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    • 31. 发明授权
    • Method for configuring control tunnel and direct tunnel in IPv4 network-based IPv6 service providing system
    • 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
    • US08457014B2
    • 2013-06-04
    • US12517550
    • 2007-11-30
    • Sun Cheul KimSung Back HongKyeong Ho LeeKyung Pyo JunSang Wha Lee
    • Sun Cheul KimSung Back HongKyeong 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。
    • 33. 发明申请
    • QUALITY OF SERVICE-PROVIDING SYSTEM AND METHOD FOR PROVIDING QUALITY OF SERVICE IN THE SYSTEM
    • 服务提供系统的质量和提供系统服务质量的方法
    • US20110267949A1
    • 2011-11-03
    • US13141393
    • 2009-09-17
    • Nam-Seok KoSung-Back HongBong-Tae KimKyeong-Ho Lee
    • Nam-Seok KoSung-Back HongBong-Tae KimKyeong-Ho Lee
    • H04W28/16
    • H04L12/4633H04W8/082H04W76/12H04W80/04
    • There are provided a quality of service (QoS)-providing system and a method for providing quality of service for mobile nodes in the QoS-providing system. Under a network environment running a host-based network layer mobility protocol based on tunneling mechanism, the QoS-providing system may be useful to allow effective mobility supports by distributing binding information to the distributed nodes, in order to provide session-based quality of service for tunneled packets between the mobile nodes on the access nodes and distribute traffic load concentrated on the central mobility control platform as well. Also, the QoS-providing system according to one exemplary embodiment of the present invention may be useful to provide the function of hiding locations of mobile nodes since a care-of address of the mobile node is not transferred to a correspondent node and to automatically perform a route optimization procedure even when the mobile node does not directly perform a route optimization procedure.
    • 提供了一种服务质量(QoS)提供系统和一种为QoS提供系统中的移动节点提供服务质量的方法。 在运行基于隧道机制的基于主机的网络层移动性协议的网络环境下,QoS提供系统可能有助于通过向分布式节点分发绑定信息来实现有效的移动性支持,以便提供基于会话的服务质量 对于接入节点上的移动节点之间的隧道分组,并且分配集中在中央移动性控制平台上的业务负载。 此外,根据本发明的一个示例性实施例的QoS提供系统对于提供隐藏移动节点的位置的功能可能是有用的,因为移动节点的转交地址不被传送到通信节点并且自动执行 即使当移动节点不直接执行路由优化过程时,路由优化过程也是如此。
    • 35. 发明申请
    • FLOW-BASED DYNAMIC ACCESS CONTROL SYSTEM AND METHOD
    • 基于流动的动态访问控制系统和方法
    • US20110023088A1
    • 2011-01-27
    • US12842194
    • 2010-07-23
    • Nam-Seok KOSoon-Seok LeeJong-Dae ParkSung-Kee NohPyung-Koo ParkSeung-Woo HongSung-Back HongSeong Moon
    • Nam-Seok KOSoon-Seok LeeJong-Dae ParkSung-Kee NohPyung-Koo ParkSeung-Woo HongSung-Back HongSeong Moon
    • G06F21/20
    • H04L63/1441H04L63/102
    • A traffic analysis and flow-based dynamic access control system and method. The flow-based dynamic access control system for controlling a user's access to an internal communication network through an external communication network includes an access control unit operating in an access control mode in which traffic received from a user is basically blocked, generating state management information of a flow, which is received from the user, based on a specified packet of the flow, and verifying whether access of the flow to the internal communication network is a normal access. As a proactive defense concept of allowing only normal users to access an internal network, a method of blocking attacks from a system contaminated by a worm virus, detecting a cyber attack on a certain system in advance and automatically avoiding the cyber attack, and guaranteeing the quality of normal traffic even under cyber attacks without performance degradation of the internal network is provided.
    • 一种流量分析和流量动态访问控制系统及方法。 用于通过外部通信网络控制用户对内部通信网络的访问的基于流的动态访问控制系统包括以访问控制模式操作的访问控制单元,其中从用户接收的业务基本上被阻止,生成状态管理信息 从用户接收的流,基于流的指定分组,以及验证到内部通信网络的流的访问是否是正常访问。 作为只允许正常用户访问内部网络的主动防御概念,阻止来自受病毒感染的系统的攻击的方法,提前检测某个系统的网络攻击并自动避免网络攻击,并保证 提供即使在网络攻击下正常流量的质量,也不会导致内部网络性能下降。