Automated Car Parking System Using Arduino
[1]K.S. MANOJEE [2]N. ELAMATHI, [3]R. POOJA, [4] M. SNEKHA
[1]M.E Professor ,Department of Information Technology, kongunadu College of Engineering and Technology
[2] B.Tech Student ,Department of Information Technology, kongunadu College of Engineering and Technology
[3]B.Tech Student ,Department of Information Technology, kongunadu College of Engineering and Technology
[4] B.Tech Student ,Department of Information Technology, kongunadu College of Engineering and Technology
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Abstract - The growing demand for parking in densely populated urban areas has led to significant challenges, including congestion, inefficient space utilization, and frustration among drivers. Traditional parking systems often struggle to manage high volumes of vehicles, resulting in wasted time and increased environmental impact. The Automated Car Parking System (ACPS) addresses these issues by using advanced sensor technologies to monitor parking space availability in real time. The system provides accurate, up-to-date information to drivers, guiding them to open parking spaces and improving overall traffic flow. In the event that all parking spots are occupied, the system automatically closes the parking entrance to prevent further congestion. This automated approach not only reduces the time spent searching for parking but also optimizes space usage and alleviates traffic congestion. The ACPS offers a seamless, efficient, and user-friendly parking experience, making it particularly suited for busy urban environments, shopping malls, office complexes, and public parking areas. By enhancing the efficiency of parking operations, the system contributes to a more sustainable and convenient urban transport experience.
Key Words: Automated Car Parking System, sensor technology, real-time monitoring, parking management, urban congestion, space optimization
