Abstract — Surveillance video camera monitoring system has gained a lot of interest among the research community especially in monitoring vehicle speed. Apart from vehicle speed detection, this algorithm can be used to monitor the traffic condition along the road or highway. The existing surveillance video cameras are rarely used to measure the vehicle speed and estimate the vehicle. A MATLAB algorithm is proposed and developed to associate the developed algorithm with real-time video sequence and images. Development of vehicle speed detection algorithm is based on the vector-valued function and motion vector technique that estimates the velocity of moving vehicle
The theoretical part of this paper summarizes the methods for motion analysis in an image. Inspected...
Vehicle tracking has been applied in traffic surveillance with the intention of gaining traffic flow...
Along with the development of information and communication technology, the world urban people now r...
Advanced analysis of road traffic data is an essential component of today's intelligent transportati...
Video and image processing has been used for traffic surveillance, analysis and monitoring of traffi...
A real time system is proposed to detect moving vehicles that violate the speed limit. A dedicated d...
This paper aims at determining vehicle speed which is necessary for traffic surveillance systems. Th...
In this paper, detailed studies have been performed for developing a real time system to be used for...
It was recorded that road vehicle accidents in Malaysia were increasing year by year. One of the mai...
This paper presents a novel algorithm for the detection and tracking of low relative speed moving ve...
Abstract: This paper presents a novel velocity estimation method for ground vehicles. The task here ...
This paper describes an algorithm to estimate realtime vehicle velocity using image processing techn...
This paper introduces an intelligent system, which can be applied in the monitoring of vehicle speed...
Camera system is widely used as a road traffic monitoring nowadays but if the system is used as a sp...
This project is intends to develop a vehicle tracking and speed estimation using digital image proce...
The theoretical part of this paper summarizes the methods for motion analysis in an image. Inspected...
Vehicle tracking has been applied in traffic surveillance with the intention of gaining traffic flow...
Along with the development of information and communication technology, the world urban people now r...
Advanced analysis of road traffic data is an essential component of today's intelligent transportati...
Video and image processing has been used for traffic surveillance, analysis and monitoring of traffi...
A real time system is proposed to detect moving vehicles that violate the speed limit. A dedicated d...
This paper aims at determining vehicle speed which is necessary for traffic surveillance systems. Th...
In this paper, detailed studies have been performed for developing a real time system to be used for...
It was recorded that road vehicle accidents in Malaysia were increasing year by year. One of the mai...
This paper presents a novel algorithm for the detection and tracking of low relative speed moving ve...
Abstract: This paper presents a novel velocity estimation method for ground vehicles. The task here ...
This paper describes an algorithm to estimate realtime vehicle velocity using image processing techn...
This paper introduces an intelligent system, which can be applied in the monitoring of vehicle speed...
Camera system is widely used as a road traffic monitoring nowadays but if the system is used as a sp...
This project is intends to develop a vehicle tracking and speed estimation using digital image proce...
The theoretical part of this paper summarizes the methods for motion analysis in an image. Inspected...
Vehicle tracking has been applied in traffic surveillance with the intention of gaining traffic flow...
Along with the development of information and communication technology, the world urban people now r...