Results indicate that the system can support real-time IoT-based student attendance monitoring, and the requirement analysis, system design, implementation, and testing resulted in a 100% success rate.
Abstract
The development of Internet of Things (IoT) technology supports the implementation of automated student attendance systems to address limitations in attendance recording, data recapitulation, and real-time monitoring. This study aims to implement a Radio Frequency Identification (RFID)-based student attendance system integrated with IoT. The Prototype method was used, consisting of requirement analysis, system design, implementation, and testing. The system utilizes an RFID Reader RC522, NodeMCU ESP8266, HTTP Request communication, PHP API, and MySQL database. RFID data is transmitted through a Wi-Fi network and displayed on a web-based dashboard. Testing with 10 trials resulted in a 100% success rate for UID reading, data transmission, student validation, attendance data storage, and dashboard visualization. The average response time from card detection to data display on the dashboard was 1.82 seconds. These results indicate that the system can support real-time IoT-based student attendance monitoring.
The application of IoT integrated with MySQL proves effective in supporting efficiency, transparency, and the digitalization of organizational attendance management.
Muhamad Rafi Hermansah· Jurnal Informatika dan Tekni...· 0 citations
Parking capacity management requires information that can be obtained quickly and accurately because the number of vehicles in a campus parking area changes dynamically. This study aims to design and implement an Internet of Things (IoT)-based motorcycle parking capacity monitoring system at the parking area of Univers...
The implementation results indicate that HadiRin can support a more measurable attendance process and improve attendance accountability through the combination of location verification and selfie capture and further development can focus on strengthening system security through location anti-spoofing mechanisms and liv...
M. Yaasin, M. Bustasmi, W. Nugraha et al.· Journal Computer Science and...· 0 citations
The results indicate that the system performs its main functions according to the specified requirements, and the evaluation was conducted on a limited prototype scale with a limited number of SUS respondents, so the usability results cannot yet be generalized broadly.
The Conventional ticketing systems in the public transport are manual validation and paper based, which adds delays in operations and lack of real time tracking. This paper shows the design and the performance analysis of an RFID smart ticketing architecture based on the IoT using an end-toend communication pipeline. T...
S. Powar, Rashmi Chaudhary, Priyanka Lagad et al.· International Conference on...· 0 citations
Indoor air quality monitoring is important in workplaces because hazardous gas exposure may occur without clear sensory indications. This study developed an Internet of Things based air-quality monitoring system by integrating an MQ-135 sensor, an ESP32 controller, an LED Matrix P10 local display, and the Ganesha16 web...
Rasim Rasim, D. Handayani, C. Carudin et al.· Jurnal Transformatika· 0 citations
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