6G Integrated Sensing and Communication: FR3/FR2 Prototyping, Contact-Free Human Sensing, Antenna & Propagation, MIMO, Signal Processing

6G Integrated Sensing and Communication: FR3/FR2 Prototyping, Contact-Free Human Sensing, Antenna & Propagation, MIMO, Signal Processing

We offer expertise in 6G Integrated Sensing and Communication (ISAC) with a strong focus on (not limited to) contact-free human sensing and experimental radio prototyping in FR3 (7–24 GHz) and FR2 (mmWave) bands. Our work spans the full physical-layer stack, from antenna and propagation modeling to MIMO signal processing and real-time system validation.

We develop and prototype ISAC-enabled multi-antenna systems for non-contact monitoring of human vital signs, motion, and activities, targeting applications in healthcare, assisted living, and smart environments. Our expertise includes channel metching based antenna array design, channel and propagation characterization in dynamic human-centric environments, and CSI-driven sensing and beamforming.

We contribute advanced signal processing and learning-assisted methods for joint communication and sensing, including radio resource management, MIMO beam management, cell-free resource and inteference management, target parameter estimation, and robustness to mobility and clutter. Our approach is measurement-driven, supported by hardware testbeds, over-the-air experiments, and FR3/FR2 prototypes, bridging theory and practice.

We are interested in collaborating with partners on Horizon Europe / SNS JU / Cluster-1/4 projects, particularly in areas related to ISAC use cases, wireless intelligence, robotics, and next-generation wireless systems, where tightly integrated sensing and communication is a key enabler.

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