Enhancement of web-based cashless canteen ordering system using local network at Bingao National High School / Jamille Victory U.Angel, Tristan D. Bumanglag, Paulito Louie Fermin, Aesthrea Khassy V.Gali, James Christian V. Lorenzo, Vincent Kyle E. Moises, Van-Exel I. Villanueva
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TextPublication details: City of Batac : MMSU, 2024Description: xxiii, 166 leaves : 29 cmSummary: The study focuses on enhancing the previous ordering system at Mariano Marcos State University by implementing a web-based cashless canteen ordering system which is accessible on any device. Numerous hardware elements, including touch screen display, mini-PC, pin pad, QR code scanners, router, and repeaters, are integrated to build self-ordering kiosk. The mini-PC handle and process the orders, while the touch screen monitors readily show the various meal selections for ordering. User authentication is made easier with pin pad, while LRN ID recognition is made more efficient with QR code scanners. Repeater and routers also make it easier for mobile device connectivity. The system leverages advanced software technologies including Vue.js, Laravel, XAMPP, HTML5, CSS, JavaScript, and PhpMySql for backend functionality, and database management. The study aims to improve communication, efficiency, and customer satisfaction within the school premises.
| Item type | Home library | Shelving location | Call number | Status | Notes | Date due | Barcode |
|---|---|---|---|---|---|---|---|
| Thesis/Dissertation | MMSU Main Library | Theses and Dissertation Section | Available | Room Use Only | UTHESIS-6924 |
UTHESIS (Bachelor of Science in Computer Engineering)
Bibliography: leaves 72-74
The study focuses on enhancing the previous ordering system at Mariano Marcos State University by implementing a web-based cashless canteen ordering system which is accessible on any device. Numerous hardware elements, including touch screen display, mini-PC, pin pad, QR code scanners, router, and repeaters, are integrated to build self-ordering kiosk. The mini-PC handle and process the orders, while the touch screen monitors readily show the various meal selections for ordering. User authentication is made easier with pin pad, while LRN ID recognition is made more efficient with QR code scanners. Repeater and routers also make it easier for mobile device connectivity. The system leverages advanced software technologies including Vue.js, Laravel, XAMPP, HTML5, CSS, JavaScript, and PhpMySql for backend functionality, and database management. The study aims to improve communication, efficiency, and customer satisfaction within the school premises.
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