This paper presents a novel vehicle-classification algorithm that uses the time-variable
signal generated by a single inductive loop detector. In earlier studies, the noisy raw signal …

Vehicle classification is critical due to its significant use in transportation and pavement
management and maintenance. In this paper, a vehicle classification system is developed …

This paper presents novel vehicle classification technology by utilizing a single‐element
piezoelectric sensor placed diagonally on a traffic lane to accurately identify vehicles …

Vehicle monitoring and classification is a necessary Intelligent Transportation System ITS
activity, as nationwide departments of transportation (DOT) use the information to effectively …

This paper presents a new vehicle classification and develops a traffic monitoring detector to
provide reliable vehicle classification to aid traffic management systems. The basic principle …

This paper presents a suitable algorithm to classify vehicles detected by a multiple inductive
loop system, developed for measuring traffic parameters in a heterogeneous and no-lane …

In general, currently employed vehicle classification algorithms based on the magnetic
signature can distinguish among only a few vehicle classes. The work presents a new …

The work proposes a new method for vehicle classification, which allows treating vehicles
uniformly at the stage of defining the vehicle classes, as well as during the classification …

Accurate data reporting ensures suitable roadway design for safety and capacity. Currently,
vehicle classifier devices employ inductive loops, piezoelectric sensors, or some …

The estimation of traffic flow parameters is a fundamental problem in intelligent traffic
systems. This paper presents a system based on a microwave radar with high range …