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From Big Data Analytics To Smart Data Analytics With Parallelization Techniques

机译:从大数据分析到采用并行化技术的智能数据分析

摘要

The massively increasing amount of often geographically dispersed large quantities of data of experiments, observations, or computational simulations become ever more important for science, research, industry and governments. Scientists and engineers that analyse these massive datasets require therefore reliable infrastructures as well as scalable tools in order to perform ‘scientific big data analytics (SBDA)’ using parallelization techniques. This talk will provide insights what infrastructure types are available in order to take advantage of such parallel methods, including high performance computing, high throughput computing, and cloud computing approaches and capabilities. It will survey selected parallel tools that enable a scalable data analysis and realistic computational simulations also motivating the current trend towards hybrid modelling and scientific and engineering use cases in which large-scale computing gets more intertwined with traditional data analysis.
机译:对于科学,研究,工业和政府而言,数量庞大且数量通常在地理上分散的实验,观察或计算模拟数据变得越来越重要。因此,分析这些海量数据集的科学家和工程师需要可靠的基础架构以及可扩展的工具,才能使用并行化技术执行“科学大数据分析(SBDA)”。本演讲将提供见解,以介绍可用的基础架构类型,以便利用此类并行方法,包括高性能计算,高吞吐量计算以及云计算方法和功能。它将调查选择的并行工具,这些工具可实现可扩展的数据分析和现实的计算仿真,还激发当前的趋势,即混合建模以及科学和工程用例的趋势,在这种情况下,大规模计算与传统数据分析更加紧密地交织在一起。

著录项

  • 作者

    Riedel Morris;

  • 作者单位
  • 年度 2014
  • 总页数
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类

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