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    • 1. 发明申请
    • ARITHMETIC-LOGIC UNIT, PROCESSOR, AND PROCESSOR ARCHITECTURE
    • 算术逻辑单元,处理器和处理器架构
    • US20100058030A1
    • 2010-03-04
    • US12618954
    • 2009-11-16
    • Hideki Yoshizawa
    • Hideki Yoshizawa
    • G06F15/76G06F9/02
    • G06F9/30014G06F9/3853G06F9/3869G06F9/3875
    • An arithmetic-logic unit for performing an operation of a prescribed bit length in an execution stage of a processor includes a plurality of sub-arithmetic-logic units which perform in respectively different pipeline stages sub-operations created by decomposing the operation of the prescribed bit length in a bit length direction, and a plurality of pipeline registers provided so as to separate the pipeline stages from each other, wherein each of the pipeline registers operates in such a manner as to be switchable between two operation modes, a flip-flop mode in which an output value is updated in synchronism with an input trigger and a transparent mode in which an input value is directly output.
    • 用于在处理器的执行阶段中执行规定位长的操作的算术逻辑单元包括多个子算术逻辑单元,它们分别在不同的流水线级执行通过分解规定位的操作而产生的子操作 以及多个流水线寄存器,其被设置为将流水线级彼此分离,其中每个流水线寄存器以可在两种操作模式之间切换的方式操作,触发器模式 其中输出值与输入触发和输入值直接输出的透明模式同步更新。
    • 3. 发明授权
    • Signal processing device accessible as memory
    • 信号处理设备作为存储器访问
    • US06470380B1
    • 2002-10-22
    • US08955089
    • 1997-10-21
    • Hideki YoshizawaToru TsurutaNorichika KumamotoYuji Nomura
    • Hideki YoshizawaToru TsurutaNorichika KumamotoYuji Nomura
    • G06F15167
    • G06F9/5066G06F9/5011G06F12/0813G06F12/1466G06F2209/509
    • A signal processing device is provided by connecting information processing units to each other using communication links and connecting the information processing units to each other and a host processor using an external bus. Parallel and pipe-line processing is accommodated by communication between the information processing units via the communication links and respective storage units of the information processing units and also by communication between the host processor and the information processing units via the external bus and the respective storage units. The host processor can communicate with the information processing units via the external bus through the respective storage units, the storage units being accessible as memory by the host processor. If each information processing unit is implemented on a single chip as an integrated circuit, the signal processing device can be incorporated in a computer in the same manner as conventional memory device are incorporated.
    • 通过使用通信链路将信息处理单元彼此连接并将信息处理单元彼此连接并使用外部总线来连接主处理器来提供信号处理设备。 通过通信链路和信息处理单元的各个存储单元之间的信息处理单元之间的通信以及经由外部总线和各个存储单元的主处理器和信息处理单元之间的通信来适应并行和管线处理 。 主机处理器可以通过外部总线通过相应的存储单元与信息处理单元进行通信,存储单元可由主机处理器作为存储器访问。 如果每个信息处理单元在作为集成电路的单个芯片上实现,则信号处理设备可以以与传统的存储器件相同的方式并入计算机中。
    • 4. 发明授权
    • Parallel data processing system which efficiently performs matrix and
neurocomputer operations, in a negligible data transmission time
    • 并行数据处理系统,在数据传输时间可以忽略不计的情况下有效执行矩阵和神经计算机操作
    • US5544336A
    • 1996-08-06
    • US420332
    • 1995-04-11
    • Hideki KatoHideki YoshizawaHiroki IcikiDaiki Masumoto
    • Hideki KatoHideki YoshizawaHiroki IcikiDaiki Masumoto
    • G06F15/16G06F15/177G06N3/10G06F3/00
    • G06N3/10
    • A parallel data processing system processes data by synchronously operating a plurality of data processing units (processor elements). It aims at reducing the overhead caused by the data transmission in a system, performing a matrix operation and a neurocomputer operation by making the best of its parallel processing method, and at using excess units for another operation when the number of units required for an operation is smaller than the number of the existing units. The parallel data processing system comprises a plurality of data processing units; a plurality of trays which store and transmit data, each connected to a data processing unit; a tray connection switching unit for changing the connection state of the data transmission path between trays, dividing data processing units into a plurality of groups, and performing an independent operation on each group; and a clock generator for synchronously operating a data transmission between trays and a data process in a data processing unit. Thus, the data are transmitted while the data are processed, so the data transmission time can be actually counted as zero.
    • 并行数据处理系统通过同步操作多个数据处理单元(处理器元件)来处理数据。 其目的在于减少系统中的数据传输引起的开销,通过充分利用其并行处理方法执行矩阵运算和神经计算机操作,并且在运行所需的单元数量的情况下使用多余的单位进行另一操作 小于现有单位的数量。 并行数据处理系统包括多个数据处理单元; 存储和发送数据的多个托盘,每个托盘连接到数据处理单元; 托盘连接切换单元,用于改变托盘之间的数据传输路径的连接状态,将数据处理单元划分成多个组,并对每个组执行独立操作; 以及时钟发生器,用于同步地操作数据处理单元中的托盘与数据处理之间的数据传输。 因此,在处理数据的同时发送数据,因此数据传输时间实际上可以被计数为零。
    • 9. 发明授权
    • Parallel data processing system
    • 并行数据处理系统
    • US5627944A
    • 1997-05-06
    • US248642
    • 1994-05-25
    • Katsuhito FujimotoHideki YoshizawaTatsushi Otsuka
    • Katsuhito FujimotoHideki YoshizawaTatsushi Otsuka
    • G06F15/16G06F15/80G06N3/10G06F15/18
    • G06N3/10
    • A parallel data processing system uses a parallel learning method capable of having sufficient parallelness to shorten learning time and has plural data processing units, each connected to a data transfer unit and having a unit for holding execution parameters as are required for data processing, a unit for holding partial sample data which comprises at least part of the full sample data necessary for the required data processing, an adjustment value calculation unit which calculates, from partial sample data stored in the unit for holding partial sample data and from the execution parameters held in the execution parameter holding unit, adjustment amounts related to the execution parameters with regard to the partial sample data and, further, an accumulator which, when calculating the overall total of the execution parameter adjustment amounts with regard to the full sample data, accumulates the adjustment amounts related to the execution parameters with regard to the partial sample data at the data processing units and the adjustment amounts related to the execution parameters with regard to the partial sample data at other data processing units by the data transfer unit.
    • 并行数据处理系统使用能够具有足够的并行度以缩短学习时间的并行学习方法,并且具有多个数据处理单元,每个数据处理单元连接到数据传送单元并具有用于保持数据处理所需的执行参数的单元,单元 用于保持包括所需数据处理所需的全部样本数据的至少一部分的部分样本数据;调整值计算单元,从存储在用于保存部分样本数据的单元中的部分样本数据和从 执行参数保持单元,关于部分采样数据的与执行参数有关的调整量,以及累加器,当计算关于全样本数据的执行参数调整量的总计时,累加调整 与部分样本d相关的执行参数的数量 在数据处理单元处的ata以及与数据传送单元在其他数据处理单元处的部分采样数据相关的执行参数的调整量。