Fusing human sensor and physical sensor data

J. W. Liu, E. Chu, Pei-Hsuan Tsai
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引用次数: 9

Abstract

Past experiences tell us that a disaster warning and response system can improve its coverage of the threatened area and situation awareness by supplementing in-situ and remote sensor data with human sensor data captured and sent by people in the area. This paper is concerned with data fusion and processing methods with which the system can make use of human sensor data and physical sensor data synergistically to speed up its decision process or improve the quality of its decision. We formulate the problem in a statistical detection and estimation framework. Within this framework, value and decision fusion of human sensor and physical sensor data of arbitrary numerical values can be treated in a coherent way.
融合人体传感器和物理传感器数据
过去的经验告诉我们,灾害预警和响应系统可以通过将现场和遥感数据与该地区人员捕获和发送的人工传感器数据相补充,来提高其对受威胁地区的覆盖范围和情况感知能力。本文研究了数据融合和处理方法,使系统能够协同利用人体传感器数据和物理传感器数据来加快决策过程或提高决策质量。我们在统计检测和估计框架中表述了这个问题。在此框架下,可以对任意数值的人体传感器和物理传感器数据的值与决策融合进行连贯的处理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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