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    • 3. 发明授权
    • Semiconductor intergrated circuit device
    • 半导体集成电路器件
    • US4870345A
    • 1989-09-26
    • US81095
    • 1987-08-03
    • Ichiro TomiokaKazuhiro SakashitaSatoru KishidaToshiaki HanibuchiTakahiko Arakawa
    • Ichiro TomiokaKazuhiro SakashitaSatoru KishidaToshiaki HanibuchiTakahiko Arakawa
    • G01R31/3185
    • G01R31/318536
    • A semiconductor integrated circuit includes cascaded asynchronous sequential logic circuits. Scanning shift registers are provided between the asynchronous sequential circuits to permit test data to be applied to the inputs of the circuits and to latch and shift out output data provided by the circuits in response to the test data. Additional gating circuitry is provided between the scanning shift registers and the inputs of the asynchronous sequential circuits to prevent new data latched into the scanning shift register from causing the asynchronous sequential circuit connected to the scanning shift register output from changing state during testing. This same additional circuitry may be used to provide pulses of controlled width and/or timing to asynchronous sequential circuit inputs in response to externally generated gating control signals.
    • 半导体集成电路包括级联异步顺序逻辑电路。 在异步时序电路之间提供扫描移位寄存器,以允许将测试数据应用于电路的输入,并根据测试数据锁存和移出由电路提供的输出数据。 在扫描移位寄存器和异步顺序电路的输入之间提供附加的选通电路,以防止锁存在扫描移位寄存器中的新数据使测试期间连接到扫描移位寄存器输出的异步时序电路变化。 可以使用相同的附加电路来响应于外部产生的门控控制信号来提供受控宽度和/或定时到异步顺序电路输入的脉冲。
    • 6. 发明授权
    • Neural network integrated circuit device having self-organizing function
    • 具有自组织功能的神经网络集成电路器件
    • US5148514A
    • 1992-09-15
    • US515476
    • 1990-04-24
    • Yutaka ArimaIchiro TomiokaToshiaki Hanibuchi
    • Yutaka ArimaIchiro TomiokaToshiaki Hanibuchi
    • G06N3/063
    • G06N3/063
    • An extension directed integrated circuit device having a learning function on a Boltzmann model, includes a plurality of synapse representing units arrayed in a matrix to form a rectangle including a first and second triangles on a semiconductor chip, a plurality of neuron representing units and a plurality of educator signal control circuits which are arranged along first and second sides of the rectangle, and a plurality of buffer circuits arranged along third and fourth sides of the rectangle. The first side is opposite to the third side, and the second side is opposite to the fourth side. Axon signal transfer lines and dendrite signal lines are so arranged that the neuron representing units are full-connected in each of the first right triangle the second right triangle. Alternatively, axon signal lines and dendrite signal ines are arranged in parallel with rows and columns of the synapse representing unit matrix, so that the neuron representing units are full-connected in the rectangle. Each synapse representing unit is connected to a pair of axon signal transfer lines and a pair of dendrite signal transfer lines.
    • 具有Boltzmann模型学习功能的延伸定向集成电路装置包括多个突触,其表示以矩阵排列的单元,以形成包括半导体芯片上的第一和第二三角形的矩形,多个神经元表示单元和多个 沿矩形的第一和第二侧布置的教育者信号控制电路以及沿矩形的第三和第四侧布置的多个缓冲电路。 第一面与第三面相反,第二面与第四面相反。 轴突信号传输线和枝晶信号线被布置成使得表示单元的神经元在第二直角三角形的第一直角三角形的每一个中是全连接的。 或者,轴突信号线和枝晶信号与突触表示单位矩阵的行和列平行布置,使得表示单元的神经元表示在矩形中。 每个突触代表单元连接到一对轴突信号传输线和一对枝晶信号传输线。
    • 7. 发明授权
    • Neural network integrated circuit device having self-organizing function
    • 具有自组织功能的神经网络集成电路器件
    • US5293457A
    • 1994-03-08
    • US877514
    • 1992-05-01
    • Yutaka ArimaIchiro TomiokaToshiaki Hanibuchi
    • Yutaka ArimaIchiro TomiokaToshiaki Hanibuchi
    • G06G7/60G06F15/18G06N3/063G06N99/00H01L21/822H01L27/04G06F7/00
    • G06N3/063
    • An extension directed integrated circuit device having a learning function on a Boltzmann model, includes a plurality of synapse representing units arrayed in a matrix, a plurality of neuron representing units, a plurality of educator signal control circuits, and a plurality of buffer circuits. Each synapse representing unit is connected to a pair of axon signal transfer lines and a pair of dendrite signal transfer lines. Each synapse representing unit includes a learning control circuit which derives synapse load change value data in accordance with predetermined learning rules in response to a first axon signal Si and a second axon signal Sj, a synapse load representing circuit which corrects a synapse load in response to the synapse load change valued data and holds the corrected synapse load value Wij, a first synapse coupling operating circuit which derives a current signal indicating a product Wij.multidot.Si from the synapse load Wij and the first axon signal Si and transfers the same to a first dendrite signal line, and a second product signal indicating a product Wij.multidot.Sj from the synapse load Wij and the second axon signal Sj and transfers the same onto a second dendrite signal line.
