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    • 1. 发明授权
    • Network access control method, network system using the method and apparatuses configuring the system
    • 网络访问控制方法,使用配置系统的方法和装置的网络系统
    • US07761542B2
    • 2010-07-20
    • US09817303
    • 2001-03-26
    • Katsuichi NakamuraShinya YamamuraYoshiharu Sato
    • Katsuichi NakamuraShinya YamamuraYoshiharu Sato
    • G06F15/173
    • H04L29/0602G06Q20/20
    • A network access control method for a network system comprising network apparatuses having a packet filtering function, a service server connected with an IP network via the network apparatus, providing a service to a user, a user terminal connected with the IP network via the network apparatus, for the user to utilize the service provided by the service server, a reception server connected with the IP network via the network apparatus, receiving an access from the user for the service server, and an access control server controlling the network apparatuses. The method comprising the steps of a) the reception server receiving access request information from the user terminal, and holding it, and b) the access controlling server performing traffic control such as to extract, based on processing capability of the service server and a traffic amount for the service server, such an amount of the access request information as that the service server can optimally deal with, so as to allow the access for the service server.
    • 一种网络系统的网络访问控制方法,包括具有分组过滤功能的网络装置,经由所述网络装置与IP网络连接的服务服务器,向用户提供服务,经由所述网络装置与所述IP网络连接的用户终端 为了使用户利用由服务服务器提供的服务,经由网络装置与IP网络连接的接收服务器,接收用户对服务服务器的访问以及控制网络设备的访问控制服务器。 该方法包括以下步骤:a)接收服务器从用户终端接收接入请求信息并保存,b)访问控制服务器根据业务服务器的处理能力和流量来执行业务控制, 服务服务器的数量,服务服务器可以最佳地处理的访问请求信息的数量,以便允许服务服务器的访问。
    • 4. 发明申请
    • Communication control method
    • 通讯控制方式
    • US20070129015A1
    • 2007-06-07
    • US11634734
    • 2006-12-06
    • Katsunori IwamotoYoshiharu SatoShinya Yamamura
    • Katsunori IwamotoYoshiharu SatoShinya Yamamura
    • H04B7/00
    • H04L12/2854
    • Group information is assigned for each communication object and communication data is transmitted by adding the group identifier, thereby realizing a communication control in accordance with the communication object. That is. when a communication device performing radio communication by constituting an ad-hoc network with a plurality of devices communicates with a destination device via at least one of the devices constituting the ad-hoc network, the communication device acquires group information assigned to the communication group having the common object with this communication, references a communication control data table containing communication control information for each of the group information so as to acquire the communication control information corresponding to the group information, adds the group information to the communication information to be transmitted to the destination device so as to generate communication data, identifies a device which relays the communication according to the communication control information, and transmits the communication data to this relay device.
    • 为每个通信对象分配组信息,并且通过添加组标识符来发送通信数据,从而根据通信对象实现通信控制。 那是。 当通过构成具有多个设备的自组织网络进行无线电通信的通信设备经由构成自组织网络的设备中的至少一个与目的地设备进行通信时,通信设备获取分配给具有 通过该通信的通信对象,引用包含用于组信息中的每一个的通信控制信息的通信控制数据表,以获取与组信息相对应的通信控制信息,将组信息添加到要传送到的通信信息 目的地设备,以产生通信数据,识别根据通信控制信息中继通信的设备,并将通信数据发送到该中继设备。
    • 6. 发明授权
    • Context information collection management system
    • 上下文信息收集管理系统
    • US09171312B2
    • 2015-10-27
    • US12923654
    • 2010-09-30
    • Shinya YamamuraJun Maeda
    • Shinya YamamuraJun Maeda
    • G06F17/30G06Q30/02
    • G06Q30/02G06F17/30011
    • A context information collection and distribution system registers read identification information in a computer device that manages and controls an RFID tag reading device and is located in a lowest hierarchy in wide area network topology. The computer device located in the lowest hierarchy in the wide area network topology notifies a computer device located in a higher management domain hierarchy that the computer device located in the lowest hierarchy manages read identification information of a target. Further, the computer device located in the management domain hierarchy notifies a computer device located in much higher ID system hierarchy that the computer device located in the hierarchy just under the management domain hierarchy manages the read identification information of the target.
    • 上下文信息收集和分配系统在管理和控制RFID标签读取装置并位于广域网拓扑中的最低层次的计算机设备中注册读取的标识信息。 位于广域网拓扑中最低层次的计算机设备通知位于较高管理域层次结构中的计算机设备,位于最低层次的计算机设备管理目标的读取标识信息。 此外,位于管理域层次中的计算机设备通知位于更高ID系统层级中的计算机设备,位于管理域层级下方的层次结构中的计算机设备管理目标的读取标识信息。
    • 9. 发明授权
    • User system for a distributed network
    • 用于分布式网络的用户系统
    • US06473799B1
    • 2002-10-29
    • US09223557
    • 1998-12-30
    • Ken-ichi TakeshitaKeiki NishiharaShinya YamamuraShin-ichi Matsumoto
    • Ken-ichi TakeshitaKeiki NishiharaShinya YamamuraShin-ichi Matsumoto
    • G06F15173
    • H04L67/10H04L67/14H04M7/1255
    • A user system for a distributed network whereby a user system which is not provided with a distributed application platform can be connected to a distributed network. A user information unit incorporates therein physical points corresponding to stream and network flow endpoints, respectively. A flow endpoint control channel connects a user signaling unit to the user information unit. The user signaling unit includes distributed communication control means, distributed network service controller, and information unit controller for controlling the user information unit by means of a flow endpoint control signal. The user information unit includes physical point linking unit, and flow endpoint control signal processing unit which cooperates with the user signaling unit by means of the flow endpoint control signal.
    • 用于分布式网络的用户系统,由此不具有分布式应用平台的用户系统可以连接到分布式网络。 用户信息单元分别包括对应于流和网络流端点的物理点。 流终端控制信道将用户信令单元连接到用户信息单元。 用户信令单元包括分布式通信控制装置,分布式网络服务控制器和用于通过流程端点控制信号控制用户信息单元的信息单元控制器。 用户信息单元包括物理点链接单元和流程端点控制信号处理单元,其通过流程端点控制信号与用户信令单元协作。