2026· International journal of research and innovation in social science· 0 citations
TL;DR
An Internet of Things (IoT)-based Smart Library Management System that integrates an ESP32 microcontroller, RFID RC522 modules, FSR402 pressure sensors, cloud computing, and a web-based dashboard to enable real-time monitoring and automation of library operations is presented.
Abstract
The increasing adoption of digital technologies in higher education has accelerated the transformation of conventional libraries into smart learning environments that enhance operational efficiency and user experience. However, many academic libraries continue to face challenges such as misplaced books, limited visibility of study seat availability, and the inability to monitor in-library reading activities, resulting in inefficient resource management and increased staff workload. This study presents an Internet of Things (IoT)-based Smart Library Management System that integrates an ESP32 microcontroller, RFID RC522 modules, FSR402 pressure sensors, cloud computing, and a web-based dashboard to enable real-time monitoring and automation of library operations. RFID technology is employed to verify book locations and detect misplaced items, while pressure sensors monitor seat occupancy to provide users with real-time availability information. In addition, the system records the duration that books remain off the shelves to identify in-library reading activities, providing valuable insights into resource utilisation. Sensor data are transmitted via Wi-Fi to a cloud platform, enabling centralized monitoring of book status, seat occupancy, and library usage through an interactive dashboard. Prototype evaluation demonstrated reliable system integration with an average data transmission latency of approximately 180 ms, while the total prototype cost of RM121.54 demonstrates the feasibility of implementing a cost-effective smart library solution. To complement the technical evaluation, a user acceptance and usability survey involving 70 respondents indicated strong support for the proposed smart library features, particularly real-time seat occupancy monitoring and automated misplaced-book detection. Overall, the proposed framework provides a practical, scalable, and user-centred solution that supports Smart Campus initiatives by improving library services, enhancing operational decision-making, and promoting more efficient resource management in higher education institutions.
Results indicate that IoT is a very vital force in the process of converting conventional libraries into smart libraries, and libraries need to worry about creating easy-to-use interfaces, customized services, and ease of digital experiences, which will match the needs of the users.
Ali K. Tawalbeh· Journal of Cultural Analysis...· 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.
This paper explores and integrates various sensors and Internet of Things technology within a park environment for the empowerment of environmental and weather monitoring, efficient lighting, security, and surveillance monitoring. This empowerment is incorporated with sensors to monitor things like air quality, tempera...
S. Umamaheswari, D. Harsha, T. Babu et al.· International Conference on...· 0 citations
The design and implementation of an Internet of Things (IoT)-based real-time kitchen monitoring and automation system aimed at enhancing safety, efficiency, and intelligent control within kitchen environments is presented.
Simon Usiju Chagwa, P. B. Zirra· Journal of Analytical and Ap...· 0 citations
An integrated IoT system consisting of LED-assisted shelf identification and an interactive web visualization application is proposed in this study for enhancing the reliability and effectiveness of automated library book retrieval.
Sagar S. Ajanalkar, Harshadeep S. Joshi· IAES International Journal o...· 0 citations
Experimental evaluation indicates that the proposed system reduces notice publication time by nearly 90 percent compared with manual methods, achieves a mean speech recognition accuracy above 85 percent under normal classroom conditions, eliminates recurring paper costs, and supports multilingual communication.
Dr.S.Kalaivani· International journal of res...· 0 citations
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