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Design and Simulation of Acoustic Data Communication Model for Security Systems

V. Mathiazhagan, J. Mohamed Safeuq, Nikhil Divakaran, Raghul Srinivasan, Nithesh Balaji

Abstract


This paper presents a method of communication for security systems by utilizing the acoustic channel. The system consists of a transmitter, which acts as the key. The transmitter contains a code which is ASK modulated and converted to audio signal and is played with a speaker. This sound is intercepted by the receiver with a microphone, which is the security system. The receiver extracts the data from the audio signal and performs necessary processing on it. Acoustic data communication provides flexibility and allows reuse of existing hardware that simply has a speaker and/or microphone. The proposed system is simulated and the results are provided.


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References


Henrique Gonçalves Nogueira, “Acoustic data transmission for embedded software platforms: an empirical study”, UTUPub, University of Turku, 2019

Md. Maksudur Rahman, Dr. Mohammed Sowket Ali and Md. Shoaib Akther, “Password Protected Electronic Lock System for Smart Home Security”, IJERT 2018

Francis Iannaci, Yanping Huang, “ChirpCast: Data Transmission via Audio”, arXiv 2018

Kobus Marneweck, James Nesfield, Dr. Adib Mehrabi, Dr. Daniel Jones, “Why data-over-sound is an integral part of any iot engineer’s toolbox: Chirp + arm = frictionless low power connectivity”, 2019.


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