JP2637760B

PURPOSE:To converge the learning of analog information with a high accuracy and simultaneously, at a high speed by multiplexing a neutral network, obtaining a weighted mean, making it into a final output and causing a weight coefficient between an input layer and an intermediate layer or between the...

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Hauptverfasser: TANAKA HIROO, FURUMURA MITSUO
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creator TANAKA HIROO
FURUMURA MITSUO
description PURPOSE:To converge the learning of analog information with a high accuracy and simultaneously, at a high speed by multiplexing a neutral network, obtaining a weighted mean, making it into a final output and causing a weight coefficient between an input layer and an intermediate layer or between the intermediate layer and an output layer to be random. CONSTITUTION:The neutral network is composed of an input layer 10, an intermediate layer 12, an output layer 14, and a final output layer 16, and the intermediate layer 12 and output layer 14 are made into multistages. The weight coefficient between the input layer 10 and intermediate layer 12 or between the intermediate layer 12 and output layer 14 is made random according to a necessity, the learning is independently executed in respective stages in the multiplexed intermediate layer 12 and output layer 14, the weighted mean of the outputs of respective stages of the output layer 14 is obtained in the final output layer 16, and it is made into a final output OT. Thus, the efficient learning of the data of a read world can be executed, and the convergency can be made high-speed.
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CONSTITUTION:The neutral network is composed of an input layer 10, an intermediate layer 12, an output layer 14, and a final output layer 16, and the intermediate layer 12 and output layer 14 are made into multistages. The weight coefficient between the input layer 10 and intermediate layer 12 or between the intermediate layer 12 and output layer 14 is made random according to a necessity, the learning is independently executed in respective stages in the multiplexed intermediate layer 12 and output layer 14, the weighted mean of the outputs of respective stages of the output layer 14 is obtained in the final output layer 16, and it is made into a final output OT. 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CONSTITUTION:The neutral network is composed of an input layer 10, an intermediate layer 12, an output layer 14, and a final output layer 16, and the intermediate layer 12 and output layer 14 are made into multistages. The weight coefficient between the input layer 10 and intermediate layer 12 or between the intermediate layer 12 and output layer 14 is made random according to a necessity, the learning is independently executed in respective stages in the multiplexed intermediate layer 12 and output layer 14, the weighted mean of the outputs of respective stages of the output layer 14 is obtained in the final output layer 16, and it is made into a final output OT. Thus, the efficient learning of the data of a read world can be executed, and the convergency can be made high-speed.</abstract><edition>6</edition><oa>free_for_read</oa></addata></record>
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subjects ACOUSTICS
CALCULATING
COMPUTER SYSTEMS BASED ON SPECIFIC COMPUTATIONAL MODELS
COMPUTING
COUNTING
ELECTRIC DIGITAL DATA PROCESSING
IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
MUSICAL INSTRUMENTS
PHYSICS
SPEECH ANALYSIS OR SYNTHESIS
SPEECH OR AUDIO CODING OR DECODING
SPEECH OR VOICE PROCESSING
SPEECH RECOGNITION
title JP2637760B
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