چکیده (انگلیسی):

License Plate Recognition (LPR) is the most important type of Intelligent Transportation System (ITS).
LPR is used in many different types of ITS like electronic payment systems, toll station, parking fees,
freeway and arterial management systems for traffic surveillance. Few years ago, Egyptians government
changed the car license plate to include letters and numbers. So the needs for efficient LPR System for the
new license plate are increased in different ITS fields. This study presents an enhanced LPR detection
algorithm for the new Egyptian licenses plate. The detection enhancement is done using Stroke Width
Transform algorithm to extract letters from candidate areas combined with Fuzzy ARTMAP classifier.
Stroke Width Transform (SWT) is a state of art algorithm developed by Microsoft Research Lab for
detecting text in natural scene, it seeks to find the value of stroke width for each image pixel and
demonstrate its use on the task of text detection in natural images. This study is focusing on detecting
Arabic letters in the candidate license plate area using SWT image map instead of binary image map where
not all Arabic letters have uniformly stroke width and some letters have a dot above and below it. The
proposed model shows 26% detection accuracy enhancement than conventional LPR systems (Sobel Edge
detection with binary image map using template matching technique).