establish communications between IPv4 nodes in the private network. Network address translation-protocol translation (NAT-PT) state entries are created by gateway pairs enabling translation of IPv4 packets between first and second IPv4 nodes in respective first and second IPv4 private networks into IPv6 packets for transmission via the IPv6 network. Each NAT-PT state entry specifies the IPv6 addresses for the first and second IPv4 nodes, and the IPv4 addresses used to identify the first and second IPv4 nodes in the corresponding private IPv4 network. Each gateway is configured for generating the IPv6 address for each local IPv4 node based on prepending its corresponding assigned private IPv4 address with a corresponding prescribed IPv6 prefix assigned to the gateway. Hence, gateways can dynamically establish communications between private networks without tunneling protocols, enabling deployment of latency-sensitive applications such as Voice over IP.
    • 为IPv6网络提供相应私有IPv4网络的连接的网关建立专用网络中IPv4节点之间的通信。 网络地址转换协议转换(NAT-PT)状态条目是由网关对创建的,能够将各自的第一和第二IPv4专用网络中的第一和第二IPv4节点之间的IPv4数据包转换成IPv6数据包,以便通过IPv6网络进行传输。 每个NAT-PT状态条目指定第一和第二IPv4节点的IPv6地址,以及用于标识相应私有IPv4网络中的第一和第二IPv4节点的IPv4地址。 每个网关被配置用于基于分配给该网关的相应的规定的IPv6前缀,预先为其相应的所分配的专用IPv4地址生成每个本地IPv4节点的IPv6地址。 因此,网关可以在无隧道协议的情况下动态建立私有网络之间的通信,从而实现对IP语音等延迟敏感的应用的部署。