OUR PROJECTS

Our research center focuses on pioneering advancements in next-generation communication technologies. We are actively working on Visible Light Communication (VLC) for 6G, exploring high-speed, low-latency wireless solutions for future networks. Our Hybrid Communication Systems with AI and Machine Learning integrate multiple wireless technologies to enhance network efficiency and adaptability. Additionally, our VLC for Outer Space Communication project aims to revolutionize deep-space data transmission with secure and high-speed optical links. Through these innovative projects, we strive to shape the future of wireless communication and intelligent networking.

Visible Light Communication (VLC) for 6G

This project explores the integration of VLC into 6G networks, aiming to achieve ultra-fast, secure, and energy-efficient wireless communication. By leveraging the visible spectrum, we focus on enhancing data rates, reducing latency, and overcoming RF spectrum limitations for future wireless systems.

Hybrid Communication Systems with AI and Machine Learning

We are developing intelligent hybrid communication models that combine VLC, RF, and other wireless technologies. With AI and machine learning, our research focuses on optimizing network performance, adaptive resource allocation, and real-time decision-making to create more robust and efficient communication systems.

VLC for Outer Space Communication

This project investigates the use of visible light and laser-based communication for deep-space missions, satellites, and interplanetary networks. By utilizing VLC, we aim to establish  high-speed, secure, and interference-free data transmission solutions for future space exploration, overcoming the limitations of traditional RF communication.