Vacant parking slot detection and tracking during driving and

It was thus used to develop a prototype that was used for detecting the status of parking slots as either empty or occupied The solution was verified by

Vacant parking slot detection and tracking during driving and Comprehensive experiments demonstrate that our LiDAR-based parking sensing system can not only predict free parking spaces at a long distance,

It was thus used to develop a prototype that was used for detecting the status of parking slots as either empty or occupied The solution was verified by

parking slot design A line-based method first detects parking slot markings on the image, then clusters and fits the straight lines, and finally generates the parking space based

However, such algorithms cannot detect the parking slot when it is partially occluded by the vehicle: even a slight occlusion of one or two corner points

parking slot images Taking one of the example as car parking system It is just the soluation to help to detect no of cars present in a parking to know how many empty slots are

The orientation of the parking slot when the vehicle is around it Two rectangular boxes formed by the entrance line with a depth d are marked