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    • 2. 发明授权
    • Transfer request queue control system using flags to indicate transfer
request queue validity and whether to use round-robin system for
dequeuing the corresponding queues
    • 传输请求队列控制系统使用标志来指示传输请求队列的有效性以及是否使用循环系统对出队的相应队列
    • US5625846A
    • 1997-04-29
    • US166100
    • 1993-12-14
    • Kazushige KobayakawaShigeru NagasawaMasayuki IkedaHaruhiko UenoNaoki ShinjoTeruo UtsumiMasami DewaKenichi Ishizaka
    • Kazushige KobayakawaShigeru NagasawaMasayuki IkedaHaruhiko UenoNaoki ShinjoTeruo UtsumiMasami DewaKenichi Ishizaka
    • G06F9/54G06F13/38G06F15/17G06F15/173G06F13/00G06F13/14
    • G06F15/17
    • A transfer request queue control system for a parallel computer system includes a plurality of processing units each having a main storage storing instructions and data. An instruction processor reads the instructions from the main storage and executes the instructions. A transfer processor performs data transfers in packets, each comprising a header and body data and each data transfer comprising one or more packets. A network couples transmitting and receiving processing units, which are to perform a data transfer based on information included in the header of each packet, the header information being related to a destination of the data, an attribute of a memory access to the main storage and a length of the data. The transfer processor performs parallel processing by making a data transfer between the main storage and the network in successive packets, depending on the attribute of the memory access. The transfer processor of one of the processing units comprises a transfer request queue comprising a list of headers of respective packets corresponding to each of plural requested data transfers, a managing part for managing a transfer queue valid flag which indicates validity of a transfer request of the transfer request queue and a control part for performing a data transfer in response to a data transfer request and based on the transfer queue valid flag.
    • 用于并行计算机系统的传送请求队列控制系统包括多个处理单元,每个处理单元具有存储指令和数据的主存储器。 指令处理器从主存储器读取指令并执行指令。 传送处理器执行分组中的数据传输,每个数据包括报头和主体数据,并且每个数据传输包括一个或多个分组。 网络耦合发送和接收处理单元,其将基于包括在每个分组的报头中的信息执行数据传输,与数据的目的地相关的报头信息,对主存储器的存储器访问的属性以及 数据长度。 转移处理器通过根据存储器访问的属性在连续的分组中进行主存储和网络之间的数据传送来执行并行处理。 处理单元之一的传送处理器包括传送请求队列,其包括与多个请求的数据传送中的每一个对应的各个分组的标题的列表,用于管理传送队列有效标志的管理部分,其指示传输请求的转发请求的有效性 传送请求队列和用于响应于数据传输请求并基于传输队列有效标志执行数据传输的控制部分。
    • 4. 发明授权
    • Data processing unit
    • 数据处理单元
    • US5652905A
    • 1997-07-29
    • US463926
    • 1995-06-05
    • Naoki ShinjoShigeru NagasawaMasayuki IkedaHaruhiko UenoTeruo UtsumiKazushige KobayakawaMasami DewaKenichi IshizakaTadao Amada
    • Naoki ShinjoShigeru NagasawaMasayuki IkedaHaruhiko UenoTeruo UtsumiKazushige KobayakawaMasami DewaKenichi IshizakaTadao Amada
    • G06F15/16G06F15/17G06F13/00
    • G06F15/17
    • A data processing unit is adapted to exchange data with another data processing unit via a network. The data processing unit includes a main storage for storing programs and data, an instruction processor for issuing transfer requests by executing programs stored in the main storage, and a transfer processor for enqueuing the transfer requests from the instruction processor into a transfer request queue, and for carrying out a transfer process between the main storage and the network based on each transfer request which is obtained from the transfer request queue. The transfer processor includes a failure display for displaying a failure when the failure occurs during the transfer process of each transfer request, a reference to and an erasure of a content of the failure display are possible from the instruction processor. The transfer process of the transfer request enqueued in the transfer request queue is prohibited during a time in which the failure is displayed in the failure display.
