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    • 5. 发明申请
    • TUNNELING-BASED MOBILITY SUPPORT EQUIPMENT AND METHOD
    • 基于隧道的移动设备支持设备和方法
    • US20110002220A1
    • 2011-01-06
    • US12865933
    • 2009-11-23
    • Pyung-koo ParkSung-back HongKyeong-ho LeeKyung-pyo JunBong-tae Kim
    • Pyung-koo ParkSung-back HongKyeong-ho LeeKyung-pyo JunBong-tae Kim
    • H04W28/02H04L12/26
    • H04Q11/0478H04W8/065H04W36/0016H04W60/005H04W80/04H04W80/045
    • A tunneling-based mobility support method and apparatus is provided which supports a mobility of a mobile node in a heterogeneous network regardless of IP versions (IPv4/IPv6). The mobility support apparatus includes a load balancer, a plurality of mobility support servers, and a plurality of end routers each being TCP connected to each of the mobility support servers. When receiving a tunnel establishment request message from the mobile node, the load balancer selects one mobility supports server from a plurality of mobility support servers to control a mobility service for the mobile node. The selected mobility support server selects a plurality of tunnel end addresses of one end router from the plurality of end routers to establish an IP tunnel with the mobile node according to a predetermined criterion, forwards the tunnel establishment request message to the end router, and sends the mobile node a tunnel establishment response message including the tunnel end address of the selected end router.
    • 提供了基于隧道的移动性支持方法和装置,其支持移动节点在异构网络中的移动性,而不管IP版本(IPv4 / IPv6)如何。 移动性支持装置包括负载均衡器,多个移动性支持服务器和多个终端路由器,每个终端路由器连接到每个移动性支持服务器。 当从移动节点接收到隧道建立请求消息时,负载平衡器从多个移动性支持服务器中选择一个移动支持服务器来控制移动节点的移动性服务。 所选择的移动性支持服务器从多个终端路由器中选择一个终端路由器的多个隧道终端地址,根据预定标准与移动节点建立IP隧道,将隧道建立请求消息转发给终端路由器,并发送 所述移动节点包括所选择的终端路由器的隧道结束地址的隧道建立响应消息。
    • 6. 发明申请
    • SECURITY METHOD OF MOBILE INTERNET PROTOCOL BASED SERVER
    • 基于移动互联网协议的服务器的安全方法
    • US20100262825A1
    • 2010-10-14
    • US12678812
    • 2008-03-26
    • Ho Sun YoonHo Yong RyuSung Back Hong
    • Ho Sun YoonHo Yong RyuSung Back Hong
    • H04L9/32G06F17/00
    • H04W12/06H04L63/0281H04L63/06H04L63/0869H04W12/04
    • A security method in a server-based mobile IP system is provided. Specifically, in the security method, general data is securely exchanged in addition to a control message that is exchanged between a mobile node and a server or between mobile nodes. Specifically, provided is a method of securely exchanging data by using a mobile node including an mPAK execution module generating necessary keys by exchanging key information with the server while performing a mutual authentication process and negotiating the security policy; and a security module setting a security policy that is negotiated with the corresponding node and applying the security policy to data according to the set security policy when transmitting the data.
    • 提供了基于服务器的移动IP系统中的安全方法。 具体地,在安全方法中,除了在移动节点和服务器之间或移动节点之间交换的控制消息之外,还安全地交换通用数据。 具体地,提供一种通过使用包括mPAK执行模块的移动节点,通过在执行相互认证处理并协商安全策略的同时与服务器交换密钥信息来生成必需密钥的安全交换数据的方法; 以及安全模块,其设置与相应节点协商的安全策略,并且在发送所述数据时根据所设置的安全策略将所述安全策略应用于数据。
    • 8. 发明申请
    • METHOD FOR CONFIGURING CONTROL TUNNEL AND DIRECT TUNNEL IN IPV4 NETWORK-BASED IPV6 SERVICE PROVIDING SYSTEM
    • 基于IPV4网络的IPV6服务提供系统配置控制隧道和直连隧道的方法
    • US20100008260A1
    • 2010-01-14
    • US12517550
    • 2007-11-30
    • Sun Cheul KimSung Back HongKveong Ho LeeKyung Pyo JunSang Wha Lee
    • Sun Cheul KimSung Back HongKveong Ho LeeKyung Pyo JunSang Wha Lee
    • H04L12/28
    • H04L29/12358H04L12/4633H04L61/251
    • Provided is a method for configuring a control tunnel and a direct tunnel in an IPv4 network-based IPv6 service providing system. To provide IPv6 service, when a random request terminal receives a tunnel response message from a control server by using service information downloaded from a portal server at the time of initialization, the request terminal configures a control tunnel with the control server, and is registered to the control server. The request terminal transmits and receives a direct tunnel request message and a direct tunnel response message with a counterpart terminal by using its terminal information learned during the control tunnel configuration, i.e., network position information and status information, thereby configuring a direct tunnel. Thus, IPv6 communication is made through IPv4 based IPv6 tunneling, so that IPv6 application services that are not yet widely used can easily come into wide use. Also, only software change of each terminal and a control server is required without changing existing network equipment, so that a cost burden of a service provider can be minimized.
