Jülich A
Max-Planck-Institut für Plasmaphysik, Garching bei München, Germany.
Comput Appl Biosci. 1995 Feb;11(1):3-6.
The BLAST sequence comparison programs have been ported to a variety of parallel computers-the shared memory machine Cray Y-MP 8/864 and the distributed memory architectures Intel iPSC/860 and nCUBE. Additionally, the programs were ported to run on workstation clusters. We explain the parallelization techniques and consider the pros and cons of these methods. The BLAST programs are very well suited for parallelization for a moderate number of processors. We illustrate our results using the program blastp as an example. As input data for blastp, a 799 residue protein query sequence and the protein database PIR were used.
BLAST序列比对程序已移植到多种并行计算机上,包括共享内存机器Cray Y-MP 8/864以及分布式内存架构的Intel iPSC/860和nCUBE。此外,这些程序还被移植到工作站集群上运行。我们解释了并行化技术,并考虑了这些方法的优缺点。BLAST程序非常适合在适度数量的处理器上进行并行化。我们以blastp程序为例来说明我们的结果。作为blastp的输入数据,使用了一个799个残基的蛋白质查询序列和蛋白质数据库PIR。