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.

A measurement approach based on micro-doppler maps for human motion analysis and detection2012 IEEE International Instrumentation and Measurement Technology Conference Proceedings

SONA, ALESSANDRO;GIORGI, GIADA;RICCI, ROBERTO
2012

Abstract

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.
2012
2012 IEEE International Instrumentation and Measurement Technology Conference Proceedings
2012 IEEE I2MTC - International Instrumentation and Measurement Technology Conference
9781457717710
9781457717727
9781457717734
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11577/2531161
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