    • 具有Boltzmann模型学习功能的延伸定向集成电路器件包括表示以矩阵排列的单元的多个突触,多个神经元表示单元,多个教育者信号控制电路和多个缓冲电路。 每个突触代表单元连接到一对轴突信号传输线和一对枝晶信号传输线。 每个突触表示单元包括学习控制电路,该学习控制电路响应于第一轴突信号Si和第二轴突信号Sj,根据预定的学习规则导出突触负荷变化值数据,突变负载表示电路响应于 突触负荷改变数值数据并保持校正的突触负载值Wij,第一突触耦合操作电路从突触负载Wij和第一轴突信号Si导出指示产品Wij * Si的电流信号,并将其转移到第一 枝晶信号线和第二产品信号,其从突触载荷Wij和第二轴突信号Sj指示乘积Wij * Sj,并将其传送到第二枝晶信号线。
    • 8. 发明授权
    • Semiconductor logic integrated circuit device having first and second
operation modes for testing
    • 具有用于测试的第一和第二操作模式的半导体逻辑集成电路器件
    • US4825439A
    • 1989-04-25
    • US86447
    • 1987-08-18
    • Kazuhior SakashitaSatoru KishidaToshiaki Hanibuchi
    • Kazuhior SakashitaSatoru KishidaToshiaki Hanibuchi
    • G01R31/28G01R31/3185G11C19/28H03K19/003
    • H03K19/00346G01R31/318541
    • A semiconductor logic integrated circuit device comprising a signal selection means and a storing means, which is capable of adjusting the logic levels of an output signal therefrom. With such a circuit device, the signal selection means and the storing means are controlled in normal operation mode so that a parallel input signal is allowed to be output as a parallel output signal from output terminals of the circuit device after subjecting the parallel input signal to logical signal processing. On the other hand, the signal selection means and the storing means are controlled in a testing opertion mode so that the parallel input signal are output in serial mode from a serial signal output terminal of the circuit device, and a serial input signal to the signal selection means is allowed to be stored in the storing means to adjust the logic levels of the output signal from the circuit device at desired levels voluntarily.
    • 一种包括信号选择装置和存储装置的半导体逻辑集成电路装置,其能够调节其输出信号的逻辑电平。 利用这样的电路装置,信号选择装置和存储装置在正常工作模式下被控制,从而允许并行输入信号作为来自电路装置的输出端的并行输出信号输出, 逻辑信号处理。 另一方面,信号选择装置和存储装置被控制在测试操作模式中,使得并行输入信号以串行模式从电路装置的串行信号输出端输出,并将串行输入信号输出到信号 选择装置被允许存储在存储装置中,以自愿地将电路装置的输出信号的逻辑电平调整到所希望的电平。
    • 9. 发明授权
    • ECL integrated circuit allowing fast operation
    • ECL集成电路允许快速操作
    • US5574391A
    • 1996-11-12
    • US453120
    • 1995-05-30
    • Toshiaki HanibuchiYasushi HayakawaMasahiro Ueda
    • Toshiaki HanibuchiYasushi HayakawaMasahiro Ueda
    • H03K19/086H03K19/013
    • H03K19/0136
    • In an ECL circuit, when a potential of an input signal A changes from "L" to "H", an output signal D correspondingly changes from "H" to "L", and, at this time, an output sent from a switching stage circuit is supplied to a gate of a PMOS transistor via a control capacitor. Thereby, a base current of a pull-down transistor flows, and change of a potential of an output terminal node is promoted. An NMOS transistor receiving the potential of the output terminal node is arranged between a node and a VEE supply terminal. Therefore, when the potential changes, the current flowing through a transistor decreases, and the base current of the pull-down transistor further increases, so that the change of the output signal D is further promoted.
    • 在ECL电路中,当输入信号A的电位从“L”变为“H”时,输出信号D相应地从“H”变为“L”,此时,从切换 经由控制电容器向PMOS晶体管的栅极提供级电路。 由此,下拉晶体管的基极电流流动,促进输出端子节点的电位变化。 接收输出端子节点的电位的NMOS晶体管配置在节点与VEE供电端子之间。 因此,当电位变化时,流过晶体管的电流减小,并且下拉晶体管的基极电流进一步增加,从而进一步促进输出信号D的变化。
    • 10. 发明授权
    • Asynchronous data transmitting apparatus
    • 异步数据发送装置
    • US07515639B2
    • 2009-04-07
    • US12024885
    • 2008-02-01
    • Toshiaki Hanibuchi
    • Toshiaki Hanibuchi
    • H04B3/00
    • H04L25/14H04L7/0008
    • An asynchronous data transmitting apparatus includes data signal transmission lines; two control transmission lines having a minimum delay and maximum delay respectively; a transmitter; and a receiver. The transmitter includes a data transmitting unit that transmits a data signal through the data signal transmission lines, depending on a transmit clock; and control transmitting units that transmit control signals through the control transmission lines, depending on the transmit clock. The receiver includes a receive clock generator that generates a read clock from the control signals; and a data receiving unit that receives the data signal through the data signal transmission line, depending on the read clock.
    • 异步数据发送装置包括数据信号传输线; 分别具有最小延迟和最大延迟的两个控制传输线; 发射机 和接收器。 发射机包括数据发送单元,其根据发送时钟通过数据信号传输线路发送数据信号; 以及根据发送时钟通过控制传输线路发送控制信号的控制发送单元。 接收机包括从控制信号产生读时钟的接收时钟发生器; 以及数据接收单元,其根据读取的时钟通过数据信号传输线接收数据信号。