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    • 1. 发明授权
    • Connection control device, connection control method and data communication system
    • 连接控制装置,连接控制方式和数据通信系统
    • US06781979B1
    • 2004-08-24
    • US09517532
    • 2000-03-02
    • Koichi EbataKenji Takeda
    • Koichi EbataKenji Takeda
    • H04Q724
    • H04L65/608H04L29/06H04L67/14H04L69/329H04W76/20
    • A connection control device for controlling data communication involving set-up of a connection provided on both sides of a communication source and a communication destination to control connection states of both sides in cooperation with a communication partner, each device controlling communication between a data terminating equipment and a data circuit-terminating equipment on its side, including connection holding means for holding the state of an established connection after a disconnection of a physical line, communication resuming means for resuming communication by a held connection after a re-connection of a physical line, control means for processing a transition of said connection states, a control message communication means for transmitting and receiving information of a communication partner and information of a transition of the connection states to and from the communication partner as a control message, and information storage means for storing information of a communication partner and information of a connection with said communication partner.
    • 一种用于控制数据通信的连接控制装置,涉及在通信源和通信目的地的两侧设置的连接,以控制与通信对方协作的双方的连接状态,每个设备控制数据终端设备 以及其侧面的数据电路终端设备,包括用于在物理线路断开之后保持建立连接的状态的连接保持装置,在物理线路的重新连接之后通过保持连接恢复通信的通信恢复装置 用于处理所述连接状态的转换的控制装置,用于发送和接收通信伙伴的信息的控制消息通信装置和与通信伙伴的连接状态的转换的信息作为控制消息;以及信息存储装置 用于存储公共信息 与所述通信伙伴的连接的信息。
    • 6. 发明授权
    • Radio transmission apparatus, routing method, and routing program of radio network
    • 无线电传输装置,路由方法和无线网络的路由程序
    • US07515911B2
    • 2009-04-07
    • US10407187
    • 2003-04-07
    • Koichi Ebata
    • Koichi Ebata
    • H04Q7/20H04Q7/24G01R31/08
    • H04W40/06H04W4/24H04W8/26H04W40/02H04W40/248H04W40/28H04W88/02
    • A task is to automatically carry out directional control of an antenna in parallel with routing in a radio network.In the event that a radio transmission apparatus 100, which is a node configuring the radio network, received a routing packet 200 from the node over the radio network, it acquires and records a received direction of the routing packet 200, an identifier of a transmission source node, metric information indicating a route cost, and an identifier of a route destination node, and in the event that the route destination node is not its own node, the radio transmission apparatus 100 takes control so as to match a direction of an antenna system 101 to the received direction of the node having minimum metric information out of the recorded metric information.
    • 任务是在无线电网络中与路由并行地自动执行天线的方向控制。 在作为构成无线网络的节点的无线发送装置100从无线网络的节点接收到路由分组200的情况下,获取并记录接收到的路由分组200的方向,传输的标识符 源节点,指示路由开销的度量信息和路由目的地节点的标识符,并且在路由目的地节点不是其自己的节点的情况下,无线发送装置100进行控制以匹配天线的方向 系统101到具有记录的度量信息的最小度量信息的节点的接收方向。
    • 7. 发明授权
    • Base-station cell design method and base-station cell design apparatus, and program thereof in mobile communication system
    • 基站小区设计方法和基站小区设计装置及其程序在移动通信系统中的应用
    • US07079844B2
    • 2006-07-18
    • US10689727
    • 2003-10-22
    • Hiroshi FurukawaKoichi Ebata
    • Hiroshi FurukawaKoichi Ebata
    • H04Q7/20H04J3/00
    • H04W16/18H04W16/22
    • The above base-station cell design method is for sequentially adding base stations, and a technique of which throughput is few is employed for a radio-wave propagation characteristic evaluation to be made in this addition, and a technique of which the throughput is much, but which is of high-precision, more specifically, a technique such as the ray tracing is applied for the radio-wave propagation characteristic evaluation to be made after addition. The result of the high-precision radio-wave propagation characteristic evaluation to be made after this addition is put to practical use for estimating an interference quantity in selecting the arrangement location of the base station to be added newly. This allows the quantity of the radio wave analytic processing, which accounts for a large majority of the base-station cell design processing, to be reduced, thus enabling a fast base-station cell design.
    • 上述基站小区设计方法是用于顺序地添加基站,并且对于在该添加中进行的无线电波传播特性评估采用少量吞吐量的技术,并且其吞吐量大的技术, 但是具有高精度,更具体地,应用诸如光线跟踪的技术,用于在添加之后进行的无线电波传播特性评估。 在该添加之后进行的高精度无线电波传播特性评价的结果在实际使用中用于在选择要添加的基站的布置位置时估计干扰量。 这使得占用基站小区设计处理的大部分的无线电波分析处理的数量减少,从而能够实现快速的基站小区设计。
    • 9. 发明授权
    • Base-station cell design method and base-station cell design apparatus, and program thereof in mobile communication system
    • 基站小区设计方法和基站小区设计装置及其程序在移动通信系统中的应用
    • US08135421B2
    • 2012-03-13
    • US11357340
    • 2006-02-21
    • Hiroshi FurukawaKoichi Ebata
    • Hiroshi FurukawaKoichi Ebata
    • H04W4/00H04B17/00
    • H04W16/18H04W16/22
    • The above base-station cell design method is for sequentially adding base stations, and a technique of which throughput is few is employed for a radio-wave propagation characteristic evaluation to be made in this addition, and a technique of which the throughput is much, but which is of high-precision, more specifically, a technique such as the ray tracing is applied for the radio-wave propagation characteristic evaluation to be made after addition. The result of the high-precision radio-wave propagation characteristic evaluation to be made after this addition is put to practical use for estimating an interference quantity in selecting the arrangement location of the base station to be added newly. This allows the quantity of the radio wave analytic processing, which accounts for a large majority of the base-station cell design processing, to be reduced, thus enabling a fast base-station cell design.
    • 上述基站小区设计方法是用于顺序地添加基站,并且对于在该添加中进行的无线电波传播特性评估采用少量吞吐量的技术,并且其吞吐量大的技术, 但是具有高精度,更具体地,应用诸如光线跟踪的技术,用于在添加之后进行的无线电波传播特性评估。 在该添加之后进行的高精度无线电波传播特性评价的结果在实际使用中用于在选择要添加的基站的布置位置时估计干扰量。 这使得占用基站小区设计处理的大部分的无线电波分析处理的数量减少,从而能够实现快速的基站小区设计。