⚡ 本页包含 AI 生成的分析内容，仅供参考
本文提出了一种基于人体通信（BCC）的无线并发记录/传输同心电极（EEG Dust），解决了传统有线多通道EEG环境干扰大、不便穿戴的问题，实现了低功耗无线EEG监测。
Institute for Health, Singapore, Singapore 1 2 EEG recording technology creates the opportunity to sense and discover potential fluctuation in the human brain [1]. Quantitative analysis based on various EEG sensor nodes provide vital information on the patient’s mental and physiological status. However, conventional multi-channel work requires wire connections and thus suffers from huge environmental interference, which makes it difficult to be wearable and durable for daily EEG monitoring. Some work [2] tried to solve the problem of common mode interference from power line coupling by using a common mode charging pump (CMCP) technique, which cancels out a certain amount of common mode voltage. However, the charging speed of the capacitor makes it unsuitable when coupled common mode potential changes over time
Tao Tang1, Long Yan2, Jeong Hoan Park1, Han Wu1, Lian Zhang1,
Ho Yin Benjamin Lee1, Jerald Yoo1,3 National University of Singapore, Singapore, Singapore Samsung Electronics, Suwon, Korea 3 N