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In the modern era of rapid growth and development, the demand for cars has increased gradually. With the demand, the problem of finding the appropriate parking space is now a key challenge. To remember the place where one has parked the car in the crowd of 500-600 cars is a troublesome situation for anyone. Unwanted use of parking space because of...
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Context 1
... Secure user login page where user need to fill up some basic information and its QR code will be generated . Then parking mode will be displayed-online or offline. Payments and space allotted history can also be accessible from user app. Current bills and related information is also shown in app. Fig. 3 shows the prototype designed in Figma ...
Citations
... Berdasarkan penuturan di atas penulis ingin menggembangkan sistem parkir yang mampu menghitung tagihan kendaraan berdasarkan lama kendaraan terparkir secara otomatis dengan memanfaatkan Qr Code atau Kode Qr sebagai pengganti tiket parkir, maka penulis mengajukan penelitian dengan judul "Prototype Sistem Pembayaran Parkir Non-Tunai Berbasis Mikrokontroler dengan Metode Template Matching". Beberapa penelitian yang menggunakan QR-Code, diantaranya yaitu : Penelitian terkait sistem reservasi medis dan verifikasi tiket kereta api yang dipesan secara online [6]. Sesuai dengan judulnya, maka proses pembayaran tagihan parkir dibayar secara online (Non-tunai) melalui aplikasi parkir yang disediakan. ...
Parking is an activity to stop or store vehicles in a place that has been provided in public places that have a parking system. The parking system is a system that is applied to a parking environment. Several parking systems developed are manual parking systems, computer-based parking systems, semi-automatic parking systems and RFID-based parking systems. Indonesia has developed a lot of computer-based parking systems, but many areas still use manual parking systems. So that there are still many vehicles parked carelessly, security is not guaranteed and the payment system has not been accumulated based on the length of parking time. This paper describes the development of a parking system based on the template matching method by developing non-cash payments based on the length of parking time. Researchers use a webcam to detect vehicles that will enter the parking area. The captured images are processed in a database to store vehicle entry time information. Researchers use qr codes as a substitute for admission tickets. When leaving the parking area, a QR code will be scanned on the provided application, then users can make payments through the application. This system can be carried out independently by the user so that it does not require full 24-hour supervision.
