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Wireless Communication in Nanonetworks: Current Status, Prospect and Challenges

机译:纳米型工作中的无线通信:当前状态,展望和挑战

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摘要

As candidate new wireless communication schemes, the molecular communication (MC) and nano-electromagnetic communication (NEC) get more and more attention. Benefit from the special communication framework, several high-value applications like healthcare monitoring and drug delivery, plants and animals monitoring, and detect and manage the corrosion of pipe can be imaged which serve the people, environment and industry from the view of nanoscale transmission. However, considered the specific information carrier, new channel characters and nanoscale transmitter and receiver, obviously the gap from theory to practice can also be imaged. In this paper, we firstly describe the requirements for MC and NEC from the vision of next generation wireless communication. Based on the requirements, five potential applications have been presented and finally, we point out some challenges from theory to practice. We hope to find out the nearest path of MC and NEC from academic research to people's real life.
机译:作为候选新的无线通信方案,分子通信(MC)和纳米电磁通信(NEC)越来越受到关注。从特殊的沟通框架中受益,几种高价值应用,如医疗保健监测和药物交付,植物和动物监测,以及检测和管理管道的腐蚀,可以从纳米级传输的角度提供人员,环境和工业。但是,考虑了特定的信息载体,新频道字符和纳米级发射器和接收器,显然也可以成像从理论到实践的差距。在本文中,我们首先从下一代无线通信的愿景描述了MC和NEC的要求。根据要求,提出了五个潜在的应用,最后,我们从理论上指出了一些挑战。我们希望能够从学术研究中找到最近的MC和NEC路径,对人们的现实生活。

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