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    • 2. 发明授权
    • Neural network circuit for adaptively controlling the coupling of neurons
    • 用于自适应控制神经元耦合的神经网络电路
    • US5452402A
    • 1995-09-19
    • US155865
    • 1993-11-23
    • Shiro SakiyamaMasakatsu MaruyamaHiroyuki NakahiraToshiyuki KoudaSusumu Maruno
    • Shiro SakiyamaMasakatsu MaruyamaHiroyuki NakahiraToshiyuki KoudaSusumu Maruno
    • G06F15/18G06N3/04G06N3/08G06N99/00G06T7/00G06F15/00
    • G06K9/62G06N3/08G06N3/082
    • In a multi-layered neural network circuit provided with an input layer having input vectors, an intermediate layer having networks in tree-like structure whose outputs are necessarily determined by the values of the input vectors and whose number corresponds to the number of the input vectors of the input layer, and an output layer having plural output units for integrating all outputs of the intermediate layer, provided are learning-time memories for memorizing the numbers of times at learning in paths between the intermediate layer and the respective output units, threshold processing circuits for threshold-processing the outputs of the leaning-time memories, and connection control circuits to be controlled by the outputs of the threshold processing circuits for controlling connection of paths between the intermediate layer and the output units. The outputs of the intermediate layer connected by the connection control circuits are summed in each output unit. Thus, the neural network circuit for recognizing an image or the like can execute recognition and learning of data to be recognized at high speed with small circuit size, and the recognition accuracy for unlearned data is high.
    • 在设置有具有输入向量的输入层的多层神经网络电路中,具有树状结构的网络的中间层,其输出必须由输入向量的值决定,其数量对应于输入向量的数量 以及输出层,具有用于积分中间层的所有输出的多个输出单元,所述输出层是用于存储中间层和各个输出单元之间的路径中学习次数的学习时间存储器,阈值处理 用于对倾斜时间存储器的输出进行阈值处理的电路和由用于控制中间层和输出单元之间的路径连接的阈值处理电路的输出来控制的连接控制电路。 由连接控制电路连接的中间层的输出在每个输出单元中相加。 因此,用于识别图像等的神经网络电路可以以较小的电路尺寸执行高速识别的数据的识别和学习,并且未被读取的数据的识别精度高。
    • 3. 发明授权
    • Neural network circuit
    • 神经网络电路
    • US5636327A
    • 1997-06-03
    • US409949
    • 1995-03-23
    • Hiroyuki NakahiraShiro SakiyamaMasakatsu MaruyamaSusumu Maruno
    • Hiroyuki NakahiraShiro SakiyamaMasakatsu MaruyamaSusumu Maruno
    • G06N3/063G06F15/18
    • G06K9/4628G06K9/00986G06N3/063
    • In a multilayered neural network for recognizing and processing characteristic data of images and the like by carrying out network arithmetical operations, characteristic data memories store the characteristic data of the layers. Coefficient memories store respective coupling coefficients of the layers other than the last layer. A weight memory stores weights of neurons of the last layer. Address converters carry out arithmetical operations to find out addresses of nets of the network whose coupling coefficients are significant. A table memory outputs a total coupling coefficient obtained by inter-multiplying the significant coupling coefficients read out from the coefficient memories of the layers. A cumulative operation unit performs cumulative additions of the product of the total coupling coefficient times the weight of the weight memory. Arithmetical operations are carried out only on particular nets with a significant coupling coefficient value. The speed of operation and recognition can be improved.
    • 在通过进行网络算术运算来识别和处理图像等的特征数据的多层神经网络中,特征数据存储器存储层的特征数据。 系数存储器存储不同于最后层的层的相应耦合系数。 体重记忆存储最后层的神经元的权重。 地址转换器进行算术运算,找出耦合系数很大的网络网络地址。 表存储器输出通过相互乘以从层的系数存储器读出的有效耦合系数而获得的总耦合系数。 累积操作单元执行总耦合系数乘以权重存储器的权重的乘积的累积加法。 仅对具有显着耦合系数值的特定网络进行算术运算。 可以提高运行和识别的速度。
    • 7. 发明授权
    • Learning type signal recording and reproducing apparatus
    • 学习型信号记录和再现装置
    • US5606538A
    • 1997-02-25
    • US614102
    • 1996-03-12
    • Susumu MarunoToshiyuki KoudaTaro Imagawa
    • Susumu MarunoToshiyuki KoudaTaro Imagawa
    • G11B20/10H04L25/03G11B7/00
    • H04L25/03165G11B20/10G11B20/10009H04L2025/03464
    • The signal recording and reproducing apparatus of this invention includes: a signal detector for detecting a teacher signal and an information signal recorded on a recording medium; a converting section for converting the teacher signal and the information signal detected by the signal detector into a reproduction teacher signal and a reproduction information signal, respectively, based on a predetermined conversion rule; and a teacher signal generator for generating a reference teacher signal, wherein the teacher signal is first detected before the detection of the information signal, and the converting means includes a learning type waveform converting section for automatically establishing the predetermined conversion rule based on the reproduction teacher signal and the reference teacher signal.
