Abstract-The Viterbi algorithm is a well-established technique for channel and source decoding in high performance digital communica-tion systems. Implementations of the Viterbi algorithm on three types of locally connected processor arrays are described. This restriction is motivated by the fact that both the cost and performance metrics of VLSI favor architectures in which on-chip interprocessor communi-cation is localized. Each of the structures presented can accommodate arbitrary alphabet sizes and algorithm memory lengths. The relative performance tradeoff s available to the designer are discussed in the context of previous work. I
ITC/USA 2010 Conference Proceedings / The Forty-Sixth Annual International Telemetering Conference a...
AbstractThis paper describes the design of Viterbi decoding algorithm and presents an implementation...
In this correspondence, the problem of obtaining efficient hardware for Viterbi decoders fur high-ra...
<p class="Abstract">Convolutional encoding and data decoding are fundamental processes in convolutio...
A programmable coprocessor architecture combining VLIW and vector parallelism has been introduced (v...
The Viterbi algorithm is used for Forward Error Control (FEC) in systems such as satellite communica...
The Viterbi algorithm is known to provide an efficient method for the maximum likelihood decoding of...
used in communication systems for decoding and equalization. The achievable speed of conventional Vi...
Viterbi decoding algorithm is one of the most widely use forward error correcting techniques in digi...
A novel systolic architecture for Viterbi decoding is presented. It consists of two blocks of proces...
Viterbi Decoders are commonly used to decode convolutional codes in communications systems. This Vit...
Abstract—By optimizing the number of look-ahead steps of the first layer of the previous low-latency...
The Viterbi algorithm is commonly applied to a number of sensitive usage models including decoding c...
Trellis decoding is a popular method to recover encoded information corrupted during transmission ov...
Viterbi is an algorithm for error correction in the transmission of messages. It requires coding and...
ITC/USA 2010 Conference Proceedings / The Forty-Sixth Annual International Telemetering Conference a...
AbstractThis paper describes the design of Viterbi decoding algorithm and presents an implementation...
In this correspondence, the problem of obtaining efficient hardware for Viterbi decoders fur high-ra...
<p class="Abstract">Convolutional encoding and data decoding are fundamental processes in convolutio...
A programmable coprocessor architecture combining VLIW and vector parallelism has been introduced (v...
The Viterbi algorithm is used for Forward Error Control (FEC) in systems such as satellite communica...
The Viterbi algorithm is known to provide an efficient method for the maximum likelihood decoding of...
used in communication systems for decoding and equalization. The achievable speed of conventional Vi...
Viterbi decoding algorithm is one of the most widely use forward error correcting techniques in digi...
A novel systolic architecture for Viterbi decoding is presented. It consists of two blocks of proces...
Viterbi Decoders are commonly used to decode convolutional codes in communications systems. This Vit...
Abstract—By optimizing the number of look-ahead steps of the first layer of the previous low-latency...
The Viterbi algorithm is commonly applied to a number of sensitive usage models including decoding c...
Trellis decoding is a popular method to recover encoded information corrupted during transmission ov...
Viterbi is an algorithm for error correction in the transmission of messages. It requires coding and...
ITC/USA 2010 Conference Proceedings / The Forty-Sixth Annual International Telemetering Conference a...
AbstractThis paper describes the design of Viterbi decoding algorithm and presents an implementation...
In this correspondence, the problem of obtaining efficient hardware for Viterbi decoders fur high-ra...