基于磁性纳米粒子的分子通信研究

Research on Magnetic Nanoparticles Based Molecular Communication

分子通信是利用分子等纳米粒子作为信息载体,经发射、编码、传输和解码步骤来实现通信的一种通信范式.磁性纳米粒子具有良好的生物兼容性,将其作为信息载体,在未来能够更好地构建体域纳米网络,以及解决纳米机器人间的通信协作问题.目前分子通信的相关研究主要集中在理论部分,对于分子通信平台的研究及相关实验相对较少.本文设计了一个基于磁性纳米粒子的分子通信平台,进行了一系列实验来研究不同调制方式和不同外界环境下分子通信的通信情况,最后总结展望了分子通信研究的未来方向.

Molecular communication is a communication paradigm that uses nanoparticles such as molecules as information carriers to achieve communication through emission,coding,transmission and decoding.Magnetic nanoparticles have good biological compatibility to be information carriers.Magnetic nanoparticles can be better used to build body area nano network in the future and solve the communication and cooperation problems between nano machines.At present,the relevant research of molecular communication mainly focuses on the theoretical part,and there are relatively few researches and experiments on molecular communication platforms.In this paper,a molecular communication platform based on magnetic nanoparticles is designed,a series of experiments to study the communication situation of molecular communication under different modulation methods and different external environments are carried out.Finally,the future direction of molecular communication research is given.