Road Lane Detection System for Self Driving Car

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Rakesh Kadu Rakesh Kadu
Purushottam J. Assudani
Manvi Jaiswal
Druvsingh Bist
Ankush Tickoo

Abstract

Self-driven car or driverless car is an innovation in the Automobile industry. In a self-driven car, direction requires automation. The detection of road lanes or boundaries is a complex and challenging process. In this process identification of the road and the vehicle position on the road plays an important role. It includes the identification of the road and finding the position of the vehicle and road. This paper presents an image-based road lane detection system for self-driven cars using a front camera. The camera mounted on the front dashboard will capture a video stream and apply the processing to detect the road lane. The images will be extracted from continuously captured video and will apply various image processing algorithms like greyscale, Gaussian blur, Canny edge detection, Hough transform to detect and construct the lane which is used to guide the car on road. The system will generate the video based on a processed image which is used to further control the car movement.


 

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How to Cite
Rakesh Kadu, R. K., Purushottam J. Assudani, Manvi Jaiswal, Druvsingh Bist, & Ankush Tickoo. (2021). Road Lane Detection System for Self Driving Car. International Journal of Next-Generation Computing, 12(5). https://doi.org/10.47164/ijngc.v12i5.466

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