Reliability of parking assistants depending on the material of detected obstacles
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Kuupäev
2019
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Ajakirja pealkiri
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Abstrakt
Today's modern vehicles are equipped with a range of assistance systems to enhance
road safety. The standard equipment of most cars are parking assistants. It turns out that not
always sensors can reliably detect the obstacle on the travel path of the vehicle. The aim of the
paper is to determine the reliability of the parking sensors depending on the material of the
obstacle detected. The original parking assistants of Škoda Rapid, Škoda Octavia II, and Škoda
Superb have been tested in laboratory conditions using obstacles made of various materials (glass,
mirror, plastic, metal, cardboard ...) located at distance of 100 cm from the vehicle. Distance
values of the original sets of parking assistants were measured during the measurement from onboard diagnostic vehicle using diagnostic kit VAG-COM. The real distance was checked using a
calibrated gauge. The results of the research show, that original sets of parking assistants achieve
significantly more accurate results with a wider coverage of the space being scanned. Material
composition of obstacles has a great influence on the reliability of parking systems. Not every
material can respond properly to parking sensors.
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parking sensors, assistance systems, reliability, materials, articles