The seminar
An international meeting on wireless sensing in millimetre-wave and sub-terahertz bands, and its role in future communication networks.
The mmWave and sub-THz bands make it possible for a single wireless infrastructure not only to carry information but also to perceive its surroundings: detecting presence and motion, estimating range, characterising materials and reconstructing scenes. This convergence of communication and sensing is one of the pillars of 6G networks.
The seminar brings together researchers from the United States and Chile to discuss propagation models, experimental measurements, joint sensing architectures and the open challenges of taking these technologies to real deployments.
Channel models, penetration loss, scattering and measurement campaigns in millimetre-wave and sub-terahertz bands.
Sensing the environment with radio signals: presence detection, range estimation and material characterisation.
ISAC architectures that combine data transmission and environmental perception over the same infrastructure.
Implications for 6G network design, reconfigurable intelligent surfaces and high-frequency deployments.
In preparation
Preliminary programme coming soon.
We are coordinating the session schedule with the speakers. This section will be updated with talks, times and activities.
Request publication noticeSpecialists in propagation, wireless sensing and next-generation network architectures.
Columbia University
United States
Kenneth Brayer Professor of Electrical Engineering and department chair at Columbia University, where he leads the Wireless and Mobile Networking Lab. He is Columbia PI of the COSMOS testbed, part of the NSF PAWR programme. PhD in Electrical Engineering from the Technion, with a postdoc at MIT.
Research area
Wireless, mobile and resilient networks
Institutional profileNokia Bell Labs
United States
Researcher at Nokia Bell Labs since 2015, working on the fundamentals of wireless communication: communication theory, radio system design and optimisation, and millimetre-wave propagation measurement. PhD from KTH Stockholm, with a postdoc at MIT.
Research area
mmWave propagation and channel modelling
Institutional profileNokia Bell Labs
United States
Director of the Wireless Communications Research department at Nokia Bell Labs and a member of the US National Academy of Engineering, which elected him in 2017 for leadership in multi-antenna systems and channel modelling. Bell Labs Fellow and IEEE Fellow. He studied engineering at Universidad de Chile and holds a PhD from Imperial College London.
Research area
MIMO, smart antennas and propagation
Institutional profileAffiliation to be confirmed
Heads the Wireless Communications Research Group at Universidad Técnica Federico Santa María, with a long record in channel measurement campaigns and propagation characterisation. He has co-authored 28 GHz measurements in the COSMOS testbed area, the same project Columbia University takes part in.
Research area
Channel measurement and characterisation
Institutional profilePontificia Universidad Católica de Chile
Chile
Assistant professor in the Electrical Engineering Department at Pontificia Universidad Católica de Chile since 2024, and an IEEE Senior Member. PhD from the University of Porto, MSc from Politecnico di Torino and an electronics engineering degree from PUCV. He collaborates with the CISTER centre in Porto and chaired the IEEE ComSoc Chile chapter.
Research area
Real-time wireless networked systems, IoT and localisation
Institutional profileUniversidad de Santiago de Chile
Chile
Assistant professor in the Electrical Engineering Department at Universidad de Santiago de Chile. He leads a Fondecyt Initiation project on adaptive wireless networks using autonomous drones as mobile base stations, applied to millimetre waves in 5G and 6G.
Research area
Drone-assisted networks and energy efficiency
Institutional profileAuditorium, PUCV Santiago Campus
Antonio Bellet 314
Providencia, Santiago
Chile
Antonio Bellet 314, Providencia
Santiago, Chile
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Financiado por la Agencia Nacional de Investigación y Desarrollo, ANID / Concurso de Fomento a la Vinculación Internacional para Instituciones de Investigación 2025
Project FOVI250222, Wireless sensing in mmWave and sub-THz bands.
