Georgios Trichopoulos

Experimental Validation of a Solar-powered Reconfigurable Intelligent Surface

Demonstrates if and how RIS can operate fully independently on solar power, allowing for sustainable and scalable deployment.

Program: FURI

Metasurface Simulation

This MATLAB GUI visualizes EM wave propagation and metasurface interactions, aiding beamforming research for sensing and health monitoring.

Program: FURI

Metasurfaces for Sensing Applications

This research can improve the health and safety industry by providing non-invasive solutions that do not impede on people's privacy.

Program: FURI

Solar Powered Reconfigurable Intelligent Surface (RIS)

Designing a solar power system to make reconfigurable intelligent surfaces more scalable, sustainable and implementable.

Program: FURI

Advancing Wireless Network Efficiency with a Hierarchical Beam Search Algorithm for RIS-Enabled mmWave Systems

The development of an energy-efficient Reconfigurable Intelligent Surface prototype will significantly enhance the energy efficiency of mmWave-based wireless networks.

Program: FURI

Energy Optimization and Scalability for a Millimeter-Wave Reconfigurable Intelligent Surface

Making a powerful, efficient reconfigurable intelligent surface will improve wireless communications without depending on the energy grid.

Program: FURI

Energy Optimization and Scalability for a Millimeter-Wave Reconfigurable Intelligent Surface

Making a powerful, efficient reconfigurable intelligent surface will improve wireless communications without depending on the energy grid.

Program: FURI

Active Matrix Memory Module

Creating a reconfigurable intelligent array will lead to an efficient, simple and cost-effective communication method.

Program: MORE

The Impact of Ambient Temperatures on Power System Transmission and Distribution

Identifying efficiency faults in power system transmission from ambient temperature will create more resilient systems.

Program: FURI

Imaging Methods to Augment Human Vision Beyond Direct Line-of-Sight with mmWaves

Developing new imaging methods with mmWaves will augment human vision beyond direct line-of-sight.

Program: MORE

Designing a Low-Cost and Power-Efficient DC-Biasing System for Reconfigurable Reflective Surfaces in the Terahertz Spectrum

Establishing an effective, low-cost DC biasing circuit for wireless systems increases the security and reliability of communications for all end users.

Program: FURI

Low-Cost and Power-Efficient Terahertz Reconfigurable Reflective Surfaces for Imaging and Wireless Communications

Implementing reconfigurable reflective surfaces will help improve wireless imaging, sensing and communications.

Program: FURI

Intelligent Surfaces for 5G and Beyond Wireless Communications

Creating an efficient and reconfigurable large intelligent surface antenna system for 5G wireless communication will increase speed and bandwidth.

Program: MORE

Design of High-Frequency Large Intelligent Surfaces Using Reflectarrays

Designing intelligent metallic surfaces will improve the quality of wireless communication systems.

Program: MORE

Design of High-Frequency Large Intelligent Surfaces using Reflectarray Antennas

Designing advanced antenna surfaces for efficiently redirecting radio waves will enable more efficient wireless communications.

Program: MORE

Reflectarray Antenna for Future Wireless Communication

Designing next-generation antennas to dynamically interact with the wireless environment giving users flexibility to stay connected, everywhere.

Program: FURI

Wideband Microwave Radar for Autonomous Navigation

Studying small portable radar systems will lead to better ideas of how to best implement them in applications such as automobile sensing.

Program: MORE

Program: MORE

Around the Corner Imaging at Terahertz

Program: MORE

Wearable Antenna System for Touchless Gesture Recognition and Interaction

Program: MORE

Compact Terahertz Real-Time Imaging System

Program: MORE