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    • 1. 发明授权
    • Fault processing method and information processing system
    • 故障处理方法和信息处理系统
    • US5636341A
    • 1997-06-03
    • US476945
    • 1995-06-07
    • Masayuki MatsushitaAtsushi UgajinShooichi Murase
    • Masayuki MatsushitaAtsushi UgajinShooichi Murase
    • G06F11/14G06F13/00G06F11/30G06F11/00G06F11/22
    • G06F11/1438
    • When a fault occurs on a data communication processor that controls data communication between information processors, all information processors connected to the data communication processor are notified of the occurrence of the fault, upon which the information processors automatically reset the data communications processors. A fault detector is provided in an interface controller in a data communications processor 101, a crossbar switch 108, and an arbitration controller 109. When a fault occurs, the fault processor in the interface controller is notified of the occurrence and the failed location by means of a broadcast signal. The fault processor notifies the information processor of the fault by means of an interrupt signal. The notified information processor instructs the data communications processor to reset each controller of the data communication processor for fault recovery.
    • 当在控制信息处理器之间的数据通信的数据通信处理器上发生故障时,连接到数据通信处理器的所有信息处理器被通知故障的发生,信息处理器自动重置数据通信处理器。 在数据通信处理器101,交叉开关108和仲裁控制器109中的接口控制器中提供故障检测器。当发生故障时,接口控制器中的故障处理器通过装置被通知发生和故障位置 的广播信号。 故障处理器通过中断信号通知信息处理器故障。 通知信息处理器指示数据通信处理器重置数据通信处理器的每个控制器以进行故障恢复。
    • 2. 发明授权
    • Management system and method for parallel computer system
    • 并行计算机系统的管理系统和方法
    • US5937201A
    • 1999-08-10
    • US721258
    • 1996-09-26
    • Masayuki MatsushitaAtsushi Ugajin
    • Masayuki MatsushitaAtsushi Ugajin
    • G06F1/26G06F9/445G06F11/14G06F11/20G06F11/273G06F11/34G06F15/177G06F1/00
    • G06F11/2736G06F11/1417G06F15/177G06F9/4405G06F11/2015G06F11/2294G06F11/3495
    • A management system for a parallel computer system having a control terminal for collectively controlling the maintenance and management of a plurality of nodes constituting the parallel computer system. In the management system, each of a plurality of nodes includes: a main processor operated with a main power source of the node for performing parallel processing; a sub-processor operated with an auxiliary power source of the node for executing a system control command for controlling the main processor; and a system control adapter operated with the auxiliary power source for communications with the control terminal for the system control and for controlling the sub-processor, the control terminal includes a system control adapter for communications with a plurality of system control adapters of the plurality of nodes, and the parallel computer system includes a system control interface for connecting the plurality of system control adapters of the plurality of nodes to the system control adapter of the control terminal and for transmitting the system control command for the maintenance and management of a plurality of main processors of the plurality of nodes, from the control terminal to a plurality of sub-processors of the plurality of nodes.
    • 一种用于并行计算机系统的管理系统,具有用于共同控制构成并行计算机系统的多个节点的维护和管理的控制终端。 在管理系统中,多个节点中的每一个包括:主处理器,用于执行并行处理的节点的主电源; 用所述节点的辅助电源操作的子处理器,用于执行用于控制所述主处理器的系统控制命令; 以及系统控制适配器,所述系统控制适配器与辅助电源一起操作,用于与用于系统控制的控制终端进行通信并用于控制子处理器,所述控制终端包括用于与多个系统控制适配器通信的系统控制适配器 节点,并行计算机系统包括用于将多个节点中的多个系统控制适配器连接到控制终端的系统控制适配器的系统控制接口,并且用于发送用于维护和管理多个节点的系统控制命令 多个节点的主处理器,从多个节点的控制终端到多个子处理器。
    • 4. 发明授权
    • Loop back control system
    • 回路控制系统
    • US4769807A
    • 1988-09-06
    • US84099
    • 1987-08-11
    • Tokuhiro NiwaHisashi MatsumuraAtsushi Ugajin
    • Tokuhiro NiwaHisashi MatsumuraAtsushi Ugajin
    • H04L1/24H04L12/437H04J3/14
    • H04L1/243H04L12/437
    • In a loop communication system in which a plurality of stations connected to a pair of loop transmission lines comprised of a main transmission line and a preparatory transmission line communicate with each other through the loop transmission lines, one of the transmission lines has to be looped back to the other when failures occur in both the transmission lines by escaping from a point at which the failures occur. When the master station sequentially transmits loop back command signals to slave stations connected to the loop transmission lines, it takes into consideration the number of slave stations present between the master station and an interrogated slave station inclusive thereof so as to vary the monitoring time in accordance with a turn around time required for the master station to receive a response signal sent from the interrogated slave station being in receipt of a loop back command signal, thereby reducing the time for loop back.
