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Motif Finding by Phylogenetic Footprinting——Parallel Realization based on C/S Mode

机译:系统发育足迹寻找母题-基于C / S模式的并行实现

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Azospirillum brasilense(A.. brasilense) is considered to be important plant-growth promoting bacterium. In order to study its unknown genes, phylogenetic footprinting was performed on it and its five orthologous strains. Because of serial implementation by single computer, the efficiency is low. Research shows that the whole process consists of lots of repeated, data-independent operations, e.g. the extraction of textual information, the comparison of DNA sequences etc.Under LAN environment, a parallel way for implementing phylogenetic footprinting by multiple computers based on Client/Server mode was proposed While making full use of resources, the efficiency is increased remarkably.
机译:brazoense(A .. brasilense)被认为是重要的促进植物生长的细菌。为了研究其未知基因,对其及其五个直系同源菌株进行了系统发育足迹研究。由于由单台计算机串行执行,因此效率很低。研究表明,整个过程由许多重复的,与数据无关的操作组成,例如在局域网环境下,提出了一种基于客户端/服务器模式的多台计算机并行实现系统足迹的方法,在充分利用资源的同时,效率得到了显着提高。

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