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个人简介
I am interested in research problems which sit at the boundary of Information Theory, Communications, and
Networking.
In the past fifty years, information theory has been critical in characterizing the fundamental limits of
communications and driving innovations in physical layer processing. Moving up the protocol stack, networking
research for wireline networks is fairly mature but wireless network research has advanced in a somewhat ad-hoc
manner. Just as it did for point-to-point communications, information theory in a network setting would likely
reveal the true capability of wireless networks and suggest mechanisms for efficient operation.
My current research interests are (i) Network Information Theory and (ii) Algorithms and Protocols for Wireless Ad-
hoc \& Sensor Networks. I have also been very active in experimental networking and communications, translating
theory into practice by implementing wireless systems.
Networking.
In the past fifty years, information theory has been critical in characterizing the fundamental limits of
communications and driving innovations in physical layer processing. Moving up the protocol stack, networking
research for wireline networks is fairly mature but wireless network research has advanced in a somewhat ad-hoc
manner. Just as it did for point-to-point communications, information theory in a network setting would likely
reveal the true capability of wireless networks and suggest mechanisms for efficient operation.
My current research interests are (i) Network Information Theory and (ii) Algorithms and Protocols for Wireless Ad-
hoc \& Sensor Networks. I have also been very active in experimental networking and communications, translating
theory into practice by implementing wireless systems.
研究兴趣
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Kei Sen Fong,Mehul Motani
Proceedings of the AAAI Conference on Artificial Intelligenceno. 11 (2024): 12033-12042
AISTATSpp.11608-11629, (2023)
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Found. Trends Commun. Inf. Theoryno. 3 (2023): 157-389
arXiv (Cornell University) (2023)
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Neurosurgeryno. 3 (2023): E79-E80
Brain and Spine (2023): 101879
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