An Ideal Model For Recognition of Traffic Symbol using Color and Morphological Structure

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International Research Journal of Engineering and Technology (IRJET)

e-ISSN: 2395 -0056

Volume: 04 Issue: 04 | Apr -2017

p-ISSN: 2395-0072

www.irjet.net

AN IDEAL MODEL FOR RECOGNITION OF TRAFFIC SYMBOL USING COLOR AND MORPHOLOGICAL STRUCTURE Rupesh Bangar, Rahul Patthe, Rahul Valsange, Parag Lonkar Student, Department of, Information Technology, Sinhgad Institute of Technology, Lonavala, SPPU, Pune, Maharashtra, India Prof: N.A.Dhavas, Information Technology, SIT College Lonavala, Maharashtra, India ---------------------------------------------------------------------***--------------------------------------------------------------------crossing sign. If driver not able to see that sign then Abstract - This project introduce due increase in road there must be chances of accident.so to avoid such kind accident now a days because of some negligence of of road accident, driver need to have some information traffic sign on road.to reduce this road accident people about the traffic signs on road. Hence automation need to see the traffic signs display on road and they navigation for driver is important. These system needs need to follow it proporly.in this project we use high to be very fast and robust for detection of road sign. resolution camera, java base software etc. many There are various sign on road like restriction, warnings etc. to overcome this road accident this system are exited for traffic sign detection most of propose system get introduce. them are having performance issues, so this paper introduce us some novel idea to overcome this 2. Literature Survey performance issues for traffic sign detection. This propose system work in flow like it first capture then The authors Keren-Fu, Irene Y.A.Gu,Anders odblom in divide that image in blocks and then with the help of those paper( Traffic sign recognition using salient region feature: A novel learning base course to fine colour, shape identification it will detect that sign scheme). image. How it is work: they implemented traffic sign detection using following methods Key Words: image block, colour identification, block A) Traffic sign detection system method. labelling, edge analysis, shape identification, block 1) Image segmentation followed by region analysis. correlation, fuzzy, symbol clarification. Symbol 2) Edge base shape discovery. identification. 3) Sliding window detection. B) Traffic sign classification schema. 1. Introduction 1) Course to fine classification. C) Performance of sign detection. Vehicles are increase so much now a days and there is D) Performance of sign classification. also E) Combination of category. Increase in road accident. For ex. if a driver drive a car Disadvantages With 50 km/hr and on road there is suddenly road 1) Sign in same category share some common crossing sign. If driver not able to see that sign then attributes and appearance. So there is little difficult to there must be chances of accident. So to avoid such detect sign. kind of road accident, driver need to have some 2) This paper will not evaluate the 100% outcome on information about the traffic signs on road. hence the test data set it has still 0.3% false positivity.[1] automation navigation for Traffic Sign Recognition Using Neural Network Driver is important. These system needs to be very fast This paper contains following step and robust for detection of road sign. There are various 1)Image extraction: in this stage the video image view Sign on road like restriction, warnings etc. to overcome has been taken by video camera and the image this road accident this propose system get introduce. extraction blocks are responsible for creating images Vehicles are increase so much now a days and there is and sign detection and extraction generates the small also increase in road accident. For ex. if a driver drive a image called as blocks and such blocks will perform in car with 50 km/hr and on road there is suddenly road recognition stage using artificial neural network. Š 2017, IRJET

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