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Nano Technology/Networks in Molecular Communication: An Advance Step of Electrical Communications

机译:分子通信中的纳米技术/网络:电气通信的推进步骤

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Till-date research in communications industry has mainly focused on systems based on electromagnetic propagation. However, in nanotechnology the scales are very minute, hence it needs further research that whether these concepts apply or not. So far, molecular communications research has studied the propagation of individual molecules between closely spaced transmitters and receivers as embedded in a fluid medium. Using these concepts, scientists are now investigating into nanomachines, nanomedicines, nanorobotics, and bio-chips which have enabled to further the computer science communications with biologically inspired algorithms. If timely parallels can be drawn between molecular communications and electrical communications there is potential for cross-learning and an opportunity to pioneer new developments. This paper aims to bring forth the key principles in molecular communication and their relationship to electrical communications as out-of-the-box philosophy for academicians and students.
机译:通信行业的迄今为止研究主要集中在基于电磁繁殖的系统。然而,在纳米技术中,尺度非常小,因此需要进一步研究这些概念是否适用。到目前为止,分子通信研究已经研究了嵌入在流体介质中的紧密间隔的发射机和接收器之间的个体分子的传播。使用这些概念,科学家正在调查纳米胺,纳米胺,纳米藻体和生物芯片,这使得能够进一步与生物学启发算法的计算机科学通信。如果可以在分子通信和电气通信之间绘制及时平行,则跨学习的潜力和开拓新的发展的机会。本文旨在提出分子通信的关键原则及其与电气通信的关系,作为院士和学生的开箱哲学。

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