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    • 94. 发明授权
    • Neural network architecture for pattern recognition
    • 用于模式识别的神经网络架构
    • US5355437A
    • 1994-10-11
    • US22438
    • 1993-02-16
    • Sunao TakatoriMakoto Yamamoto
    • Sunao TakatoriMakoto Yamamoto
    • G06N3/04G06K9/66
    • G06K9/4628G06N3/0454G06K2209/01
    • A data processing system according to the present invention provides a plurality of neural layers with neuron groups, each neuron group having a fixed number of neurons. The neurons of the neuron group each have an output coupled to a neuron of an adjacent neuron layer. Each neuron layer has a plurality of neuron groups, and each neuron group has at least one neuron which also belongs to another neuron group, resulting in an overlap in the neuron groups. The number of neurons in the nth neural layer is determined on the basis of the number of neurons in the (n-1)th layer, the size of the neuron groups, and the degree of overlap between the adjacent neuron groups. In a variation of the data processing system of the present invention, the data processing system comprises a plurality of mutually independent data processing portions, each of which comprises a plurality of neural layers.
    • 根据本发明的数据处理系统提供具有神经元组的多个神经层,每个神经元组具有固定数量的神经元。 神经元组的神经元各自具有耦合到相邻神经元层的神经元的输出。 每个神经元层具有多个神经元组,并且每个神经元组具有至少一个也属于另一个神经元组的神经元,导致神经元组中的重叠。 基于第(n-1)层中的神经元数目,神经元组的大小和相邻神经元组之间的重叠程度确定第n个神经层中神经元的数量。 在本发明的数据处理系统的变型中,数据处理系统包括多个相互独立的数据处理部分,每个数据处理部分包括多个神经层。
    • 95. 发明授权
    • Analog calculation circuit using timers
    • 模拟计算电路使用定时器
    • US5343419A
    • 1994-08-30
    • US964157
    • 1992-10-21
    • Guoliang ShuWeikang YangWiwat WongwarawipatSunao TakatoriMakoto Yamamoto
    • Guoliang ShuWeikang YangWiwat WongwarawipatSunao TakatoriMakoto Yamamoto
    • G06G7/24G06G7/00
    • G06G7/24
    • An analog calculation circuit has a circuit input for receiving a first input voltage, a circuit output, a first timer, and a second timer. The first timer has a first capacitive coupler, a first RC circuit, and a first threshold circuit for outputting a first timer output voltage. The first threshold circuit has a first threshold input terminal. The first capacitive coupler has a first capacitive coupler input connected to the circuit input, a second capacitive coupler input, and a first capacitive coupler output connected to the first threshold input terminal. The first RC circuit has a first resistance, a first capacitance, a first RC input for receiving a second input voltage, and a first RC output connected to the second capacitive coupler input. The second timer has a second RC circuit, a second threshold circuit for outputting a second timer output voltage to the second RC circuit, and for receiving the first timer output voltage. The second RC circuit has a second resistance, a second capacitance, a second RC input for receiving a third input voltage, and a second RC output connected to the circuit output. A third timer, similar in design to the first timer may also be used in the calculation circuit.
    • 模拟计算电路具有用于接收第一输入电压的电路输入端,电路输出端,第一定时器和第二定时器。 第一定时器具有第一电容耦合器,第一RC电路和用于输出第一定时器输出电压的第一阈值电路。 第一阈值电路具有第一阈值输入端子。 第一电容耦合器具有连接到电路输入的第一电容耦合器输入,第二电容耦合器输入和连接到第一阈值输入端的第一电容耦合器输出。 第一RC电路具有第一电阻,第一电容,用于接收第二输入电压的第一RC输入和连接到第二电容耦合器输入的第一RC输出。 第二定时器具有第二RC电路,第二阈值电路,用于将第二定时器输出电压输出到第二RC电路,并用于接收第一定时器输出电压。 第二RC电路具有第二电阻,第二电容,用于接收第三输入电压的第二RC输入和连接到电路输出的第二RC输出。 在计算电路中也可以使用第三定时器,其设计类似于第一定时器。
    • 96. 发明授权
    • Matched filter for spread spectrum communication systems and hybrid analog-digital transversal filter
    • 用于扩频通信系统和混合模数转换滤波器的匹配滤波器
    • US06169771A
    • 2001-01-02
    • US09014264
    • 1998-01-27
    • Guoliang ShouChangming ZhouXuping ZhouXiaoling OinKazunori MotohashiMakoto YamamotoSunao Takatori
    • Guoliang ShouChangming ZhouXuping ZhouXiaoling OinKazunori MotohashiMakoto YamamotoSunao Takatori
    • H04L2706
    • H03H17/0254H04B1/7093
    • In one aspect, the present invention provides a low power consumption matched filter. The signal received at an input terminal is input to a shift register having stages equal to the spread code length number after conversion into digital signals in an A/D converter. The outputs of the shift register stages are input to XOR circuits set corresponding to each stage, so that XOR operations are performed between the outputs and corresponding spread code bits d1 to dN. The outputs of the XOR circuits are analogously added in an analog adder and output from an output terminal. In another aspect, a filter circuit uses an analog operation circuit to prevent lowered operational accuracy caused by residual charge. Input analog signals successively undergo sampling and holding in sample-and-hold circuits, are multiplied by coefficients stored in a shift register by multiplication circuits, and added in an addition circuit. Sample data transmission error storage is prevented by shifting coefficients in the shift register. Sample-and-hold circuits and multiplication circuits are formed by analog operation circuits, and each include a switch for canceling the residual charge. The sample-and-hold circuits and multiplication circuits normally working are refreshed sequentially by providing circuits for replacing their function. The addition circuit is refreshed in the same way.
    • 一方面,本发明提供一种低功耗匹配滤波器。 在A / D转换器转换成数字信号之后,在输入端接收的信号被输入到具有等于扩展码长度数的级的移位寄存器。 移位寄存器级的输出被输入到对应于每一级的XOR电路,从而在输出和对应的扩展码位d1至dN之间执行异或运算。 XOR电路的输出类似地添加到模拟加法器中并从输出端子输出。 另一方面,滤波器电路使用模拟运算电路来防止由剩余电荷引起的运算精度降低。 输入模拟信号在采样保持电路中连续进行采样和保持,乘以乘法电路存储在移位寄存器中的系数,并加入加法电路。 通过移位寄存器中的系数来防止采样数据传输错误存储。 采样保持电路和乘法电路由模拟操作电路形成,并且每个都包括用于消除剩余电荷的开关。 正常工作的采样保持电路和乘法电路通过提供更换其功能的电路依次刷新。 加法电路以相同的方式刷新。