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    • 3. 发明授权
    • Reconfigurable circuit with suspension control circuit
    • 具有悬架控制电路的可重构电路
    • US09251117B2
    • 2016-02-02
    • US12723320
    • 2010-03-12
    • Takashi HanaiShinichi Sutou
    • Takashi HanaiShinichi Sutou
    • G06F9/30G06F15/78G06F9/38
    • G06F15/7867G06F9/3897
    • A reconfigurable circuit includes a reconfigurable arithmetic execution unit array including a plurality of arithmetic execution units and a network circuit to provide reconfigurable connections between the arithmetic execution units, a suspension control circuit configured to control suspension and resumption of operation of the reconfigurable arithmetic execution unit array, and a buffer circuit configured to temporarily store data supplied from an external source upon suspension of the operation of the reconfigurable arithmetic execution unit array and to supply the stored data to the reconfigurable arithmetic execution unit array upon resumption of the operation of the reconfigurable arithmetic execution unit array.
    • 可重构电路包括可重配算术执行单元阵列,其包括多个算术执行单元和网络电路,以在算术执行单元之间提供可重新配置的连接;悬架控制电路,被配置为控制可重构算术执行单元阵列的操作的暂停和恢复 以及缓冲电路,被配置为在暂停所述可重构算术执行单元阵列的操作时临时存储从外部源提供的数据,并且在恢复所述可重构算术执行的操作时将所存储的数据提供给所述可重新配置的算术执行单元阵列 单位阵列
    • 4. 发明申请
    • RECONFIGURABLE CIRCUIT WITH SUSPENSION CONTROL CIRCUIT
    • 具有悬挂控制电路的可重新连接电路
    • US20100257335A1
    • 2010-10-07
    • US12723320
    • 2010-03-12
    • Takashi HanaiShinichi Sutou
    • Takashi HanaiShinichi Sutou
    • G06F15/80G06F9/06
    • G06F15/7867G06F9/3897
    • A reconfigurable circuit includes a reconfigurable arithmetic execution unit array including a plurality of arithmetic execution units and a network circuit to provide reconfigurable connections between the arithmetic execution units, a suspension control circuit configured to control suspension and resumption of operation of the reconfigurable arithmetic execution unit array, and a buffer circuit configured to temporarily store data supplied from an external source upon suspension of the operation of the reconfigurable arithmetic execution unit array and to supply the stored data to the reconfigurable arithmetic execution unit array upon resumption of the operation of the reconfigurable arithmetic execution unit array.
    • 可重构电路包括可重配算术执行单元阵列,其包括多个算术执行单元和网络电路,以在算术执行单元之间提供可重新配置的连接;悬架控制电路,被配置为控制可重构算术执行单元阵列的操作的暂停和恢复 以及缓冲电路,被配置为在暂停所述可重构算术执行单元阵列的操作时临时存储从外部源提供的数据,并且在恢复所述可重构算术执行的操作时将所存储的数据提供给所述可重新配置的算术执行单元阵列 单位阵列
    • 6. 发明申请
    • DYNAMIC RECONFIGURABLE CIRCUIT AND DATA TRANSMISSION CONTROL METHOD
    • 动态可重构电路和数据传输控制方法
    • US20090319762A1
    • 2009-12-24
    • US12394863
    • 2009-02-27
    • Takashi HANAIShinichi Sutou
    • Takashi HANAIShinichi Sutou
    • G06F9/06
    • G06F9/3885G06F9/30072G06F9/3879G06F9/3891G06F9/3897G06F15/7867
    • A dynamic reconfigurable circuit includes multiple clusters each including a group of reconfigurable processing elements. The dynamic reconfigurable circuit is capable of dynamically changing a configuration of the clusters according to a context including a description of processing of the processing elements and of connection between the processing elements. A first cluster among the clusters includes a signal generating circuit that when an instruction to change the context is received, generates a report signal indicative of the instruction to change the context; a signal adding circuit that adds the report signal generated by the signal generating circuit to output data that is to be transmitted from the first cluster to a second cluster; and a data clearing circuit that, when output data to which a report signal generated by the second cluster is added is received, performs a clearing process of clearing the output data received.
