植入式医学装置的通信问题是远程医疗技术的关键性问题。本项目针对常规无线通信在人体组织内的信号衰减大、安全性低等问题，提出一种植入式电容耦合型人体通信方法。拟采用有限元、传递函数与物理实验相结合的方法开展植入式电容耦合型人体通信的建模与仿真研究，揭示其信号传输与耦合规律，阐明其工作机理。建立植入式电容耦合型人体通信的参数模型，获得其影响参数之间的数学关系。最终，为形成一种低功耗、微型化、安全、便捷的植入式通信方法，促进植入式医学装置在未来远程医疗领域的应用奠定理论及方法基础。

The implantable communication of Active Medical Implants (AMI) plays an important role in the telemedicine technology. Aiming at the high attenuation of conventional wireless communication in human tissue, a capacitive coupling intra-body communication method used for AMI is proposed in this proposal. In order to reveal the rules of signal transmission and coupling in the implantable capacitive coupling intra-body communication and thereby clarify its mechanism, the modeling and simulation of the proposed method are investigated by using finite-element method, transfer function method as well as physical experiments. Meanwhile, the parameter model of the proposed method is deduced and the parameter relationships of the developed model are discussed. Finally, the above works will lay a foundation for a novel implantable communication method with the characteristics of low power consumption, microminiaturization, safe and convenient, and promote the application of AMI in telemedicine field.