Cloud Computing Infrastructure for Biological Echo-Systems

Janaka Balasooriya
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引用次数: 2

Abstract

The Biological applications such as Gene and Protein analysis integrate and analyze biological data for the research in many bioinformatics and other bio related fields. Such applications are used under many large scale scientific applications and help in computing, integrating data, execute the analysis, automate the process by using information retrieved by different tasks and computational procedures to assist the scientists in scientific discovery and data distribution. Grid based and/or web based scientific workflow tools are used for bioinformatics related complex research to make scientists’ and researchers’ work easier. On average, scientists spend about 80% of their time assembling data to prepare for analysis. This is due largely in part to the fact that many of these resources required for data processing must be gathered from an external source. The best of these resources, however, are scattered across the globe. They are hosted at universities, institutes, and laboratories throughout the world. To bring all of these resources together by hiding system, network, and application level heterogeneity issues are challenging.
生物回声系统的云计算基础设施
基因和蛋白质分析等生物学应用是对生物数据进行整合和分析,用于生物信息学和其他生物相关领域的研究。这些应用程序在许多大规模的科学应用中使用,通过使用不同任务和计算程序检索的信息来帮助计算,集成数据,执行分析,自动化过程,以协助科学家进行科学发现和数据分发。基于网格和/或基于web的科学工作流工具用于生物信息学相关的复杂研究,使科学家和研究人员的工作更容易。平均而言,科学家们花费大约80%的时间来收集数据,为分析做准备。这在很大程度上是由于数据处理所需的许多资源必须从外部来源收集。然而,这些最好的资源分散在全球各地。它们在世界各地的大学、研究所和实验室举办。通过隐藏系统、网络和应用程序级别的异构性问题将所有这些资源聚集在一起是具有挑战性的。
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