Design and implementation of opto-electro decoder using photonic structure: A new application of Li-fi vis-a-vis optical embedded system

Abstract An opto-electro decoder is envisaged in this research using the principle of filter and fidelity, where filter deals with an optical grating structure and fidelity are coped with light wave technology via visible communication. Further, the operational principle of filter relays on photonic band gap of the structure which is replicated through reflectance analysis with the help of the plane wave expansion method, where the working of Li-fi technology banks on the combination of the function of Arduino boards via LED and photo detector through hardware implementation which is characterized by the help of MATLAB Simulink model. To sum up, the combination of optical filter and light fidelity leads to an embedded application to figure out the decoding action.