Biological sequence comparison is a time consuming task on a Von Neuman computer. The addition of dedicated hardware for parallelizing the comparison algorithms results in a reduction of several orders of magnitude in the execution time. This paper presents and compares different dedicated approaches, based on the parallelization of the algorithms on linear arrays of processors
This paper introduces the Godson-T manycore architecture and demonstrates the efficiency of its sync...
International audienceToday, many high performance computing plat-forms use hybrid architectures com...
This paper proposes and evaluates a parallel strategy to execute the e+ xact Smith-Waterman (SW) bio...
DNA sequence comparison is becoming an increasingly important activity as the volume of DNA that has...
In the last years the fast growth of bioinformatics field has atracted the attention of computer sci...
DNA sequence comparison is becoming an increasingly important activity as the volume of DNA that has...
DNA sequence comparison is becoming an increasingly important activity as the volume of DNA that has...
Abstract — Comparing genetic sequences is a well-known prob-lem in bioinformatics. Newly determined ...
The comparison and alignment of DNA and protein sequences are important tasks in molecular biology a...
The comparison and alignment of DNA and protein sequences are important tasks in molecular biology a...
This document describes a parallel genomic sequence comparison operator for reconfigurable platforms...
This document describes a parallel genomic sequence comparison operator for reconfigurable platforms...
Biological sequence comparison is one of the most important tasks in Bioinformatics. Due to the grow...
9825/3645.htm Abstract: In bioinformatics, a protein sequence comparison between two banks is one o...
This paper introduces the Godson-T manycore architecture and demonstrates the efficiency of its sync...
This paper introduces the Godson-T manycore architecture and demonstrates the efficiency of its sync...
International audienceToday, many high performance computing plat-forms use hybrid architectures com...
This paper proposes and evaluates a parallel strategy to execute the e+ xact Smith-Waterman (SW) bio...
DNA sequence comparison is becoming an increasingly important activity as the volume of DNA that has...
In the last years the fast growth of bioinformatics field has atracted the attention of computer sci...
DNA sequence comparison is becoming an increasingly important activity as the volume of DNA that has...
DNA sequence comparison is becoming an increasingly important activity as the volume of DNA that has...
Abstract — Comparing genetic sequences is a well-known prob-lem in bioinformatics. Newly determined ...
The comparison and alignment of DNA and protein sequences are important tasks in molecular biology a...
The comparison and alignment of DNA and protein sequences are important tasks in molecular biology a...
This document describes a parallel genomic sequence comparison operator for reconfigurable platforms...
This document describes a parallel genomic sequence comparison operator for reconfigurable platforms...
Biological sequence comparison is one of the most important tasks in Bioinformatics. Due to the grow...
9825/3645.htm Abstract: In bioinformatics, a protein sequence comparison between two banks is one o...
This paper introduces the Godson-T manycore architecture and demonstrates the efficiency of its sync...
This paper introduces the Godson-T manycore architecture and demonstrates the efficiency of its sync...
International audienceToday, many high performance computing plat-forms use hybrid architectures com...
This paper proposes and evaluates a parallel strategy to execute the e+ xact Smith-Waterman (SW) bio...
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