We demonstrated an optical method to evaluate the state of asphalt due to the presence of atmospheric agents using the measurement of the polarization/depolarization state of near infrared radiation. Different sensing geometries were studied to determine the most efficient ones in terms of performance, reliability and compactness. Our results showed that we could distinguish between a safe surface and three different dangerous surfaces, demonstrating the reliability and selectivity of the proposed approach and its suitability for implementing a sensor
The paper presents a method and evaluation results to monitor and detect road conditions (ice, water...
A pavement condition sensor aims to estimate the pavement surface grip, and therefore the sensor mus...
There is a great need to develop systems that can continuously provide correct information about roa...
We demonstrated an optical method to evaluate the state of asphalt due to the presence of atmospher...
We introduce and test an original approach for the optical assessment of road conditions due to vari...
We present the design, realization and characterization of a sensor for the optical detection of haz...
Statistics shows that most traffic accidents with fatal outcome can be related to slippery road cond...
"Introduced is an optical approach for the assessment of the road conditions due to various atmosphe...
This paper describes the preliminary results for detecting slippery road conditions. The detector wi...
This report investigates the ability to determine road conditions with radiometric remote sensors, i...
Road friction measurement is an important issue for active safety systems on vehicles; hence knowled...
This report presents a review of alternative techniques to determine the presence of ice on road sur...
This work is dedicated to creation of a non-contact optical sensor for tire-road friction estimation...
We present a concept for a vehicle based road condition mapping system using infrared spectrometers,...
Road surface meteorological conditions are very important for traffic safety. According to the stati...
The paper presents a method and evaluation results to monitor and detect road conditions (ice, water...
A pavement condition sensor aims to estimate the pavement surface grip, and therefore the sensor mus...
There is a great need to develop systems that can continuously provide correct information about roa...
We demonstrated an optical method to evaluate the state of asphalt due to the presence of atmospher...
We introduce and test an original approach for the optical assessment of road conditions due to vari...
We present the design, realization and characterization of a sensor for the optical detection of haz...
Statistics shows that most traffic accidents with fatal outcome can be related to slippery road cond...
"Introduced is an optical approach for the assessment of the road conditions due to various atmosphe...
This paper describes the preliminary results for detecting slippery road conditions. The detector wi...
This report investigates the ability to determine road conditions with radiometric remote sensors, i...
Road friction measurement is an important issue for active safety systems on vehicles; hence knowled...
This report presents a review of alternative techniques to determine the presence of ice on road sur...
This work is dedicated to creation of a non-contact optical sensor for tire-road friction estimation...
We present a concept for a vehicle based road condition mapping system using infrared spectrometers,...
Road surface meteorological conditions are very important for traffic safety. According to the stati...
The paper presents a method and evaluation results to monitor and detect road conditions (ice, water...
A pavement condition sensor aims to estimate the pavement surface grip, and therefore the sensor mus...
There is a great need to develop systems that can continuously provide correct information about roa...