Saranathan D Email and Phone Number

I am working on Cyber-Physical Systems, focusing on utilizing Digital Twin technology to enhance Remote Robotic Surgeries. My role involves developing simulation models, ensuring real-time synchronization between physical and virtual systems, and exploring innovative solutions to improve precision and reliability in healthcare robotics. This research lies at the intersection of advanced technology and healthcare, aiming to push the boundaries of modern medical systems.

This project focuses on simulating a Free-Space Optics (FSO) communication link in MATLAB. The scenario involves two points separated by 1.3 kilometers between IITM Research park to Electrical Sciences Block, replicating a real-world FSO system.The simulation will incorporate key factors impacting performance. These include channel attenuation, which accounts for the weakening of the optical signal due to atmospheric effects over the distance, Pointing errors, referring to misalignment between transmitter and receiver, will also be simulated to assess their influence on received signal strength. Finally, the model will consider the efficiency of converting electrical signals to optical signals at both ends (O/E efficiency).By leveraging MATLAB, the simulation will analyze the interplay between these channel effects and system parameters. Metrics like received power, bit error rate (BER), and system capacity will be generated. This allows for a comparison and quantification of how pointing errors and O/E efficiency impact overall system performance. Ultimately, the simulation provides valuable insights for optimizing FSO system design and assessing their feasibility for specific applications.

Working on CV Dental project

Project member on AI for Aircraft Recognition