Real Time Automatic Number Plate Recognition Using Morphological Algorithm
Journal Title: International Journal of Science Engineering and Advance Technology - Year 2015, Vol 3, Issue 4
Abstract
The rising increase of up to date urban and national road networks over the last three decades become known the need of capable monitoring and management of road traffic. Expected techniques for traffic measurements, such as inductive loops, sensors or EM microwave detectors, endure from sober shortcomings, luxurious to install, they demand traffic distraction during installation or maintenance, they are massive and they are unable to notice slow or momentary stop vehicles. On the divergent, systems that are based on video are simple to install, use the existing infrastructure of traffic observation. Currently most reliable method is through the detection of number plates, i.e., automatic number plate recognition (ANPR), which is also branded as automatic license plate recognition (ALPR), or radio frequency transponders. The first revalent step of information is finding of moving objects in video streams and background subtraction is a very accepted approach for foreground segmentation. Next step is License plate extraction which is an essential stage in license plate recognition for automatic transport system. We are p l a n n e d f o r two ways for removal of license plates and comparing it with other existing methods. The Extracted license plates are segmented into particular characters by m e a n s o f a region-based manner. The recognition scheme unites adaptive iterative thresholding with a template matching algorithm. The method is strong to illumination, character size and thickness, skew and small character breaks. The main reward of this system is its real-time capability and that it does not require any extra sensor input (e.g. from infrared sensors) except a video stream. This system is judged on a huge number of vehicle images and videos. The system is also computationally extremely efficient and it is appropriate for others related image recognition applications. This system has broad choice of applications such as access control, ringing, border patrol, traffic control, finding stolen cars, etc. Furthermore, this technology does not need any fitting on cars, such as transmitter or responder.
Authors and Affiliations
B Satyanarayana| P.G Student, Department of ECE, BVC Engineering College Odalarevu AP India, Prof. Dhana Raju Valluri| Professor, Department of ECE BVC Engineering College Odalarevu AP India, K Raja Sekhar| Associate Prof, Department of ECE BVC Engineering College Odalarevu AP India
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- EP ID EP16482
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