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User-Oriented Modelling of Scientific Workflows for High Frequency Event Data Analysis

机译:高频事件数据分析的用户导向的科学工作流建模

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Whether it is research scientists in computational physics, astronomy, genomics or financial services, all these varying disciplines have been challenged by the analysis of Big Data. They are all required to perform multi-step analysis tasks to turn this data into actionable insight, from which critical decisions can be made. Two data processing models that have rapidly evolved in the past decade to support data analysts are Complex Event Processing and Scientific Workflows. Our research proposes a hybrid approach, which extends scientific workflows, to incorporate the handling of event-streams. This model not only aims to provide a more efficient approach to analysing high frequency event streams, but also facilitates conceptual modelling of processes - to enable domain experts to build abstract, exploratory analysis processes in a user-friendly manner without the concerns of underlying technology, and transparently maps them to concrete solutions at run-time.
机译:无论是研究物理学,天文学,基因组学或金融服务的研究科学家,所有这些不同的学科都受到大数据分析的挑战。它们都需要执行多步分析任务,以将此数据转换为可操作的洞察力,从中可以从中进行关键决策。过去十年来支持数据分析师的两种数据处理模型是复杂的事件处理和科学工作流程。我们的研究提出了一种混合方法,其扩展了科学工作流程,纳入了事件流的处理。该模型不仅可以提供更有效的方法来分析高频事件流,还促进了流程的概念建模 - 使域专家能够以用户友好的方式构建摘要,探索性分析过程,而无需基本技术的关注,并透明地将它们映射到运行时的具体解决方案。

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