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    • 3. 发明授权
    • Message division communication method and communication system
    • 消息分组通信方式和通信系统
    • US06654385B1
    • 2003-11-25
    • US09362169
    • 1999-07-27
    • Hiromi OdakaSumie MoritaShigeru SekineEiji IshiokaHisashi Koga
    • Hiromi OdakaSumie MoritaShigeru SekineEiji IshiokaHisashi Koga
    • H04J316
    • H04L12/403H04L1/16H04L12/40013H04L12/46
    • A message division communication method and system are disclosed for a communication system comprising a host, an intermediate device connected to the host through a high-speed bus and a remote device connected to the intermediate device or the host through a low-speed bus. A message is transmitted in such a manner that the host designates and notifies the remote device of a maximum message length determined in a way corresponding to the transmission rate of the low-speed bus and divides the message into division messages each not exceeding the maximum message length thereby to transmit and receive the division messages between the host and the remote device. Even with a communication system in which low-speed and high-speed buses coexist, a message can be transmitted and received by a common communication control scheme.
    • 公开了一种用于通信系统的消息分割通信方法和系统,所述通信系统包括主机,通过高速总线连接到主机的中间设备和通过低速总线连接到中间设备或主机的远程设备。 以如下方式发送消息:主机以与低速总线的传输速率对应的方式确定的最大消息长度来指定和通知远程设备,并将该消息划分为不超过最大消息的分割消息 长度,从而在主机和远程设备之间发送和接收除法消息。 即使使用低速和高速总线共存的通信系统,也可以通过公共通信控制方案发送和接收消息。
    • 4. 发明授权
    • ATM switching system
    • ATM交换系统
    • US5953334A
    • 1999-09-14
    • US680132
    • 1996-07-15
    • Sumie MoritaYuzou KawamuraEmi HataShigeru Sekine
    • Sumie MoritaYuzou KawamuraEmi HataShigeru Sekine
    • H04Q3/00H04L12/14H04L12/70H04J3/24
    • H04L12/5601H04L12/14H04L2012/5639
    • An ATM (asynchronous transfer mode) switching system is capable of performing a charging process, while suppressing a data communication amount used to acquire data required for a charging process. The ATM switching system is arranged by comprising: a charging data processing unit for counting a quantity of transmitted ATM cells with respect to each of transmission destinations, and for notifying the count value as charging data; a charging information processing unit for requesting the charging data processing unit to notify the charging data, and for notifying charging information produced based on the charging data; and a control unit for requesting the charging information processing unit to notify the charging information.
    • ATM(异步传输模式)交换系统能够执行充电过程,同时抑制用于获取充电过程所需的数据的数据通信量。 ATM交换系统包括:计费数据处理单元,用于相对于每个发送目的地对发送的ATM信元的数量进行计数,并将该计数值通知为计费数据; 充电信息处理单元,用于请求所述充电数据处理单元通知所述充电数据,以及用于通知基于所述充电数据产生的充电信息; 以及控制单元,用于请求所述计费信息处理单元通知所述计费信息。
    • 7. 发明授权
    • ATM switching unit
    • ATM交换单元
    • US06466576B2
    • 2002-10-15
    • US09046140
    • 1998-03-23
    • Shigeru SekineEiji IshiokaHiromi Odaka
    • Shigeru SekineEiji IshiokaHiromi Odaka
    • H04B2900
    • H04L12/5601H04L47/125H04L2012/5627H04L2012/5648H04Q11/0478
    • In an ATM switching unit, action information indicative of a cell of a presently operable system is stored into such a cell received from a line which is used as the line for the presently operable system, among cells received from duplicated lines, and also standby information indicative of a cell of a spare operation system is stored into such a cell received from a line which is used as the line for the spare operation system in an individual unit. Thereafter, the cells are transferred to a common unit. In this common unit, the cell into which the standby information has been stored is discarded by an IVC unit. Subsequently, transfer destination address information of the cell into which the action information has been stored is specified, and this specified cell is transferred to an output path thereof.
    • 在ATM交换单元中,指示当前可操作系统的小区的动作信息被存储在从用于当前可操作系统的线路的线路中接收的小区中,在从复制线路接收的小区中,以及待机信息 表示备用操作系统的单元的指示被存储在从用作单独单元中的备用操作系统的线路的线路接收的这样的小区中。 此后,将单元转移到公共单元。 在该通用单元中,备用信息已被存储的单元被IVC单元丢弃。 随后,指定已经存储了动作信息的单元的传送目的地地址信息,并将该指定的单元传送到其输出路径。
    • 8. 发明授权
    • Computer system capable of connecting expansion unit
    • 计算机系统能够连接扩展单元
    • US5428798A
    • 1995-06-27
    • US181447
    • 1994-01-14
    • Shigeru SekineKazunori YamakiNobutaka Nishigaki
    • Shigeru SekineKazunori YamakiNobutaka Nishigaki
    • G06F1/16G06F1/30G06F13/00
    • G06F1/305G06F1/1632
    • In a computer system, when an expansion unit is connected to a computer main body by an interface card, power supply control and I/O port selection are performed at the start of the computer system. In the power supply control, when an expansion power supply of the expansion unit is turned on, a first voltage is supplied to a main power supply of the computer main body. When the main power supply is turned on, main voltages are supplied to computer main body elements from the main power supply in response to the main voltage, and a second voltage is supplied to the expansion power supply through the interface. In response to the second voltage, expansion voltages is supplied to expansion unit elements, and an interface voltage is supplied to the interface. After the power supply control is completed, the I/O port selection is performed. The port addresses of the I/O ports in the computer main body are compared with the port addresses of the I/O ports in the expansion unit. If both port addresses coincide with each other, the I/O ports in the computer main body are disabled, and the I/O ports in the expansion unit are enabled.
    • 在计算机系统中,当通过接口卡将扩展单元连接到计算机主体时,在计算机系统的启动时执行电源控制和I / O端口选择。 在电源控制中,当扩展单元的扩展电源接通时,向计算机主体的主电源供给第一电压。 当主电源接通时,主电压响应于主电压从主电源提供给计算机主体元件,并且第二电压通过接口提供给扩展电源。 响应于第二电压,扩展电压被提供给扩展单元元件,并且接口电压被提供给接口。 电源控制完成后,执行I / O端口选择。 将计算机主体中的I / O端口的端口地址与扩展单元中的I / O端口的端口地址进行比较。 如果两个端口地址相互重合,则计算机主机中的I / O端口被禁用,并且扩展单元中的I / O端口被使能。