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An Advancement in Effective Parking Solutions: The Smart Car Parking system. In cities, parking congestion results in wasted time, fuel, and irritated drivers. By offering real-time parking availability updates, expediting the procedure, and lowering traffic in parking lots, the Smart Car Parking System provides an answer. The system, which was constructed with an Arduino Uno microprocessor, uses infrared (IR) sensors to identify whether a car is in each slot. To assist drivers in making educated judgments, a linked LCD shows real-time data on available and occupied spaces. Entry and exit barriers are controlled by servo motors, which grant only permitted access. The technology automatically updates the slot status when cars enter or exit. This improves traffic flow, lowers pollutants, saves fuel, and lessens the need for manual supervision. The system is perfect for public lots, workplaces, malls, and residential areas. It can be improved with AI for space optimization and IoT-based apps for slot reservations, increasing the sustainability and efficiency of urban parking [5].

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IOT Based Smart Car Parking System

  • 会议论文

  • 发表日期：

    2026年

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  • Ajay Talele,
  • Revati More,
  • Satej Patil,
  • Shreya Bedre,
  • Gokarn Nemade,
  • Harshwardhan Vanmore,
  • Dipak Parvate,
  • Sakshi Dhumale,
  • Varun Deshmane,
  • Vedika Dange

摘要

An Advancement in Effective Parking Solutions: The Smart Car Parking system. In cities, parking congestion results in wasted time, fuel, and irritated drivers. By offering real-time parking availability updates, expediting the procedure, and lowering traffic in parking lots, the Smart Car Parking System provides an answer. The system, which was constructed with an Arduino Uno microprocessor, uses infrared (IR) sensors to identify whether a car is in each slot. To assist drivers in making educated judgments, a linked LCD shows real-time data on available and occupied spaces. Entry and exit barriers are controlled by servo motors, which grant only permitted access. The technology automatically updates the slot status when cars enter or exit. This improves traffic flow, lowers pollutants, saves fuel, and lessens the need for manual supervision. The system is perfect for public lots, workplaces, malls, and residential areas. It can be improved with AI for space optimization and IoT-based apps for slot reservations, increasing the sustainability and efficiency of urban parking [5].