Research
Accessible write-ups of our work in wireless intelligence and networked sensing — from integrated sensing & communication to AI-native 6G. Each post ends with the full reference list and collaborators. For the interactive experience with live charts and the complete publication record, visit the main site.
Multi-Modal ISAC for Situation-Aware Multi-Agent Systems
Wireless networks were built to communicate. The next generation must also understand its surroundings. Integrated sensing and communication lets the same signals, spectrum, antenn…
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AI-Native Wireless Networks: 6G Learns to See, Reason, and Adapt
Wireless networks were once designed like carefully engineered machines — models, formulas, protocols. 6G is too complex for that alone. AI-native networks are built from the groun…
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Beyond Planar Waves: Near-Field Communication
As 6G arrays grow huge and wavelengths shrink, many users fall into the radiative near-field, where wavefronts are spherical rather than flat. Beams stop merely steering in angle a…
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Reconfigurable Intelligent Surfaces: When Wireless Networks Shape Their Own Channels
For a century, wireless engineers have fought the environment — buildings block signals, walls reflect them, people scatter them. Reconfigurable intelligent surfaces ask a more rad…
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Internet of Bodies: Turning the Human Body into a Secure & Efficient Network
Most health data comes in fragments. The Internet of Bodies treats the human body itself as the communication medium — low-power, localized, and private — from channel modeling and…
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Non-Terrestrial Networks: Connecting the Unconnected from the Skies
Around 2.2 billion people remain offline. When the ground is too sparse, damaged, or expensive, the network can rise into the sky — UAVs, tethered drones, laser-powered aerial IoT,…
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Optical Wireless Data Centers: Rewiring the Cloud Without More Wires
What if a data center could conjure extra high-speed links on demand? Optical wireless lightpaths, flow-aware grooming, soft reconfiguration, and metasurface-assisted wireless fabr…
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Opto-Acoustic Internet of Underwater Things
Oceans cover 71% of the planet yet 95% remain unexplored. Hybridizing optical and acoustic links to localize, connect, and route an underwater Internet of Things.…
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