In recent years parking has become costly resource in the practically any significant urban areas on the planet, and its limited availability is the simultaneous cause of urban traffic blockage and air pollution. The common strategy for finding a parking space is manual where the driver usually finds a space in the city or on the streets through his / her experience or luck. This process requires time and effort and may prompt to the worst scenario of failing to discover any parking space if the driver is driving in a city with high vehicle density. Here, an endeavor has been done to computerize the vehicle as well as the vehicle parking framework with a Smart Parking System (SPS) which is based on the integration of an Android app and QR Code reader. The presentation of a novel calculation that expands the proficiency of the current smart- parking framework and builds an android application to gather information about the occupancy state of parking spaces, and to advice the drivers to the closest vacant parking spot. The going into or leaving the parking slot is constrained by an Android-based app. The algorithm improves the likelihood of successful parking and minimizes the user waiting time.
Android app, Car Parking, QR-Code, Smart Parking, IoT, Smart City
Khushboo Chaurasia , Dilesh Shahare , Nikhita Ramteke , Priya kanekar; Sharad Dewagan , Payal Zade; Prof. Tushar Muratkar "A Review on Smart Parking Systems" Iconic Research And Engineering Journals Volume 4 Issue 8 2021 Page 41-48
Khushboo Chaurasia , Dilesh Shahare , Nikhita Ramteke , Priya kanekar; Sharad Dewagan , Payal Zade; Prof. Tushar Muratkar "A Review on Smart Parking Systems" Iconic Research And Engineering Journals, 4(8)