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Development of user-friendly supercomputing portal in bio research field

机译:在生物研究领域开发用户友好的超级普通门户

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The RIKEN Super Combined Cluster (RSCC) System in RIKEN Wako Inst., started its operation in March, 2004. A Web portal system called Bio Portal was developed to utilize a Linux cluster (a part of RSCC) for data analysis in the life sciences. A small SMP server was then placed in RIKEN Yokohama Inst., for small analysis, and the Bio Portal integrates both RSCC and this SMP server through the application of Grid technology. The aim of this portal system was to construct a simple data analysis environment for experimental researchers, and to improve performance of data analysis through the use of two differently performing computing resources. In this paper, we describe the Web interface and functions of Bio Portal in detail. Later we explain RSCC, and discuss performance evaluations of the distribution patterns for BLAST jobs. Finally, we propose bio informatics job distribution patterns for high throughput processing.
机译:Riken Wako Inst中的Riken Super Cluster(RSCC)系统。,于2004年3月开始运营。开发了一个名为Bio Portal的网络门户系统,以利用Linux集群(ARSCC的一部分)进行生命科学的数据分析。然后将一个小型SMP服务器放在Riken Yokohama Inst中。,用于小分析,Bio门户通过应用网格技术应用于RSCC和该SMP服务器。该门户系统的目的是为实验研究人员构建一个简单的数据分析环境,并通过使用两个不同执行的计算资源来提高数据分析的性能。在本文中,我们详细描述了Bio门户网站的Web界面和功能。后来我们解释了RSCC,并讨论了爆炸作业分布模式的绩效评估。最后,我们提出了高吞吐量处理的生物信息学作业分布模式。

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