    • 本发明的信号记录和再现装置包括:信号检测器,用于检测教师信号和记录在记录介质上的信息信号; 转换部分,用于基于预定的转换规则将教师信号和由信号检测器检测到的信息信号分别转换成再现教师信号和再现信息信号; 以及用于产生参考教师信号的教师信号发生器,其中在信息信号的检测之前首先检测教师信号,并且转换装置包括学习型波形转换部分,用于基于再现教师自动建立预定的转换规则 信号和参考教师信号。
    • 9. 发明授权
    • Recognizing and judging apparatus
    • 识别和判断装置
    • US5329594A
    • 1994-07-12
    • US845248
    • 1992-03-03
    • Susumu MarunoShigeo SakaueToshiyuki KohdaYoshihiro Kojima
    • Susumu MarunoShigeo SakaueToshiyuki KohdaYoshihiro Kojima
    • G06K9/66G06N3/04G06K9/62
    • G06N3/04G06K9/66
    • A recognizing and judging apparatus has a network organized in a multilayered hierarchical manner and a plurality of branched tree structures corresponding to the number of inputted data. The branched tree structures are organized by a plurality of recognition units, each of which includes a signal input section and a quantizer for performing a quantization according to a signal inputted from the signal input section. Each of the recognition units further includes a path input section having at least one path input terminal, a path output section having at least one path output terminal, and a path selecting section operatively coupled with both the path input section and the path output section for performing a selection of paths according to an output of the quantizer.
    • 识别和判断装置具有以多层次分层方式组织的网络和对应于输入数据数量的多个分支树结构。 分支树结构由多个识别单元组织,每个识别单元包括信号输入部分和用于根据从信号输入部分输入的信号进行量化的量化器。 每个识别单元还包括具有至少一个路径输入端的路径输入部分,具有至少一个路径输出端的路径输出部分和与路径输入部分和路径输出部分可操作地耦合的路径选择部分,用于 根据量化器的输出执行路径选择。
    • 10. 发明授权
    • Color gradation correction method and apparatus
    • 彩色灰度校正方法和装置
    • US5296920A
    • 1994-03-22
    • US945626
    • 1992-09-16
    • Shigeo SakaueSusumu MarunoHaruo YamashitaYasuki MatsumotoHideshi Ishihara
    • Shigeo SakaueSusumu MarunoHaruo YamashitaYasuki MatsumotoHideshi Ishihara
    • B41J2/52G06T5/00G09G5/00G09G5/02H04N1/00H04N1/60H04N9/69H04N9/77
    • H04N1/00795H04N1/6027H04N9/69
    • A gradation correction apparatus for processing R, G, and B input signals includes a luminance signal conversion device for obtaining the original luminance signal, which is before gamma conversion, from the input signals, a luminance gamma conversion device for gamma converting the original luminance signal to the desired gradation characteristics to obtain a gamma converted luminance signal, a correction coefficient calculation means for obtaining a ratio of the gamma converted luminance signal to the original luminance signal, a first RGB operation means for multiplying the ratio by each of the R, G, and B input signals for obtaining primary gradation-corrected R, G, and B signals; a color difference signal operation means for producing a difference between each of the R, G, and B input signals and the original luminance signal; a second RGB operation means for adding the gamma converted luminance signal to each of the difference for obtaining secondary gradation-corrected R, G, and B signals; and an RGB determination means for obtaining final gradation-corrected R, G, B signals based on the primary and secondary gradation-corrected R, G, and B signals.
    • 用于处理R,G和B输入信号的灰度校正装置包括用于从输入信号获得伽马变换之前的原始亮度信号的亮度信号转换装置,用于伽马转换原始亮度信号的亮度伽玛转换装置 获得所需的灰度特性以获得伽马转换的亮度信号;校正系数计算装置,用于获得伽马转换的亮度信号与原始亮度信号的比率;第一RGB操作装置,用于将该比率乘以每个R,G 和B输入信号,用于获得初级灰度校正的R,G和B信号; 用于产生R,G和B每个输入信号与原始亮度信号之间的差的色差信号操作装置; 第二RGB操作装置,用于将伽马转换的亮度信号加到每个差值上,以获得二次灰度校正的R,G和B信号; 以及RGB确定装置,用于基于一次和二次灰度校正的R,G和B信号获得最终灰度校正的R,G,B信号。