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    • 7. 发明授权
    • Data transfer network suitable for use in a parallel computer
    • 数据传输网络适用于并行计算机
    • US5113390A
    • 1992-05-12
    • US508065
    • 1990-04-10
    • Takehisa HayashiKoichiro OmodaTeruo TanakaNaoki HamanakaShigeo Nagashima
    • Takehisa HayashiKoichiro OmodaTeruo TanakaNaoki HamanakaShigeo Nagashima
    • H04L12/935H04L12/937
    • H04L49/3018H04L49/254H04L49/3027
    • A computer system having a plurality of processors assigned first and second address portions are connected to a plurality of switch circuits. A first group transfer networks are connected to a corresponding first group of the plurality of switch circuits. Each of the transfer networks concurrently transfer data among the switch circuits. The switch circuits are provided to processors of a first kind arranged in a plurality of processor groups. The processor groups of the first kind include processors with different values for first address portions and the same value for second address portions. Additional transfer networks, processors and switches functioning in a similar manner are provided to expand the above system. In another embodiment of the present invention a data transfer network is provided having a plurality of processors for data transfer. The network includes a plurality of multistage switches each belonging to one of plural stages and connected to the switches of a preceding stage and to switches of the succeeding stage. Each of the switches are arranged to receive packets from a preceding switch. A packet includes a target process address and data to be transferred. A path select device is connected to receive packets and is also connected to plural switches belonging to a next stage for the transfer of the received partial addresses and partial data. A control device is connected to receive the partial addresses and partial data and is responsive to a predetermined bit within the received partial addresses. The control means is responsive to the arrival of the first partial address of the packet.
    • 10. 发明授权
    • Switch circuit comprised of logically split switches for parallel
transfer of messages and a parallel processor system using the same
    • 由用于并行传送消息的逻辑分割开关组成的开关电路和使用该开关的并行处理器系统
    • US5754792A
    • 1998-05-19
    • US34359
    • 1993-03-19
    • Shinichi ShutohJunji NakagoshiNaoki HamanakaShigeo TakeuchiTeruo Tanaka
    • Shinichi ShutohJunji NakagoshiNaoki HamanakaShigeo TakeuchiTeruo Tanaka
    • G06F11/14G06F15/173H04L12/56H04Q11/04G06F13/00
    • G06F15/17375G06F11/1443H04L49/1576H04L49/256H04Q11/0478
    • A parallel processor system including a plurality of processors. When packets of same destination PE number are inputted from different ports, the destination PE number is added with ID numbers of leading ports of split crossbar switches to which the different input ports belong, respectively, by using respective addition circuits, to thereby determine a transfer destination output port for the packets. A plurality of the split crossbar switches having different numbers of input/output ports are realized by partitioning a crossbar switch. By means of an input port select circuit provided in association with each of the output ports, an output request for the packet from the input port belonging to the split crossbar switch to which the associated output port belongs is accepted, while output requests for the packets from the input ports belonging to the other split crossbar switches are inhibited from being accepted, whereby transfer of broadcast packets are inhibited between the split crossbar switches belonging to a physically same crossbar switch. Such situation can be evaded in which same broadcast packets arrive at one and the same processor a number of times.
    • 一种并行处理器系统,包括多个处理器。 当从不同的端口输入相同的目的地PE号码的分组时,通过使用各自的加法电路,分别将目的地PE号码分别与不同的输入端口所属的分离的交叉开关的前导端口的ID号相加,从而确定传送 目标输出端口为数据包。 通过划分交叉开关来实现具有不同数量的输入/输出端口的多个分开的交叉开关。 通过与每个输出端口相关联地提供的输入端口选择电路,接收来自属于相关联的输出端口所属的分离交叉开关的输入端口的分组的输出请求,同时对分组的输出请求 从属于其他分割交叉开关的输入端口被禁止被接受,从而在属于物理上相同的交叉开关的分开的交叉开关之间禁止广播分组的传送。 可以避免这种情况,其中相同的广播分组多次到达同一个处理器。