Minoya
Kenichi Minoya, Kariya-City JP
Patent application number | Description | Published |
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20150309961 | ARITHMETIC PROCESSING APPARATUS - An arithmetic processing apparatus performs arithmetic by a neural network in which multiple processing layers are hierarchically connected. The arithmetic processing apparatus corresponding to one of the multiple processing layers includes a convolution arithmetic portion and a pooling processing portion. The convolution arithmetic portion receives an input data from another of the plurality of processing layers, performs convolution arithmetic to the input data, and in each arithmetic cycle, outputs a part of all convolution arithmetic result data required for single pooling processing. The pooling processing portion performs the single pooling processing to the all convolution arithmetic result data before executing activation processing. | 10-29-2015 |
Yasushi Minoya, Tokyo JP
Patent application number | Description | Published |
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20100191825 | CONTENT ACQUISITION APPARATUS, PROGRAM, CONTENT ACQUISITION METHOD AND CONTENT ACQUISITION SYSTEM - [Object] To provide a content acquisition apparatus, a program, a content acquisition method and a content acquisition system. | 07-29-2010 |
20100223436 | CONTENT ACQUISITION APPARATUS, PROGRAM, CONTENT ACQUISITION METHOD AND CONTENT ACQUISITION SYSTEM - [Object]To provide a content acquisition apparatus, a program, a content acquisition method and a content acquisition system. | 09-02-2010 |
Yoshiaki Minoya, Matsumoto-City JP
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20130152910 | INTERNAL COMBUSTION ENGINE IGNITION DEVICE - An internal combustion engine ignition device can determine ignition timing with high precision to perform ignition with high precision even where noise superimposed at the time of rise of current flowing through an ignition coil is generated. In an internal combustion engine ignition device including an output terminal for detecting an internal state such as a coil current, it is possible to prevent generation of pulse noise in the form of chattering at falling and rising edges of a voltage of the output terminal by using a hysteresis comparator, even if noise is superimposed at the time of rise of the coil current. Therefore, a voltage pulse with pulse width of high precision is transmitted to an electronic control unit without the influence of noise, and the ignition timing can be determined properly with high precision. | 06-20-2013 |