01
Reconfigurable Intelligent Surface
Architecture, channel estimation, beamforming and experimental systems for 6G.
Related publications →01
Research
From physical channels
to intelligent links.
Six connected directions bring together transmission theory, signal processing, machine learning and experimental hardware for 5G/6G wireless communications.
Research map
Six directions, one wireless frontier.
Topics are presented as pathways that connect research questions to people, papers, code and prototypes.
02
Massive MIMO
Large arrays, extremely large-scale systems and real-time high-speed links.
Related publications →
03
AI for Wireless
Learning-enabled channel prediction, decoding and physical-layer intelligence.
Related publications →04
Near-field Communications
Channel modeling, beam training and wideband transmission for extremely large arrays.
Related publications →05
Millimeter-wave & Terahertz
Hybrid precoding, lens arrays and broadband beam control for high-frequency links.
Related publications →06
Electromagnetic Information Theory
A physical view of channels, capacity, degrees of freedom and holographic MIMO.
Open EIT Library ↗Hardware platforms
Theory tested on real wireless links.
01
Low-power communications based on RIS and AI for 6G
An end-to-end prototype linking intelligent surfaces, learning-enabled transmission and real-time communication.
Watch demonstration ↗02
28 GHz RIS multi-user beamforming
A 256-element intelligent surface platform for transmitter, receiver and relay experiments.
Watch demonstration ↗03
Real-time high-speed VR transmission
A 64-RF-chain massive MIMO platform for real-time high-throughput wireless transmission.