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This document summarizes a research paper that proposes a mobile application-based system to determine available parking slots in a parking lot.

This document describes an advanced car parking system that uses RFID, sensors, a PIC controller, conveyor belts, motors and a GSM module.

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[16] increases the precision and recall to 86.9% and 87.3%, but it cannot detect slanted parking slots and needs to train multiple marking-point detectors.

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Assuming each parking spot is used three times daily, the centre requires a minimum of 375 car and 416 bike parking spots.

🚗 Smart Parking System Using STM32 Boards 🚗 🔧 Project Overview: In this project, we designed and implemented a Smart Parking System using STM32 boards, ultrasonic sensors, and an LCD display. The system provides real-time feedback on parking slot availability, making it easier for drivers to find a parking spot. 🛠️ Components Used: 2xSTM32 Board Ultrasonic Sensors for distance detection (used to check if a parking slot is occupied) Breadboards for circuit connections LEDs to indicate the status of parking slots (green for available, red for occupied) LCD Display to show real-time messages like "Park in slot 1" 📈 How It Works: Ultrasonic sensors are placed in each parking slot to detect the presence of a vehicle. When a car approaches, the sensors measure the distance and determine whether the slot is occupied. Based on the sensor readings, LEDs are used to visually indicate the availability of each slot (green = available, red = occupied). The STM32 boards handle the sensor input, process the data, and update the LCD display to provide real-time information about parking slots. If a spot is free, the display might show something like "Park in slot 1." 🔑 Key Features: Automated Slot Detection: Ultrasonic sensors automatically detect whether a parking spot is occupied or not. Real-time Display: The system continuously updates the LCD display with available slots. Simple Visual Indicators: LEDs are used for quick visual feedback. 🌟 Benefits of a Smart Parking System: Efficient Parking Management: Reduces time spent searching for a parking spot. Real-time Updates: Drivers are informed in real-time about available spots. Scalable Solution: Can be expanded to larger parking lots by adding more sensors and microcontrollers. 📚 Future Improvements: Integrate a mobile app for remote slot monitoring. Use IoT to allow cloud-based management and real-time data analytics. Add additional sensors like infrared for better accuracy. 💡 Inspiration: With parking spaces becoming harder to manage in urban areas, automating parking systems can save time, reduce emissions from idling cars, and improve overall traffic flow. This prototype is a small step toward smarter, more connected cities. Let us know if you would like to see the code or a tutorial! 🙌

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