Communication through Visible Light ‎

Visible light-based communication or LiFi has attracted a lot of interest for various ‎applications. In this work, student will develop a LED based visible light transmitter and a ‎photo-diode/solar panel-based receiver and quantify its packet error rate under various ‎light settings which cause interference to the intended communication.‎ For the build I have to do it myself, I need help in writing and the circuit diagram and the code, the code to use can be python or C programming or Embedded system using the LED, solar panel, Amplifiers, ADC, MUCs Objectives Objective 1- Develop a prototype of the VLC and showcase the effectiveness by using LEDs.‎ Objective 2- To presents the comprehensive experimental work on the model and discusses ‎the performance.‎ Objective 3- Propose the guideline for the design and implementation of the prototype’s ‎future development. ‎ Objective 4- To suggests a novel visible light communication system with the passive ‎photodetector that is implemented by using the off-the-shelf silicon solar panel for optical ‎signal detection and energy harvesting. ‎ Objective 5- To proposes and experimentally demonstrates a VLC system using the common ‎commercial solar panel.‎