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Sub-μWRComm 415-nW 110-kbs Physically and Mathematically Secure Electro-Quasi-St
首款超低功耗（415nW）人体通信安全节点，结合物理与数学加密技术。
415nW总功耗（最低功耗模式108nW），1kb/s数据速率，-64dBm灵敏度
超低功耗人体通信物理安全AES-256加密可穿戴设备
▸首次实现>1kb/s的超低功耗可穿戴通信（Sub-µWRComm）
▸结合电准静态人体通信（EQS-HBC）的物理安全性与AES-256数学加密
▸通过FEM仿真和泄漏测量验证信号封闭特性
Abstract
Low-power secure communication is one of the key
enablers of applications, such as secure authentication and remote
health monitoring. Radio wave-based communication method,
such as Bluetooth, suffers from high-power requirements and
physical signal leakage. Electro-quasi-static human body com-
munication (EQS-HBC) utilizes the conductivity of the human
body to use it as a communication medium and confine the signal
within a close proximity of the body and enable low power
consumption through low