We present a method to estimate the probability of decoding a network coded packet generation transmitted across an erasure network. Simulation results closely correlate to estimated results. The proposed method is used to multicast delay sensitive data at the a.) required delivery probability b.) optimal throughput. © 2014 IEEE
We consider the throughput-delay tradeoff in network coded transmission over erasure broadcast chann...
We study low-delay error correction codes in a real-time streaming setup. The encoder observes a str...
Characterization of the delay profile of systems employing random linear network coding is important...
We present a method to estimate the probability of decoding a network coded packet generation transm...
We study joint network and channel code design tooptimize delay performance. Here the delay is the t...
Abstract-In this paper we propose an information theoretic framework for studying coding and through...
In this paper we propose an information theoretic framework for studying coding and throughput optim...
Priority encoding transmission is an efficient forward error correction system for the robust transm...
In this thesis, we consider error-correction codes for systems which have burst erasure channels, bu...
We are concerned with designing feedback-based adaptive network coding schemes with the aim of minim...
We consider the data delivery problem in delay tolerant networks, where a data content is located in...
Motivated by streaming applications with stringent delay constraints, we consider the design of onli...
In this letter, we propose two optimized multicast communication strategies based on the Network Cod...
capacity-achieving coding scheme for unicast or multicast over lossy wireline or wireless packet net...
Reliable multicast over wireless poses interesting challenges arising from the unreliable nature of ...
We consider the throughput-delay tradeoff in network coded transmission over erasure broadcast chann...
We study low-delay error correction codes in a real-time streaming setup. The encoder observes a str...
Characterization of the delay profile of systems employing random linear network coding is important...
We present a method to estimate the probability of decoding a network coded packet generation transm...
We study joint network and channel code design tooptimize delay performance. Here the delay is the t...
Abstract-In this paper we propose an information theoretic framework for studying coding and through...
In this paper we propose an information theoretic framework for studying coding and throughput optim...
Priority encoding transmission is an efficient forward error correction system for the robust transm...
In this thesis, we consider error-correction codes for systems which have burst erasure channels, bu...
We are concerned with designing feedback-based adaptive network coding schemes with the aim of minim...
We consider the data delivery problem in delay tolerant networks, where a data content is located in...
Motivated by streaming applications with stringent delay constraints, we consider the design of onli...
In this letter, we propose two optimized multicast communication strategies based on the Network Cod...
capacity-achieving coding scheme for unicast or multicast over lossy wireline or wireless packet net...
Reliable multicast over wireless poses interesting challenges arising from the unreliable nature of ...
We consider the throughput-delay tradeoff in network coded transmission over erasure broadcast chann...
We study low-delay error correction codes in a real-time streaming setup. The encoder observes a str...
Characterization of the delay profile of systems employing random linear network coding is important...