activity
20112015
most citedOn Zero Delay Source-Channel Coding

54 citations · 59 across the 8 of their papers we have counts for

collaborators

8 papers

cs.IT2015

Combinatorial Message Sharing and a New Achievable Region for Multiple Descriptions

Kumar Viswanatha, Emrah Akyol, Kenneth Rose

This paper presents a new achievable rate-distortion region for the general L channel multiple descriptions problem. A well known general region for this problem is due to Venkatar…

cs.IT2014

The Lossy Common Information of Correlated Sources

Kumar Viswanatha, Emrah Akyol, Kenneth Rose

The two most prevalent notions of common information (CI) are due to Wyner and Gacs-Korner and both the notions can be stated as two different characteristic points in the lossless…

cs.IT2013★ 54 cited

On Zero Delay Source-Channel Coding

Emrah Akyol, Kumar Viswanatha, Kenneth Rose +1

In this paper, we study the zero-delay source-channel coding problem, and specifically the problem of obtaining the vector transformations that optimally map between the m-dimensio…

cs.IT2013

On Large Scale Distributed Compression and Dispersive Information Routing for Networks

Kumar Viswanatha, Sharadh Ramaswamy, Ankur Saxena +2

This paper considers the problem of distributed source coding for a large network. A major obstacle that poses an existential threat to practical deployment of conventional approac…

cs.IT2012

Minimum Communication Cost for Joint Distributed Source Coding and Dispersive Information Routing

Kumar Viswanatha, Emrah Akyol, Kenneth Rose

This paper considers the problem of minimum cost communication of correlated sources over a network with multiple sinks, which consists of distributed source coding followed by rou…

cs.IT2012★ 3 cited

Subset Typicality Lemmas and Improved Achievable Regions in Multiterminal Source Coding

Kumar Viswanatha, Emrah Akyol, Kenneth Rose

Consider the following information theoretic setup wherein independent codebooks of N correlated random variables are generated according to their respective marginals. The problem…