An Integrated Molecular Communication System Based on Acoustic Tweezers

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Date

2023

Authors

Pusane, Ali Emre
Baykas, Tuncer

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IEEE-Inst Electrical Electronics Engineers Inc

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Abstract

In this work, a molecular communication link integrated with a micro-electro mechanical system (MEMS) based environment has been designed and simulated. The motivation behind this approach is to explore the possibility of merging acoustic tweezing technique with a molecular communication system to increase the accuracy and reliability of the overall communication link. The proposed design is simulated using finite element methods that mimic the actual environment for an accurate solution. We derive symbol error rate as a performance metric and further show that the proposed system outperforms the diffusion-based modulation techniques and facilitates a reliable communication in the presence of fluid flow and while being insusceptible to external factors.

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Keywords

Acoustics, Transducers, Force, Molecular communication (telecommunication), Finite element analysis, Ultrasonic imaging, Symbols, Acoustic transducers, molecular communication, microelectromechanical devices

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0

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Source

Ieee Transactions on Nanobioscience

Volume

22

Issue

2

Start Page

413

End Page

419