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    • 1. 发明申请
    • Communication system and communication management method
    • 通信系统和通信管理方法
    • US20070067428A1
    • 2007-03-22
    • US11362141
    • 2006-02-27
    • Yukio OgawaKiminori SugauchiDaisuke Yokota
    • Yukio OgawaKiminori SugauchiDaisuke Yokota
    • G06F15/173
    • H04L63/08H04L47/70H04L47/821
    • A management system accepts a connection request from a client computer to a server computer, acquires connection settings information, calculates a network bandwidth required for processing for connection from the client computer to the server computer, stores the connection request into a connection request processing queue, determines whether the processing for the connection from the client computer to the server computer can be performed or not, and notifies the client computer of a server identification number. The client computer issues a connection request to the server computer based on the received server identification number, and starts communication therewith. In spite of concentration of connection requests from a large number of client computers to server computers, the connection requests can be processed while controlling the communication data volume generated in a network at a point where the server computers are aggregated, so as to avoid occurrence of congestion.
    • 管理系统接受从客户端计算机到服务器计算机的连接请求,获取连接设置信息,计算处理从客户计算机到服务器计算机的连接所需的网络带宽,将连接请求存储到连接请求处理队列中, 确定是否可以执行从客户端计算机到服务器计算机的连接的处理,并且向客户端计算机通知服务器标识号。 客户端计算机基于接收到的服务器标识号向服务器计算机发出连接请求,并开始与其通信。 尽管将来自大量客户端计算机的连接请求集中到服务器计算机,但是可以处理连接请求,同时控制在服务器计算机聚合点处网络中生成的通信数据卷,以避免发生 拥塞。
    • 2. 发明授权
    • Communication system and communication management method
    • 通信系统和通信管理方法
    • US07747723B2
    • 2010-06-29
    • US11362141
    • 2006-02-27
    • Yukio OgawaKiminori SugauchiDaisuke Yokota
    • Yukio OgawaKiminori SugauchiDaisuke Yokota
    • G06F15/173G06F15/16G06F11/00H04L1/00
    • H04L63/08H04L47/70H04L47/821
    • A management system accepts a connection request from a client computer to a server computer, acquires connection settings information, calculates a network bandwidth required for processing for connection from the client computer to the server computer, stores the connection request into a connection request processing queue, determines whether the processing for the connection from the client computer to the server computer can be performed or not, and notifies the client computer of a server identification number. The client computer issues a connection request to the server computer based on the received server identification number, and starts communication therewith. In spite of concentration of connection requests from a large number of client computers to server computers, the connection requests can be processed while controlling the communication data volume generated in a network at a point where the server computers are aggregated, so as to avoid occurrence of congestion.
    • 管理系统接受从客户端计算机到服务器计算机的连接请求,获取连接设置信息,计算处理从客户计算机到服务器计算机的连接所需的网络带宽,将连接请求存储到连接请求处理队列中, 确定是否可以执行从客户端计算机到服务器计算机的连接的处理,并且向客户端计算机通知服务器标识号。 客户端计算机基于接收到的服务器标识号向服务器计算机发出连接请求,并开始与其通信。 尽管将来自大量客户端计算机的连接请求集中到服务器计算机,但是可以处理连接请求,同时控制在服务器计算机聚合点处网络中生成的通信数据卷,以避免发生 拥塞。
    • 4. 发明申请
    • COOPERATED FILTERING WITH REAL TIME AND NON-REAL TIME SYSTEM
    • 实时和非实时系统的合作过滤
    • US20110227720A1
    • 2011-09-22
    • US13051990
    • 2011-03-18
    • Koki NAKASHIROYukio Ogawa
    • Koki NAKASHIROYukio Ogawa
    • G08B1/00
    • G06F9/5027
    • To separate a module as a description of a service from another that gains access to sensors and actuators used in the module. The present invention provides cooperated filtering with realtime and non-realtime system including a realtime system to which sensors and actuators are coupled and a non-realtime system coupled to a network, wherein processes to determine operations by the non-realtime system or the realtime system are performed by each of input processing units that process input information from the sensors coupled to the realtime system, service processing units that determine operations of the actuators on the basis of data initialized by the non-realtime system, and output processing units that prepare data used for operating the actuators.