    • 动态可重构电路包括多个簇,每个簇包括一组可重构处理元件。 动态可重构电路能够根据包括处理元件的处理描述和处理元件之间的连接的上下文来动态地改变簇的配置。 簇中的第一簇包括信号发生电路,当接收到改变上下文的指令时,产生指示改变上下文的指令的报告信号; 信号添加电路,其将由所述信号发生电路生成的所述报告信号与从所述第一簇发送到第二簇的输出数据相加; 以及数据清除电路,当接收到添加了由第二群集生成的报告信号的输出数据时,执行清除所接收的输出数据的清除处理。
    • 9. 发明申请
    • COUNTER CONTROL CIRCUIT, DYNAMIC RECONFIGURABLE CIRCUIT, AND LOOP PROCESSING CONTROL METHOD
    • 计数器控制电路,动态可重构电路和循环处理控制方法
    • US20090193239A1
    • 2009-07-30
    • US12337694
    • 2008-12-18
    • Takashi HANAIShinichi Sutou
    • Takashi HANAIShinichi Sutou
    • G06F9/38
    • G06F15/7867G06F9/30058G06F9/321G06F9/3842G06F9/3885G06F9/3891G06F9/3897
    • A counter control circuit that controls the operation of a counter arranged in a dynamic reconfigurable circuit executing an arbitrary instruction by dynamically switching an aggregation of reconfigurable processing elements (hereinafter referred to as “PEs”) according to a context reciting a processing content of the PE and a connection content between the PEs, the counter control circuit including: keeping means for keeping an operation instruction signal when the PE executing a conditional branching computation outputs, in a context being adapted to the dynamic reconfigurable circuit, the operation instruction signal of the counter for a subsequent context; output means for outputting the operation instruction signal kept in the keeping means to the counter; and control means for causing the output means to output the operation instruction signal when the context being adapted to the dynamic reconfigurable circuit is switched to the subsequent context.
    • 一种计数器控制电路,其通过动态地切换可重新配置的处理元件(以下称为“PE”)的集合,控制布置在动态可重构电路中的计数器的操作,所述动态可重构电路根据记录PE的处理内容 以及所述PE之间的连接内容,所述计数器控制电路包括:在适于所述动态可重构电路的上下文中,当执行条件分支计算的PE输出时保持操作指令信号的保持装置所述计数器的操作指令信号 为后续情况; 输出装置,用于将保存在保持装置中的操作指令信号输出到计数器; 以及控制装置,用于当适配于动态可重构电路的上下文切换到随后的上下文时,使输出装置输出操作指令信号。
    • 10. 发明申请
    • Counter circuit, dynamic reconfigurable circuitry, and loop processing control method
    • 计数器电路,动态可重构电路和循环处理控制方法
    • US20090083527A1
    • 2009-03-26
    • US12232462
    • 2008-09-17
    • Takashi HanaiShinichi Sutou
    • Takashi HanaiShinichi Sutou
    • G06F9/30
    • G06F9/325G06F9/3842G06F9/3885G06F9/3897G06F15/7867
    • A dynamic reconfigurable circuit that implements optional processing by dynamically switching a processing content of a reconfigurable processing element (PE) and a connection content between the PEs in accordance with a context, includes: a configuration register section for setting a content of loop processing on the basis of the context, the loop processing content including an output source of an output signal from each of a set of the reconfigured PEs, an output destination of the output signal, and a condition for outputting the output signal to the output destination; and at least one counter circuit including a loop control section and an output register section that implement the set loop processing, that count the number of implementations of the loop processing implemented by the loop control section, and that output the output signal to the output destination based on the counted number of implementations and the condition.
    • 一种动态可重构电路,其通过根据上下文动态切换可重构处理元件(PE)的处理内容和PE之间的连接内容来实现可选处理,包括:配置寄存器部分,用于在 上下文的基础,循环处理内容包括来自一组重新配置的PE中的每一个的输出信号的输出源,输出信号的输出目的地以及用于将输出信号输出到输出目的地的条件; 以及至少一个计数器电路,包括循环控制部分和实现设置循环处理的输出寄存器部分,其对由循环控制部分实现的循环处理的执行次数进行计数,并将输出信号输出到输出目的地 基于计数的实施数量和条件。