most citedOn the Distortion SNR Exponent of Some Layered Transmission Schemes

30 citations · 60 across the 6 of their papers we have counts for

collaborators

6 papers

cs.IT2007

Degree Optimization and Stability Condition for the Min-Sum Decoder

Kapil Bhattad, Vishwambhar Rathi, Ruediger Urbanke

The min-sum (MS) algorithm is arguably the second most fundamental algorithm in the realm of message passing due to its optimality (for a tree code) with respect to the {\em block…

cs.IT2007★ 30 cited

On the Distortion SNR Exponent of Some Layered Transmission Schemes

Kapil Bhattad, Krishna R. Narayanan, Giuseppe Caire

We consider the problem of joint source-channel coding for transmitting K samples of a complex Gaussian source over T = bK uses of a block-fading multiple input multiple output (MI…

cs.IT2005★ 13 cited

An MSE Based Ttransfer Chart to Analyze Iterative Decoding Schemes

Kapil Bhattad, Krishna Narayanan

An alternative to extrinsic information transfer (EXIT) charts called mean squared error (MSE) charts that use a measure related to the MSE instead of mutual information is propose…

cs.IT2005★ 6 cited

A Decision Feedback Based Scheme for Slepian-Wolf Coding of sources with Hidden Markov Correlation

Krishna R. Narayanan, Kapil Bhattad

We consider the problem of compression of two memoryless binary sources, the correlation between which is defined by a Hidden Markov Model (HMM). We propose a Decision Feedback (DF…

cs.IT2005★ 6 cited

Decision Feedback Based Scheme for Slepian-Wolf Coding of sources with Hidden Markov Correlation

Krishna R. Narayanan, Kapil Bhattad

We consider the problem of compression of two memoryless binary sources, the correlation between which is defined by a Hidden Markov Model (HMM). We propose a Decision Feedback (DF…

cs.IT2005★ 5 cited

Minimal Network Coding for Multicast

Kapil Bhattad, Niranjan Ratnakar, Ralf Koetter +1

We give an information flow interpretation for multicasting using network coding. This generalizes the fluid model used to represent flows to a single receiver. Using the generaliz…