    • 提供了一种在基于IPv4网络的IPv6服务提供系统中配置控制隧道和直接隧道的方法。 为了提供IPv6服务,当随机请求终端在初始化时通过使用从门户服务器下载的服务信息从控制服务器接收到隧道响应消息时,请求终端与控制服务器配置控制隧道,并被注册到 控制服务器。 请求终端通过使用其在控制隧道配置期间学习的终端信息,即网络位置信息和状态信息,发送和接收具有对方终端的直接隧道请求消息和直接隧道响应消息,从而配置直接隧道。 因此,通过基于IPv4的IPv6隧道进行IPv6通信,使得尚未广泛使用的IPv6应用服务可以容易地被广泛使用。 此外,只需要更换每个终端和控制服务器,而无需改变现有的网络设备,从而可以最大限度地减少服务提供商的成本负担。
    • 9. 发明申请
    • USER CENTRIC VIRTUAL NETWORK AND METHOD OF ESTABLISHING THE SAME
    • 用户中心虚拟网络及其建立方法
    • US20130163601A1
    • 2013-06-27
    • US13618751
    • 2012-09-14
    • Sun Cheul KIMSung Back HONGHo Sun YOONHo Yong RYU
    • Sun Cheul KIMSung Back HONGHo Sun YOONHo Yong RYU
    • H04L12/56
    • H04L45/02H04L12/4641H04L2212/00
    • Provided is a method of establishing a user centric virtual network. The method includes: performing a first tunneling operation between a first tunnel end and an address translation device, which are connected to a first private network, and a tunnel relay device; performing a second tunneling operation between a second tunnel end and an address translation device, which are connected to a second private network, and the tunnel relay device; and performing a third tunneling operation between the tunnel relay device and an end client, wherein a virtual IP is allocated to each of the first and second tunnel ends, the address translation devices, the end client, and the tunnel relay device; and each of the first to third tunneling operations connects routing information on the virtual IP to a corresponding tunnel.
    • 提供了建立以用户为中心的虚拟网络的方法。 该方法包括:在连接到第一专用网络的第一隧道端和地址转换设备之间执行第一隧道操作,以及隧道中继设备; 在与第二专用网相连的第二隧道端和地址转换设备之间执行第二隧道操作,以及所述隧道中继设备; 并且在所述隧道中继设备和终端客户端之间执行第三隧道操作,其中虚拟IP被分配给所述第一和第二隧道端中的每一个,所述地址转换设备,所述终端客户端和所述隧道中继设备; 并且第一到第三隧道操作中的每一个将虚拟IP上的路由信息​​连接到相应的隧道。
    • 10. 发明申请
    • IPV6 OVER IPV4 TRANSITION METHOD AND APPARATUS FOR IMPROVING PERFORMANCE OF CONTROL SERVER
    • IPV6 IPV4转换方法和改进控制服务器性能的方法
    • US20110013647A1
    • 2011-01-20
    • US12667379
    • 2008-04-08
    • Pyung Koo ParkSung Back HongKyeong Ho LeeKyung Pyo Jun
    • Pyung Koo ParkSung Back HongKyeong Ho LeeKyung Pyo Jun
    • H04J3/16
    • H04L12/4633H04L29/12358H04L45/00H04L61/251H04L61/2592H04L61/6086
    • The present invention relates to a method and apparatus for performing IPv6 over IPv4 transition to improve performance of a control server. When an edge router selected by the control server according to a tunnel creation request of an IPv6 terminal receives a tunnel creation request message from the control server, the edge router transmits a tunnel creation response message for the received tunnel creation request message to the IPv6 terminal through the control server, and the edge router performs IPv6 over IPv4 transition through a tunnel created by the IPv6 terminal that received the tunnel creation response message so as to improve the performance of the control server. Therefore, loads of the control server occurred because all terminals set control tunnels to the control server can be prevented, and service extensibility due to the increase in the number of subscribers can be guaranteed.
    • 本发明涉及一种用于执行IPv6 over IPv4转换的方法和装置,以改善控制服务器的性能。 当控制服务器根据IPv6终端的隧道创建请求选择的边缘路由器从控制服务器接收到隧道创建请求消息时,边缘路由器向IPv6终端发送接收到的隧道创建请求消息的隧道创建响应消息 通过控制服务器,边缘路由器通过接收隧道创建响应消息的IPv6终端创建的隧道进行IPv6 over IPv4转换,以提高控制服务器的性能。 因此,控制服务器的负载发生是因为可以防止所有终端设置到控制服务器的控制隧道,并且可以保证由于订户数量的增加而导致的业务可扩展性。