Technical Program

S.4: Channels with State

Session Type: Lecture
Track: Shannon Theory
Virtual Session: View on Virtual Platform
Session Chair: Haim Permuter, Ben Gurion University
 
S.4.1: The Arbitrarily Varying Channel with Colored Gaussian Noise
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         Uzi Pereg; Technical University of Munich
         Yossef Steinberg; Technion
 
S.4.2: Symmetrizability for Myopic AVCs
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         Amitalok Jayant Budkuley; Indian Institute of Technology Kharagpur
         Bikash Kumar Dey; Indian Institute of Technology Bombay
         Sidharth Jaggi; The Chinese University of Hong Kong
         Michael Langberg; State University of New York at Buffalo
         Anand D. Sarwate; Rutgers The State University of New Jersey
         Carol Wang; Independent Researcher
 
S.4.3: An Explicit Formula for the Zero-Error Feedback Capacity of a Class of Finite-State Additive Noise Channels
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         Amir Saberi; University of Melbourne
         Farhad Farokhi; University of Melbourne
         Girish N. Nair; University of Melbourne
 
S.4.4: On the Capacity of Deletion Channels with States
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         Yonglong Li; National University of Singapore
         Vincent, Y. F. Tan; National University of Singapore
 
S.4.5: Feedback Capacity of Finite-State Channels with Causal State Known at the Encoder
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         Eli Shalom Shemuel; Ben Gurion University
         Oron Sabag; Ben Gurion University
         Haim Permuter; Ben Gurion University
 
S.4.6: Strong Converse for the State Dependent Channel
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         Yasutada Oohama; University of Electro-Communications
 

Plan Ahead

IEEE ISIT 2021

2021 IEEE International Symposium on Information Theory

11-16 July 2021 | Melbourne, Victoria, Australia

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