    • 将模块作为服务的描述与另一个将模块中使用的传感器和执行器访问权限分开。 本发明提供了实时和非实时系统的协同过滤,包括耦合传感器和致动器的实时系统和耦合到网络的非实时系统,其中确定非实时系统或实时系统的操作的过程 由处理来自耦合到实时系统的传感器的输入信息的输入处理单元,基于由非实时系统初始化的数据确定致动器的操作的服务处理单元以及准备数据的输出处理单元执行的每个输入处理单元 用于操作执行器。
    • 7. 发明申请
    • Network System
    • 网络系统
    • US20080126526A1
    • 2008-05-29
    • US11691585
    • 2007-03-27
    • Hiroshi SaitoYukio OgawaYuji KimuraKunihito Uchida
    • Hiroshi SaitoYukio OgawaYuji KimuraKunihito Uchida
    • G06F15/173
    • H04L67/125H04L41/00H04L41/12H04L43/0817
    • A network system including a management device with both a status managing unit for collecting status information on a terminal status and a terminal instructing unit for transmitting a shift start message to the terminal to make transfer data to the server on the basis of the status information collected by the status managing unit. The terminal includes a determining unit for determining data transfer in response to the shift start message, a data transferring unit for transferring the data to the server when the determining unit determines the data transfer, a storage device control unit for erasing the data from a storage device after completion of data transfer, and a thin client shifting unit for causing the terminal to function as a thin client after erasure of data.
    • 一种网络系统,包括具有用于收集关于终端状态的状态信息的状态管理单元的管理装置和用于向所述终端发送移动开始消息的终端指示单元,以根据所收集的状态信息向所述服务器发送数据 由状态管理单位。 终端包括用于响应于移动开始消息确定数据传送的确定单元,用于当确定单元确定数据传送时将数据传送到服务器的数据传送单元,用于从存储器中擦除数据的存储设备控制单元 数据传输完成后的设备,以及用于在擦除数据之后终端用作瘦客户机的瘦客户机移位单元。
    • 8. 发明申请
    • Operation management system
    • 运行管理系统
    • US20070165624A1
    • 2007-07-19
    • US11451368
    • 2006-06-13
    • Hiroshi SaitoYukio OgawaYuji KimuraToshikazu YasueSatoshi Nakagawa
    • Hiroshi SaitoYukio OgawaYuji KimuraToshikazu YasueSatoshi Nakagawa
    • H04L12/56H04L12/28
    • H04L43/50
    • In a network system, which has a first computer belonging to a first network, a second computer belonging to a second network, and a first router and a second router belonging to a third network, wherein the first computer and the second computer are connected through a logical path built between the first router and the second router, wherein the first, second and third network are connected to one another, wherein the first and second network and the third network are independently operated; the first router stores as its first address an address used by the first network but not used by the first computer, or an address used by the second network but not used by the second computer and, based on the first address, sends a first packet and receives a second packet corresponding to the first packet.
    • 在具有属于第一网络的第一计算机,属于第二网络的第二计算机以及属于第三网络的第一路由器和第二路由器的网络系统中,其中所述第一计算机和所述第二计算机通过 构建在所述第一路由器和所述第二路由器之间的逻辑路径,其中所述第一,第二和第三网络彼此连接,其中所述第一和第二网络和所述第三网络被独立地操作; 第一路由器将其第一地址作为第一网络使用但不被第一计算机使用的地址或由第二网络使用但不被第二计算机使用的地址存储,并且基于第一地址,发送第一分组 并接收对应于第一分组的第二分组。