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    • 6. 发明授权
    • Method and apparatus for mobile communication utilizing load balancing
    • 利用负载均衡的移动通信方法和装置
    • US07328009B2
    • 2008-02-05
    • US10606259
    • 2003-06-26
    • Yukiko TakedaHidenori InouchiTakehiro MorishigeKoh Ohnishi
    • Yukiko TakedaHidenori InouchiTakehiro MorishigeKoh Ohnishi
    • H04Q7/20
    • H04W8/12H04W28/10H04W48/16H04W80/04
    • A method and apparatus are provided for mobile communication utilizing load balancing. When a home agent (HA) consists of one or more servers with each server being assigned a Mobile IPv6 Home-Agents Anycast Address, a nearby router does not store the link-layer addresses with respect to the Anycast addresses of the servers in its neighbor cache. Consequently, load balancing between or among the servers could not be performed. To solve this problem, in one example, an HA is provided that comprises a representative HA and distributed HAs. The representative HA is assigned an Anycast Address. The representative HA includes a collecting device configured to collect HA lists and load information from the distributed HAs. The representative HA dynamically creates a HA list and sends the HA list to a mobile node (MN). The MN registers its current location with an HA from the HA list included in a Home Agent Address Discovery Reply message. The load on the HA can then be shared by the servers constituting the HA.
    • 提供了一种利用负载平衡的移动通信的方法和装置。 当家庭代理(HA)由一个或多个服务器组成,其中每个服务器被分配有移动IPv6归属代理任播地址时,附近的路由器不存储相邻于其邻居中的服务器的任播地址的链路层地址 缓存。 因此,无法执行服务器之间或之间的负载平衡。 为了解决这个问题,在一个示例中,提供了包括代表性HA和分布式HA的HA。 代表HA被分配了一个任播地址。 代表性的HA包括被配置为从分发的HA收集HA列表并加载信息的收集装置。 代表HA动态地创建HA列表并将HA列表发送到移动节点(MN)。 MN从当地代理地址发现回复消息中包含的HA列表中注册其与HA的当前位置。 HA上的负载可以由构成HA的服务器共享。
    • 7. 发明申请
    • Terminal and communication system
    • 终端和通信系统
    • US20070081512A1
    • 2007-04-12
    • US10563219
    • 2004-07-07
    • Yukiko TakedaTakehiro MorishigeHidenori InouchiYusuke Hara
    • Yukiko TakedaTakehiro MorishigeHidenori InouchiYusuke Hara
    • H04J3/24
    • H04L63/164H04L69/16H04L69/167H04W80/04
    • By assigning a fixed home address to an MN, Mobile IPv6 assures the arrival of each content at the MN 1. In order to allow the user to receive a Mobile IPv6 service, it is necessary to provide the MN 1 with a Mobile IPv6 function for making applications conform to IPv6. However, there are only few such MNs 1. In addition, the MN 1 does not have a function for implementing an IPsec process repeatedly on a packet transmitted to and received from another apparatus. A scenario processing port 23 employed in the MN 1 includes a means, which is used for selecting a process according to a communication method and carrying out the selected process when a response to a Mobile IPv6 location registration message is received. By providing the scenario processing port 23 with a means for selecting a communication method, a function can be added to the MN 1 with ease. In addition, by providing the MN 1 with a means for implementing an IPsec process a plurality of times, it is possible to provide a communication apparatus according to a security management configuration.
    • 通过向MN分配固定家庭地址,移动IPv6确保每个内容到达MN 1处的到达。 为了允许用户接收移动IPv6服务,有必要向MN 1提供移动IPv6功能,以使应用符合IPv6。 然而,只有少数这样的MN 1。 此外,MN 1不具有对发送给另一装置并从其他装置接收的分组重复执行IPsec处理的功能。 在MN 1中使用的场景处理端口23包括用于根据通信方法选择处理并在接收到对移动IPv6位置注册消息的响应时执行所选择的处理的装置。 通过向脚本处理端口23提供用于选择通信方法的装置,可以容易地向MN 1添加功能。 此外,通过为MN1提供多次实施IPsec处理的手段,可以提供根据安全管理配置的通信装置。
    • 8. 发明授权
    • Terminal and communication system
    • 终端和通信系统
    • US08437345B2
    • 2013-05-07
    • US10563219
    • 2004-07-07
    • Yukiko TakedaTakehiro MorishigeHidenori InouchiYusuke Hara
    • Yukiko TakedaTakehiro MorishigeHidenori InouchiYusuke Hara
    • H04L12/28
    • H04L63/164H04L69/16H04L69/167H04W80/04
    • (Problems) By assigning a fixed home address to an MN, Mobile IPv6 assures the arrival of each content at the MN 1. In order to allow the user to receive a Mobile IPv6 service, it is necessary to provide the MN 1 with a Mobile IPv6 function for making applications conform to IPv6. However, there are only few such MNs 1. In addition, the MN 1 does not have a function for implementing an IPsec process repeatedly on a packet transmitted to and received from another apparatus.(technical solution) A scenario processing port 23 employed in the MN 1 includes a means, which is used for selecting a process according to a communication method and carrying out the selected process when a response to a Mobile IPv6 location registration message is received. By providing the scenario processing port 23 with a means for selecting a communication method, a function can be added to the MN 1 with ease. In addition, by providing the MN 1 with a means for implementing an IPsec process a plurality of times, it is possible to provide a communication apparatus according to a security management configuration.
    • (问题)通过向MN分配固定家庭地址,移动IPv6确保每个内容到达MN 1处的到达。为了允许用户接收移动IPv6服务,有必要向MN 1提供移动 使应用程序符合IPv6的IPv6功能。 然而,只有少数这样的MN1。另外,MN 1不具有对发送到另一个设备并从另一个设备接收的分组重复地实现IPsec处理的功能。 (技术方案)MN 1中采用的场景处理端口23包括用于根据通信方法选择处理并在接收到对移动IPv6位置注册消息的响应时执行所选择的处理的装置。 通过向脚本处理端口23提供用于选择通信方法的装置,可以容易地向MN 1添加功能。 此外,通过为MN1提供多次实施IPsec处理的手段,可以提供根据安全管理配置的通信装置。