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    • 5. 发明申请
    • TERMINAL AND ACCESS POINT FINDING METHOD FOR COMMUNICATING WITH STEALTH ACCESS POINT
    • 终端和接入点查找方法用于与硬件接入点进行通信
    • US20090049519A1
    • 2009-02-19
    • US11837596
    • 2007-08-13
    • Shintaro UnoTadayuki FukuharaHaruki Izumikawa
    • Shintaro UnoTadayuki FukuharaHaruki Izumikawa
    • G06F21/00
    • H04W48/16H04W12/08H04W12/12
    • There is provided a terminal that is capable of not sending a useless probe request to detect a stealth access point. The terminal communicates with a normal access point that reports a network identifier and a stealth access point that does not report a network identifier. The terminal includes an access point information accumulating section 103 for accumulating access point information that indicates whether each access point is a normal access point or a stealth access point, a beacon signal detecting section 101 for listening for and detecting a beacon signal, a probe request sending section 105 for sending a probe request, and an access point finding control section 102 for controlling the beacon signal detecting section 101 to detect the beacon signal with respect to the normal access point, and controlling the probe request sending section 105 to send the probe request with respect to the stealth access point.
    • 提供了一种能够不发送无用的探测请求来检测隐形接入点的终端。 终端与报告网络标识符的正常接入点和不报告网络标识符的隐身接入点进行通信。 终端包括:接入点信息累积部分103,用于累积指示每个接入点是正常接入点还是隐身接入点的接入点信息,用于监听和检测信标信号的信标信号检测部分101,探测请求 用于发送探测请求的发送部105,以及用于控制信标信号检测部101相对于通常接入点检测信标信号的接入点发现控制部102,并且控制探测请求发送部105发送探测 关于隐形接入点的请求。
    • 6. 发明申请
    • COMMUNICATION RELAY APPARATUS, WIRELESS TERMINAL AND COMPUTER PROGRAM
    • 通信继电器,无线终端和计算机程序
    • US20080039091A1
    • 2008-02-14
    • US11672404
    • 2007-02-07
    • Hidehiko EguchiTadayuki FukuharaHaruki Izumikawa
    • Hidehiko EguchiTadayuki FukuharaHaruki Izumikawa
    • H04Q7/20
    • H04W36/02H04L65/1069
    • In order to continue a communication by performing a handover across or between different communication systems, improvement in redundancy of a communication route and a delay time difference before and after switching the communication system is intended. A bicast entity 21 includes, when a wireless terminal 10 makes a connection and continues a communication across different communication systems 20X and 20Y, bicast means for delivering a packet for each communication route via each of the communication systems 20X and 20Y before and after switching the communication system to which the above described wireless terminal 10 connects, and control means for completing a relay of the packet when the switching of the communication system to which the above described wireless terminal 10 connects is completed.
    • 为了通过在不同通信系统之间或之间执行切换来继续进行通信,期望在通信系统切换之前和之后改善通信路由的冗余性和延迟时间差。 当无线终端10进行连接并且跨越不同的通信系统20 X和20 Y继续进行通信时,组播实体21包括用于经由每个通信系统20X和20Y为每个通信路由递送分组的组播装置 并且在切换上述无线终端10所连接的通信系统之后,以及当上述无线终端10连接到的通信系统的切换完成时完成分组的中继的控制装置。