3D characterization of rain by means of static image processing with projected shadows

In ultrasonic outdoor applications, the propagation of the ultrasonic wave could be affected by the rain, so that, it is necessary to develop a system for characterization of the most significant rain's parameters, such as the three-dimensional Cartesian location of the raindrops respect an ori...

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Main Authors: Arenado, M.I., Renteria, L.A., Oria, J.
Format: Conference Proceeding
Language:English
Subjects:
Automatic testing
Cameras
Communication industry
Image processing
Light sources
Rain
Software testing
Software tools
Telecommunications
Water resources
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Renteria, L.A.
Oria, J.
description In ultrasonic outdoor applications, the propagation of the ultrasonic wave could be affected by the rain, so that, it is necessary to develop a system for characterization of the most significant rain's parameters, such as the three-dimensional Cartesian location of the raindrops respect an origin point, as well as their size and rain's density. Thus, a relationship between the characteristics of the ultrasonic wave and the conditions of the rain could be established.
doi_str_mv 10.1109/OCEANSE.2009.5278299
format conference_proceeding
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects Automatic testing
Cameras
Communication industry
Image processing
Light sources
Rain
Software testing
Software tools
Telecommunications
Water resources
title 3D characterization of rain by means of static image processing with projected shadows
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