Yahara Mitsutoshi
- 教授
- 学位:博士(工学)
基本情報
所属
- Undergraduate School of Humanities and Science / Department of Human Information Engineering
- Graduate School of Science and Technology / Course of Science and Technology
詳細情報
研究キーワード
- Pulse Circuit
研究分野
- Manufacturing technology (mechanical, electrical/electronic, chemical engineering) Electronic devices and equipment
論文
A Hamming Distance Detection Circuit Using Current Mirrors
Neuron CMOS with Configurable Positive and Negative Synaptic Weights for All Input
A Study of a Chebyshev Distance Detection Circuit Using Neuron CMOS Inverters
Chip Evaluation of a High-Speed Minimum Hamming Distance Search Associative Memory Using an Electronic Neuron
Design and Analysis of an m + n/k Multiplier Based on Multi-Phase Clock
A Study of High-Speed Hamming Distance Detection Circuit Utilizing a Neuron CMOS Inverter
Low-Power Hamming Distance Detection Circuit Using Cross-Coupled Electronic Neuron.
Design of Frequency Multiplier Based on Double-edge Counter and Its Analysis
A Study of a Minimum Euclidean Distance Search Circuit for Anassociative Memory
Hamming Distance Search Circuit Using Interconnect Capacitance
Proposal of a high-speed Hamming distance detector using electronic neuron circuit and chip evaluation
DIGITAL FREQUENCY-LOCKED LOOP WITH WIDE LOCK-IN RANGE AND LOW FREQUENCY ERROR BASED ON MULTI-PHASE CLOCK
APPROACHES TO REMOTE LEARNING DURING COVID-19 IN THE SCHOOL OF INDUSTRIAL AND WELFARE ENGINEERING, TOKAI UNIVERSITY
An Electronic Neuron Using Interconnect Capacitance and Applied to a Variable Logic Circuit
Digital Frequency-Locked Loop with Low Frequency Error Based on Multi-Phase Clock
A Study of Digitally Controlled Oscillator Based on Multi-Phase Clock
Digital Frequency-Locked Loop Based on Double-Edge Counter
A flash type a/d converter using neuron cmos inverters with threshold compensation circuits
共同研究・競争的資金等の研究課題
Neuron electronic circuits using inter-wiring capacitance and its application to neural circuits
Associative Memory Using Neuron CMOS Inverters
High-Speed and Low Power Consumption AD Converter Using Neuron MOSFET
Study of Digital Locked Loop
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