確率的順序回路を用いた超小型で超低消費電力な神経補綴装置の開発基盤の構築
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1.Design of an Electronic Circuit Bursting Neuron Model Based on the Concept of Ergodic Sequential Logic Neuromorphic Circuit
- 关键词：
- Computer circuits;Computer operating procedures;Neural network models;Neural prostheses;Neurons;Ordinary differential equations;Prosthetics;Timing circuits;Bursting neurons;Electronics circuits;Ergodics;Field programmables;Field-programmable gate array;Neuromorphic;Neuromorphic electronic circuit;Neuron modeling;Programmable gate array;Sequential logic
- Otawa, Ryota;Torikai, Hiroyuki
- 《22nd International SoC Design Conference, ISOCC 2025》
- 2025年
- October 15, 2025 - October 18, 2025
- Busan, Korea, Republic of
- 会议
A novel electronic circuit bursting neuron model is designed based on the concept of ergodic sequential logic (ESL) neuromorphic circuit. It is shown that the ESL bursting neuron model can reproduce a typical bursting phenomenon of an ordinary differential equation neuron model known as the Hindmarsh-Rose (HR) neuron model. Possible applications of the ESL bursting neuron model such as in neural prosthetic device is also discussed. © 2025 IEEE.
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