Compensation of environmental parameters for driving-aid ultrasonic systems in foggy conditions

The use of driving-aid ultrasonic systems in low visibility conditions due to fog, makes it necessary to study the influence of environmental parameters such as temperature, humidity or air velocity on the ultrasonic propagation. The present work tries to construct simple empirical models for veloci...

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Main Authors: Alonso, L., Rodriguez, C., Fernandez, M., Robla, S., Perez Oria, J.
Format: Conference Proceeding
Language:English
Subjects:
Automatic control
Communication industry
Electrical equipment industry
Electronics industry
Humidity
Industrial control
Industrial electronics
Object detection
Temperature sensors
Ultrasonic imaging
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creator Alonso, L.
Rodriguez, C.
Fernandez, M.
Robla, S.
Perez Oria, J.
description The use of driving-aid ultrasonic systems in low visibility conditions due to fog, makes it necessary to study the influence of environmental parameters such as temperature, humidity or air velocity on the ultrasonic propagation. The present work tries to construct simple empirical models for velocity and echo amplitude that includes temperature and relative humidity as inputs. We present the results obtained in the modelling of the ultrasonic propagation in environments with variable conditions of humidity and temperature, including foggy conditions
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ispartof Proceedings World Automation Congress, 2004, 2004, Vol.15, p.560-565
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects Automatic control
Communication industry
Electrical equipment industry
Electronics industry
Humidity
Industrial control
Industrial electronics
Object detection
Temperature sensors
Ultrasonic imaging
title Compensation of environmental parameters for driving-aid ultrasonic systems in foggy conditions
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