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A measurement approach based on micro-doppler maps for human motion analysis and detection

机译:基于微多普勒地图的人体运动分析和检测的测量方法

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Human motion analysis is a task of increasing importance in several modern application fields, such as in medicine, avionics, security, and disaster recovery. It requires the application of sophisticated measurement techniques based on micro-Doppler effect, human walking modeling, cinematic simulation, image processing and measurements. In this paper, a novel and comprehensive measurement approach is proposed for the detection and analysis of human motion. The approach combines theoretical concepts and tools of micro-Doppler theory, image processing, and human modeling, in a original way. The attention is primarily focused on some measurement issues and implications that, if taken into account, can give an important enhancement to micro-Doppler-based future applications. Some simulation results concerning one specific issue of the measurement approach are finally provided and discussed.
机译:人体运动分析是在若干现代应用领域越来越重要的任务,例如医学,航空电子设备,安全性和灾难恢复。 它需要基于微多普勒效应,人类步行建模,电影模拟,图像处理和测量来应用复杂的测量技术。 本文提出了一种新的和综合测量方法,用于检测和分析人类运动。 该方法以原始方式结合了微多普勒理论,图像处理和人类建模的理论概念和工具。 关注主要集中在一些测量问题和含义中,如果考虑过,可以为微多普勒的未来应用提供重要的增强。 最后提供了一些关于一个具体问题的模拟结果,并讨论并讨论了测量方法。

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