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Technical Program

S-Tu-4: Joint Source-Channel Coding

Time: Tuesday, June 15, 16:20 - 18:00
Location: Salon B
Session Chair: Gregory Wornell, Massachusetts Institute of Technology
 
S-Tu-4.1: A TIGHT BOUND ON THE PERFORMANCE OF A MINIMAL DELAY JOINT SOURCE-CHANNEL CODING SCHEME
         Marius Kleiner; Ecole Polytechnique Federale de Lausanne
         Bixio Rimoldi; Ecole Polytechnique Federale de Lausanne
 
S-Tu-4.2: ON OPTIMALITY OF A HYBRID DIGITAL/ANALOG SCHEME FOR WYNER-ZIV CODING OVER BROADCAST CHANNELS
         Yang Gao; University of California, Riverside
         Ertem Tuncel; University of California, Riverside
 
S-Tu-4.3: THE ACHIEVABLE DISTORTION REGION OF BIVARIATE GAUSSIAN SOURCE ON GAUSSIAN BROADCAST CHANNEL
         Chao Tian; AT&T Labs-Research
         Suhas Diggavi; EPFL
         Shlomo Shamai (Shitz); Technion-Israel Institute of Technology
 
S-Tu-4.4: DISTRIBUTED SIGNAL CANCELATION INSPIRED BY WITSENHAUSEN'S COUNTEREXAMPLE
         Pulkit Grover; UC Berkeley
         Anant Sahai; UC Berkeley
 
S-Tu-4.5: DISTORTION EXPONENTS OF TWO-WAY RELAYING COOPERATIVE NETWORKS
         Jing Wang; Simon Fraser University
         Jie Liang; Simon Fraser University
 

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