Computer Laboratory Scheduling and Monitoring System Using Raspberry Pi and RFID / GErald M. Domingo, Masaki Sandaja, John Ismael B. Tarras, Kim Francis P. Villacer.

Thesis (Undergraduate)

College of Science -- Bachelor of Science in Information Technology,
Technological University of the Philippines, 2023.

Includes bibliographical references.

In the current state of information technology, choosing the best computer monitoring software might be challenging due to the significant competition among program providers. This generation has witnessed the use of laboratory scheduling and monitoring systems at local institutions as well as in colleges. Numerous problems that prevent providing excellent service to any clients arise when the class assignment is not handled systematically. According to Humphrey, and Singh's study (2017), using scheduling system presents an optimization method that blends visual modeling with linear programming tools to identify and resolve scheduling conflicts across courses at the undergraduate and graduate levels within a single department. In relation to this, the researchers want to create and implement a Raspberry Pi and RFID-based College of Science Computer Laboratory Scheduling and Monitoring System. The researchers have to go through software encoding, hardware embedding, system testing, and debugging for the system validation in order to construct the system. Researchers have discovered that the Computer Laboratory Scheduling and Monitoring System utilizing Raspberry Pi and RFID is a complete solution created to effectively handle the scheduling and monitoring of a computer laboratory. Managing access, scheduling, and monitoring for computer labs is also made easier by this system, which is effective, secure, and simple to use.--Author's Abstract.