The detection and identification of license plates from captured images have been widely studied over the past two decades. The demand for this technology in security and commercial applications ranges from traffic control organisation to parking management and vehicle tracking. License plate recognition can be divided into two steps: detection and identification. Recent algorithms have focused on the detection step, with few researchers studying identification. In this study, an algorithm is developed to detect and identify license plates. The algorithm is based on the fact that license plates have a semi‐symmetric distribution of corner points; it utilises morphological feature learning. The algorithm runs in real time, is highly robust, and can identify whether the candidate region contains a license plate.
Efficient method for vehicle license plate identification based on learning a morphological feature
IET Intelligent Transport Systems ; 10 , 6 ; 389-395
2016-08-01
7 pages
Article (Journal)
Electronic Resource
English
image capture , captured images , traffic control , security applications , mathematical morphology , morphological feature learning , parking management , semisymmetric corner point distribution , object recognition , object detection , license plate recognition , commercial applications , traffic engineering computing , feature extraction , traffic control organisation , vehicle tracking , vehicle license plate identification , license plate detection
Efficient method for vehicle license plate identification based on learning a morphological feature
IET | 2016
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