Yanxiao Liu(刘延骁)
About meBefore I join The Chinese University of Hong Kong, I received my B.Eng. degree in Electronic Information Engineering and minor degree in Philosophy from The Chinese University of Hong Kong (Shenzhen) in 2021. From January 2024 to June 2024, I visited Stanford University, ISL Lab, hosted by Professor Ayfer Özgür and supported by CUHK PhD IMPAC Award 2023–24. I will graduate in summer 2025 and I am looking for postdoc positions. ResearchAdvisors: Professor Cheuk Ting Li and Professor Raymond W. Yeung My research interests lie in network information theory and applications. With more details, I currently work on the following directons: One-shot/Nonasymptotic Network Information Theory:I prove one-shot achievability results, second-order results and asymptotic inner/outer bounds on classical network information theory problems. Currently, my primary focus is on lossy compression, channel simulation and interference channels. My papers on this direction include: [Noisy Network Coding], [Information Hiding], [Oblivious Relaying], [Weighted Parity-Check Codes] and [Soft Polar Codes]. Distributed Learning, Privacy and Security:I am interested in the theoretical understanding of machine learning problems through the application of information theory techniques. I am currently employing channel simulation techniques to distributed machine learning, differential privacy and generalization error bounds. My papers on this direction include: [Compression of DP Mechanisms], [Information Bottleneck] and [Information Hiding]. Modern Wireless Communications:I develop fundamental theory and low-complexity algorithms for large-scale networks in challenging environments. I also provide information-theoretic bounds on various multi-hop network settings, including noisy network coding, oblivious relaying and massive random access, and optimization frameworks over them. My papers on this direction include: [Multiflow Optimization], [Noisy Network Coding], [Oblivious Relaying], [Massive Random Access] and Wireless Scheduling [a], [b], [c]. Awards
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