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Multimodal Data Fusion-Moving From Domain-Specific Algorithms to Transdomain Understanding for Accelerated Solution Development

机译:多峰数据融合-从领域特定算法到跨域理解的迁移,以加快解决方案开发

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摘要

in many different fields (e.g., healthcare, autonomous navigation, robotics, manufacturing, transportation, etc.), results are reported in different journals using different terminology for different target audiences. These applications have diverse needs (assessment, prediction, detection, etc.), resources (number and quality of available data streams), and constraints (social, economic, and physics); however, they share many properties when these lists are evaluated at the metalevel. The authors propose that a shared MMDF framework is urgently needed to allow aggregation of insights across applications, with the end goal of developing an MMDF recommendation tool that overcomes the need for trial-and-error approaches to expedite implementation of new solutions across a wide range of disciplines. To provide context for this Special Issue and provide an overview of key related issues, this editorial presents an abbreviated summary of the current state of MMDF usage from multiple perspectives, based on input from a March 2018 workshop, and finally presents four key research priorities for the field of MMDF.
机译:在许多不同领域(例如医疗保健,自动导航,机器人技术,制造,运输等)中,针对不同的目标受众,使用不同的术语将结果报告在不同的期刊中。这些应用程序具有多种需求(评估,预测,检测等),资源(可用数据流的数量和质量)和约束条件(社会,经济和物理);但是,在元级别评估这些列表时,它们共享许多属性。作者建议,迫切需要一个共享的MMDF框架,以允许跨应用程序收集见解,最终目标是开发MMDF推荐工具,该工具可以克服反复试验方法的需要,以加快在广泛范围内实施新解决方案的速度。学科。为了提供本期特刊的背景信息并提供关键相关问题的概述,本社论根据2018年3月研讨会的投入,从多个角度简要概述了MMDF的使用现状,并最终提出了四个关键的研究重点MMDF的字段。

著录项

  • 来源
    《IEEE Sensors Letters》 |2019年第1期|1-4|共4页
  • 作者单位

    Mechanical and Industrial Engineering Department Northeastern University Boston MA USA;

    Civil and Environmental Engineering Department Northeastern University Boston MA USA;

    Electrical and Computer Engineering Department Northeastern University Boston MA USA;

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  • 正文语种 eng
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