Multilinear algebra, especially tensor decompositions, bring intrinsically interesting approaches to screen-to-camera applications. The goal of this research project is to use various tensor signal and image processing models within the S2C application.

Color Shift-Keying (CSK) modulation introduces the color domain to Visible Light Communications (VLC). This project aims to investigate the impact of channel models for CSK modulation, introducing new space-time-color coding schemes in these scenarios.

With the advancement of visible light communication technologies, the benefits of this technology in the application of indoor positioning have become promising. Using VLC/OCC technologies, this project aims to create new positioning systems and algorithms.

By combining wireless transmission with image/video processing, Optical Camera Communications (OCC) presents an intriguing paradigm. The goal of this project is to investigate the effects of image enhancement techniques, such as super-resolution reconstruction algorithms, on the performance of OCC systems.

Unmanned aerial vehicles (UAVs) have and will continue to play an important role in the services and transportation sectors, as well as in communications. Such aircrafts can be used as access points and relays to cover large areas. This project has plenty of potential for VLC/OCC technologies, which remain undiscovered in this industry.

The modern communications landscape is still dominated by radiofrequency and microwave technologies, as well as millimeter and terahertz waves. The goal of this project is to continue research in cooperative or multi-hop systems, such as the use of Reconfigurable Intelligent surfaces (RIS).