In the past number of years the demand for high performance computing has greatly increased in the area of bioinformatics. The huge increase in size of many genomic databases has meant that many common tasks in bioinformatics are not possible to complete in a reasonable amount of time on a single processor. Recently distributed computing has emerged as an inexpensive alternative to dedicated parallel computing. We have developed a general-purpose distributed computing platform that is capable of using semi-idle computing resources to simulate a dedicated computing cluster. We have identified the suitability of a number of bioinformatics tasks to distributed computing. We briefly outline and evaluate two distributed bioinformatics pr...
Abstract — In recent years our society has witnessed an unprecedented growth in computing power avai...
Motivation: Biologists and chemists are facing problems of high computational complexity that requir...
We report on extensions to a Java distributed computation library (JDCL) by Fritsche, Power, and Wal...
In the past number of years the demand for high performance computing has greatly increased in the ...
[[abstract]]Since bioinformatic problems involve massive computing and data, distributed computing i...
Certain bioinformatics research, such as sequence alignment, alternative splicing, protein function/...
The processing of the huge amounts of information in the bioinformatics has been the bottleneck to r...
A programmable Java distributed system, which utilises the free resources of a heterogeneous set of ...
A programmable Java distributed system, which utilises the free resources of a heterogeneous set of ...
MOTIVATION: Due to the steadily growing computational demands in bioinformatics and related scientif...
The fast growth of data produced by modern biomedical studies and the related increasing demand for ...
This document surveys the computational strategies followed to parallelize the most used software in...
In this work, we investigate the use of a distributed file system (DFS) for data storage; associated...
[[abstract]]Interest on biotechnology has increased dramatically. With the completion of sequencing ...
Many computations in biomedical research such as simulations, bootstrapping, database searches (such...
Abstract — In recent years our society has witnessed an unprecedented growth in computing power avai...
Motivation: Biologists and chemists are facing problems of high computational complexity that requir...
We report on extensions to a Java distributed computation library (JDCL) by Fritsche, Power, and Wal...
In the past number of years the demand for high performance computing has greatly increased in the ...
[[abstract]]Since bioinformatic problems involve massive computing and data, distributed computing i...
Certain bioinformatics research, such as sequence alignment, alternative splicing, protein function/...
The processing of the huge amounts of information in the bioinformatics has been the bottleneck to r...
A programmable Java distributed system, which utilises the free resources of a heterogeneous set of ...
A programmable Java distributed system, which utilises the free resources of a heterogeneous set of ...
MOTIVATION: Due to the steadily growing computational demands in bioinformatics and related scientif...
The fast growth of data produced by modern biomedical studies and the related increasing demand for ...
This document surveys the computational strategies followed to parallelize the most used software in...
In this work, we investigate the use of a distributed file system (DFS) for data storage; associated...
[[abstract]]Interest on biotechnology has increased dramatically. With the completion of sequencing ...
Many computations in biomedical research such as simulations, bootstrapping, database searches (such...
Abstract — In recent years our society has witnessed an unprecedented growth in computing power avai...
Motivation: Biologists and chemists are facing problems of high computational complexity that requir...
We report on extensions to a Java distributed computation library (JDCL) by Fritsche, Power, and Wal...