Work

Research

Intern as the application engineer

FPGA development for TDD switching of millimeter-wave frequency converter based on LTE frame structure with LABVIEW NXG.
Serial beam control of various millimeter wave antenna arrays based on Labview NXG.

Demos

Title: Reconfigurable Distributed Antennas and Reflecting Surface (RDARS)-Aided Integrated Sensing and Communication
Description: The RDARS, a flexible and reconfigurable combination of distributed antennas and reflecting surface, is introduced to achieve the ISAC dual functionalities with only the communication signal. The developed RDARS-aided ISAC prototype achieves reliable user localization without compromising communication performance with beam scanning and range estimation.

Title: Vision-aided Multi-user Beam Training and Tracking for mmWave Massive MIMO Communications
Description: We propose a novel vision-based framework that integrates visual data taken by a camera at the base station, to assist in the practical multi-user beam training and tracking. The vision-aided mmWave massive MIMO prototype achieves fast multi-user network access and reliable multi-user mobile communications, laying the foundation for scaling vision-aided wireless communication applications to real-world 6G scenarios and practical implementations.

Jan. 2023 - Present: “AI-Driven Intelligent 6G Wireless Communications: Theory and Technology”
Funded by NSFC and FDCT under Grant 0087/2022/AFJ.
Student Investigator, in charge of the design of transceiver, beamforming and prototype realization.
Oct. 2020 - Sep. 2022: Analysis and Optimal Design of Simultaneous Wireless Information and Power Transfer in IoT Networks
Funded by FDCT under Grant 0036/2019/A1.
Student investigator, in charge of the prototype verification of wireless information and energy transmission based on NI USRP.

Hardware-Platform