    • 在环路通信系统中,连接到由主传输线路和预备传输线路组成的一对环路传输线路的多个站点通过环路传输线路相互通信,传输线路之一必须环回 另一方面,当从发生故障的点逃逸时,在两条传输线路中发生故障。 当主站顺序地将回送指令信号发送到连接到环路传输线路的从站时,考虑到存在于主站和询问的从站之间的从站的数量,包括其中的从站,以便根据 主站需要接收从被询问的从站发送的响应信号所需的时间,该响应信号正在接收到回送命令信号,从而减少了回路的时间。
    • 6. 发明授权
    • Information processing system with communication system and hot stand-by
change-over function therefor
    • 信息处理系统,具有通信系统和热备用切换功能
    • US5983360A
    • 1999-11-09
    • US881120
    • 1997-06-24
    • Atsushi Ugajin
    • Atsushi Ugajin
    • G06F11/20G06F13/00H04L12/44H04L12/46G06F11/00
    • G06F11/2038G06F11/2028G06F11/2046
    • A running information processing system and a standby information processing system are connected via networks to a bridge to communicate with partner terminals. A hot standby function is provided such that the partner terminal is not required to include a path change-over function. When it is assumed via an alive or dead state monitoring path that the running system is not operating normally, the standby system takes over processing of the running system, adds to a frame a communication address of the running system as the communication address of the transmission source, and sends the frame via the bridge. The bridge includes a plurality of ports to connect a plurality of LANs, and transfers between the ports the frame to which the communication addresses of the transmission source and destination of the information processing system are added for a relaying operation of the frame. The relaying operation is accomplished according to a latest correspondence relationship between the port having received the frame sent from the information processing system of the transmission source of the frame and the communication address of the information processing system of the transmission source added to the frame. When the standby system transmits via the bridge a frame including the communication address of the running system as the communication address of the transmission source, the bridge transmits the frame destined to the running system to the standby system without recognizing change-over of the running system.
    • 运行信息处理系统和备用信息处理系统经由网络连接到桥接器以与伙伴终端进行通信。 提供热备用功能,使得伙伴终端不需要包括路径切换功能。 当通过活动或死状态监视路径假定运行系统不正常运行时,备用系统接管运行系统的处理,将运行系统的通信地址作为传输的通信地址添加到帧 源,并通过桥发送帧。 该桥包括多个用于连接多个LAN的端口,并且在该端口之间传送添加了用于帧的中继操作的信息处理系统的发送源和目的地的通信地址的帧。 根据从帧的发送源的信息处理系统发送的帧的端口和添加到该帧的发送源的信息处理系统的通信地址之间的最新的对应关系,完成中继操作。 当备用系统经由桥接器将包括运行系统的通信地址的帧作为发送源的通信地址进行发送时,桥将目的地为运行系统的帧发送到备用系统,而不识别正在运行的系统的转换 。
    • 8. 发明授权
    • Method and apparatus for controlling remote power source
    • 远程电源控制方法及装置
    • US5652892A
    • 1997-07-29
    • US323886
    • 1994-10-17
    • Atsushi Ugajin
    • Atsushi Ugajin
    • G06F1/26G06F13/00G06F21/00H04L12/10H04L12/12H04L29/00
    • G06F21/81H04L12/10H04L12/12Y02B60/34
    • Remote power source control for a system having a plurality of information processing apparatuses interconnected by a network or networks capable of controlling remote power sources irrespective of different types of networks and providing security checks. Each information processing apparatus is provided with a remote power source controller which is always operated by an auxiliary power source. In instructing a power control of a remote information processing apparatus, control data is transferred between the remote information processing apparatus and a local information processing apparatus. The remote information processing apparatus checks a user ID and a password transmitted from the local processing apparatus prior to controlling its main power source.
    • 用于具有多个信息处理设备的系统的远程电源控制,所述多个信息处理设备通过能够控制远程电源的网络或网络互连,而不管不同类型的网络如何,并提供安全检查。 每个信息处理装置设置有总是由辅助电源操作的远程电源控制器。 在指示远程信息处理装置的功率控制时,在远程信息处理装置和本地信息处理装置之间传送控制数据。 远程信息处理装置在控制其主电源之前检查从本地处理装置发送的用户ID和密码。