Development of monitoring system for books with identification technology/
Climaco, Chynna Emyrald S.
Development of monitoring system for books with identification technology/ Chynna Emyrald S. Climaco, John Carl M. Corvera, Gabriel B. Lim, Neil Jeric C. Petate, and Patrick Aaron V. Santos.-- - Manila: Technological University of the Philippines, 2024. - xi, 97pages: 29cm.
Bachelor's thesis
College of Industrial Technology.--
Includes bibliographic references and index.
This study presents the Development of a Monitoring System for Books Using Identification
Technology, introducing a smart bookshelf system that employs RFID technology to track
manuscripts in real-time and enhance user accessibility. The system integrates RFID tags on
manuscripts, RFID readers embedded within the bookshelf, a fingerprint-based biometric
system for security, and a touch screen LCD interface for efficient management and tracking
of manuscripts. Each shelf, measuring 1.64 feet by 1.17 feet, accommodates manuscripts
comfortably, while the RFID reader enables automated tracking of manuscript movements.
Passive RFID tags affixed to the manuscripts facilitate efficient inventory management. A
CCTV camera, positioned at a height of 6 feet on the left side of the bookshelf, ensures
comprehensive monitoring of user interactions. Additionally, the bookshelf is mounted on six
wheels for easy mobility and repositioning. The system enhances user experience, minimizes
manuscript loss, and facilitates students’ access to previous works for idea development.
Evaluation of the prototype yielded an excellent rating, with a mean score of 4.60, while test
results showed an impressive mean of 9.5 or 95%. This study underscores the potential of
RFID-based monitoring systems in advancing inventory management and information
accessibility, highlighting the importance of continued research in this field.
Inventory
Manuscript
Security
BTH TK 5105.59 / C55 2024
Development of monitoring system for books with identification technology/ Chynna Emyrald S. Climaco, John Carl M. Corvera, Gabriel B. Lim, Neil Jeric C. Petate, and Patrick Aaron V. Santos.-- - Manila: Technological University of the Philippines, 2024. - xi, 97pages: 29cm.
Bachelor's thesis
College of Industrial Technology.--
Includes bibliographic references and index.
This study presents the Development of a Monitoring System for Books Using Identification
Technology, introducing a smart bookshelf system that employs RFID technology to track
manuscripts in real-time and enhance user accessibility. The system integrates RFID tags on
manuscripts, RFID readers embedded within the bookshelf, a fingerprint-based biometric
system for security, and a touch screen LCD interface for efficient management and tracking
of manuscripts. Each shelf, measuring 1.64 feet by 1.17 feet, accommodates manuscripts
comfortably, while the RFID reader enables automated tracking of manuscript movements.
Passive RFID tags affixed to the manuscripts facilitate efficient inventory management. A
CCTV camera, positioned at a height of 6 feet on the left side of the bookshelf, ensures
comprehensive monitoring of user interactions. Additionally, the bookshelf is mounted on six
wheels for easy mobility and repositioning. The system enhances user experience, minimizes
manuscript loss, and facilitates students’ access to previous works for idea development.
Evaluation of the prototype yielded an excellent rating, with a mean score of 4.60, while test
results showed an impressive mean of 9.5 or 95%. This study underscores the potential of
RFID-based monitoring systems in advancing inventory management and information
accessibility, highlighting the importance of continued research in this field.
Inventory
Manuscript
Security
BTH TK 5105.59 / C55 2024