As technology continues to develop, computer vision (CV) applications are becoming
increasingly widespread in the intelligent transportation systems (ITS) context. These …

This paper presents a comparative study on license plate detection and recognition
algorithms in unconstrained environments, which include varying illuminations, nonstandard …

The growing number of vehicles on the roads has resulted in several challenges, including
increased accident rates, fuel consumption, pollution, travel time, and driving stress …

The accurate detection of moving objects is essential in various applications of artificial
intelligence, particularly in the field of intelligent surveillance systems. However, the moving …

Vehicle counting systems detect, classify, and count vehicles with sensors or image
processing, providing valuable information for road management. Image processing …

In challenging weather conditions, various visual impediments such as raindrops, shadows,
haze and distortions from dirty camera lenses and codec errors adversely affect the quality …

In order to keep track of traffic flow, recognize unlawful vehicle classes, flag accidents, and
calculate vehicle velocities, Intelligent Transportation Systems (ITS) need to integrate …

In the view of large number of vehicles on the road, manually controlling vehicles become
very difficult and automated traffic management system is a need. Vehicle detection is …

The tremendous potential benefits of vision-based vehicle speed detection, such as cost
reduction and improved extra functionality, are attracting study interest despite all the …

This research introduces a comprehensive approach to optimize parking and operational
efficiency by employing density analysis based on entrance and exit camera footage in …