A programmable topological metasurface that switches between nontrivial and trivial electromagnetic states has demonstrated human-position sensing and wireless communication on ...
A mini-review distinguishes chirality concepts and maps device platforms for programmable chiral metasurfaces aimed at 6G terahertz systems.
In vitro exposure of human red blood cells to 2.41 GHz electromagnetic fields at intensities typical of wireless devices left ...
Researchers have unveiled SWEET, an inference serving system that jointly optimizes model quantization and device-server workload partitioning to cut edge ...
The concept of a wireless skin that can survive the realities of daily wear rests on a deceptively simple observation ...
Researchers have developed a fully passive sliding metasurface that combines sharp frequency filtering with wide-angle beam steering in a single ...
Researchers at SASTRA Deemed University have combined deep reinforcement learning with an adaptive war strategy to let cognitive radio networks ...
Researchers have built a packaged self-injection-locked Kerr microcomb that generates ultra-low-noise terahertz carriers and demonstrated high-speed 64-QAM wireless transmission along ...
Researchers have developed MPANet, a multi-modal deep learning network that fuses raw radio signal sequences with Markov Transition Field images ...
In a groundbreaking study, a team of researchers from the University of Ottawa has developed innovative methodologies for enhancing the ...
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