Car parking occupancy prediction
Keywords:
Car parking, algorithms, IoT, sensors, CNNAbstract
Nowadays in modern cities, with the continuous growth of cars, parking slot availability is becoming a more and more difficult task. So, an efficient car parking occupancy detection system is becoming a necessity in order to reduce traffic congestion in parking lots. This paper proposes a system based on computer vision algorithms and basic image processing techniques that is capable of determining if a parking space is occupied or not, using aerial images captured through a camera. It aims to solve the issue of detecting a parking space that minimizes the time spent in searching parking lots which in turn reduces the carbon emissions that lead to a better quality of life. Current solutions available to this problem use hardware devices, IoT, sensors, CNN, and various deep learning algorithms. But the proposed system eliminates all the above complexities, thus resulting in greatly decreased expenses.
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Benjamin Kommey, Ernest O. Addo, Andrew S. Agbemenu “A Smart Image Processing-based System for Parking Space Vacancy Management” International Journal of Computer Applications
Volume 182 - No. 5, July 2018
Ahlam AlHarbi, Bashayer AlOtaibi, Maram Baatya, Zubaida Jastania, Maram Meccawy “A Smart Parking Solution for Jeddah City” International Journal of Computer Applications Volume 171 – No. 7, August 2017
Amira. A. Elsonbaty, Mahmoud Shams. “The Smart Parking Management System” International Journal of Computer Science & Information Technology (IJCSIT) Vol 12, No 4, August 2020
Mayank Swaraj, Manoj Kumar Munagala, Prerna Bharti, Mrs. C. Jayavarthin “Smart Parking System Using Facial Recognition, Optical Character Recognition and Internet of Things (IoT)” International Research Journal of Engineering and Technology (IRJET) Volume 6 Issue 4, Apr 2019
Nicholas True “Vacant Parking Space Detection in Static Images” University of California, San Diego ,2007
Orrie, O.; Silva, B.; Hancke, G.P. “A Wireless Smart Parking System” Prco., in 41st Annual Conference of the IEEE Industrial Electronics Society (IECON), Yokohama, Japan, pp. 4110 4114, 9–12 November 2015
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