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    • 3. 发明申请
    • RECONFIGURABLE LOGIC CIRCUIT
    • 可重新配置的逻辑电路
    • US20090179667A1
    • 2009-07-16
    • US12339638
    • 2008-12-19
    • Hideyuki SUGIYAMAMizue ISHIKAWATomoaki INOKUCHIYoshiaki SAITOTetsufumi TANAMOTO
    • Hideyuki SUGIYAMAMizue ISHIKAWATomoaki INOKUCHIYoshiaki SAITOTetsufumi TANAMOTO
    • H03K19/094H03K19/173
    • H03K19/1733G11C11/161G11C11/1675G11C11/1697
    • It is made possible to provide a reconfigurable logic circuit with which high integration can be achieved. A reconfigurable logic circuit includes: a multiplexer which includes a plurality of spin MOSFETs each having a source and drain containing a magnetic material, and a selecting portion including a plurality of MOSFETs and selecting a spin MOSFET from the plurality of spin MOSFETs, based on control data transmitted from control lines; a determining circuit which determines whether magnetization of the magnetic material of the source and drain of a selected spin MOSFET, which is selected by the selecting portion, is in a first state or in a second state; and a first and second write circuits which put the magnetization of the magnetic material of the source and drain of the selected spin MOSFET into the second and first states respectively by supplying a write current flowing between the source and drain of the selected spin MOSFET.
    • 可以提供可实现高集成度的可重构逻辑电路。 可重配置逻辑电路包括:多路复用器,其包括多个自旋MOSFET,每个具有包含磁性材料的源极和漏极,以及包括多个MOSFET的选择部分,并且基于控制从多个自旋MOSFET中选择自旋MOSFET 从控制线传输的数据; 确定电路,其确定由选择部分选择的所选择的自旋MOSFET的源极和漏极的磁性材料的磁化是处于第一状态还是处于第二状态; 以及第一和第二写入电路,其通过提供在选定的自旋MOSFET的源极和漏极之间流动的写入电流,将所选自旋MOSFET的源极和漏极的磁性材料的磁化分别置于第二和第一状态。
    • 6. 发明申请
    • RANDOM NUMBER GENERATOR CIRCUIT AND CRYPTOGRAPHIC CIRCUIT
    • 随机数发生器电路和编码电路
    • US20120089656A1
    • 2012-04-12
    • US13301932
    • 2011-11-22
    • Tetsufumi TANAMOTOMari MATSUMOTOShinobu FUJITAKazutaka IKEGAMI
    • Tetsufumi TANAMOTOMari MATSUMOTOShinobu FUJITAKazutaka IKEGAMI
    • G06F7/58
    • H03K3/84G06F7/58
    • A random number generator circuit includes: an element generating and outputting physical random numbers; a digitizing circuit digitizing the physical random numbers to output a random number sequence tested by a testing circuit; and an error correcting code circuit including a shift register having the random number sequence input thereto, a multiplier multiplying the stored random number sequence by an error-correcting-code generating matrix, and a selector switch outputting one of an output of the shift register and an output of the multiplier in accordance with a test result obtained by the testing circuit. The error correcting code circuit outputs the output of the multiplier as a corrected random number sequence from the selector switch when the result of a test conducted by the testing circuit indicates a rejection. The testing circuit tests the corrected random number sequence when the result of the test indicates a rejection.
    • 随机数生成电路包括:生成并输出物理随机数的元素; 数字化电路将物理随机数字化,以输出由测试电路测试的随机数序列; 以及纠错码电路,包括具有输入的随机数序列的移位寄存器,将所存储的随机数序列乘以纠错码生成矩阵的乘法器和输出移位寄存器的输出和 根据由测试电路获得的测试结果的乘数的输出。 当由测试电路执行的测试结果指示拒绝时,纠错码电路将来自选择器开关的乘法器的输出作为校正的随机数序列输出。 当测试结果表明拒绝时,测试电路测试校正的随机数序列。