    • 数据处理单元适于经由网络与另一数据处理单元交换数据。 数据处理单元包括用于存储程序和数据的主存储器,用于通过执行存储在主存储器中的程序来发布传送请求的指令处理器和用于将从指令处理器传送请求排入传送请求队列的传送处理器,以及 用于基于从传送请求队列获得的每个传送请求在主存储器和网络之间执行传送处理。 传送处理器包括用于在每个传送请求的传送处理期间发生故障时显示故障的故障显示,来自指令处理器的故障显示的内容的引用和擦除是可能的。 在故障显示中显示故障的时间内禁止转移请求队列中传入请求的传送过程。
    • 9. 发明授权
    • Parallel processing system including instruction processor to execute
instructions and transfer processor to transfer data for each user
program
    • 并行处理系统包括指令处理器,用于执行指令并传送处理器以传送每个用户程序的数据
    • US5623688A
    • 1997-04-22
    • US520231
    • 1995-08-28
    • Masayuki IkedaShigeru NagasawaNaoki ShinjoTeruo UtsumiMasami DewaHaruhiko UenoKazushige KobayakawaKenichi Ishizaka
    • Masayuki IkedaShigeru NagasawaNaoki ShinjoTeruo UtsumiMasami DewaHaruhiko UenoKazushige KobayakawaKenichi Ishizaka
    • G06F12/00G06F15/17G06F15/173G06F15/00
    • G06F15/17375G06F15/17
    • A parallel processing system including a plurality of processing units each having a main storage storing instructions and data, an instruction processor reading the instructions from the main storage and executing the instructions, and a transfer processor for making a data transfer in units of a packet which is made up of a header and body data. The parallel processing system further includes a network coupling two processing units which are to make the data transfer based on information included in the header of the packet, where the header includes information related to at least a destination of the data, an attribute of a memory access to the main storage and a length of the data. The transfer processor carries out a parallel process for each user process by making a data transfer between the main storage and the network in units of the packet depending on the attribute of the memory access. The transfer processor of at least an arbitrary one of the processing units includes a managing part for managing for each user process a transfer queue base address indicating a first address of a transfer queue in the main storage, a transfer queue write pointer indicating to which data transfer request of the transfer queue the instruction process has enqueued, a transfer queue read pointer indicating to which data transfer request of the transfer queue the transfer processor has finished the data transfer process, and a memory access virtual space.
    • 一种并行处理系统,包括多个处理单元,每个处理单元具有存储指令和数据的主存储器,从主存储器读取指令并执行指令的指令处理器,以及用于以数据包为单位进行数据传输的传送处理器 由头和身体数据组成。 该并行处理系统还包括耦合两个处理单元的网络,这两个处理单元是基于包括在分组报头中的信息进行数据传输,其中报头包括与数据的至少目的地有关的信息,存储器的属性 访问主存储和一段长度的数据。 转移处理器通过根据存储器访问的属性以分组为单位在主存储器和网络之间进行数据传送,为每个用户进程执行并行处理。 至少任意一个处理单元的传送处理器包括管理部分,用于为每个用户处理管理指示主存储器中的传送队列的第一地址的传送队列基地址,指示哪个数据 转移队列读取指针,指示传输处理器完成数据传输处理的传输队列的哪个数据传输请求以及存储器访问虚拟空间。
    • 10. 发明授权
    • Multiprocessor system including a transfer queue and an interrupt
processing unit for controlling data transfer between a plurality of
processors
    • 包括传送队列的多处理器系统和用于控制多个处理器之间的数据传送的中断处理单元
    • US5557744A
    • 1996-09-17
    • US104482
    • 1993-07-28
    • Kazushige KobayakawaShigeru NagasawaMasayuki IkedaHaruhiko UenoNaoki ShinjoTeruo UtsumiMasami DewaKenichi Ishizaka
    • Kazushige KobayakawaShigeru NagasawaMasayuki IkedaHaruhiko UenoNaoki ShinjoTeruo UtsumiMasami DewaKenichi Ishizaka
    • G06F15/16G06F9/54G06F13/24G06F15/17G06F15/177G06F13/00
    • G06F15/17G06F13/24
    • A multiprocessor system having a plurality of processors connected in parallel with each other through a network for performing mutual communication. Each processor includes a transfer queue unit for storing transfer requests, a main storage, a reception unit for receiving a transfer request from another processor, and a transmission unit for sending designated data to another processor when the transfer request is enqueued in the transfer queue unit. Each processor also includes a first register for storing information indicating whether the transfer queue unit is full, i.e. has an area available for storing a transfer request, and a second register for indicating whether a transfer request is a valid transfer request during a reception operation. A save unit is connected to the reception unit for temporarily saving a transfer request, and an enqueuing unit is provided for enqueuing a transfer request from the save unit to the transfer queue unit. An interruption processing unit receives an interrupt request from the reception unit, supervises the vacant/full state of the transfer queue unit, i.e. monitors whether the transfer queue unit has an area available for storing a transfer request, and outputs an enqueuing request to the enqueuing unit to realize the interrupt request.
    • 多处理器系统具有通过网络彼此并行连接的多个处理器,用于执行相互通信。 每个处理器包括用于存储传送请求的传送队列单元,主存储器,用于从另一个处理器接收传送请求的接收单元,以及当传送请求在传送队列单元中排队时将指定数据发送到另一个处理器的传输单元 。 每个处理器还包括第一寄存器,用于存储指示传输队列单元是否已满的信息,即具有可用于存储传送请求的区域;以及第二寄存器,用于在接收操作期间指示传输请求是否为有效传送请求。 保存单元连接到接收单元以暂时保存传送请求,并且提供了一个进入单元,用于将从保存单元传送请求排队到传送队列单元。 中断处理单元从接收单元接收中断请求,监视传送队列单元的空/满状态,即监视传输队列单元是否具有可用于存储传送请求的区域,并且向入队队列输出入队请求 单元实现中断请求。