Acknowledgement
Chapter 1
The Problem and its Background
Introduction
The term RFID refers to Radio Frequency Identification, a technology which uses radio waves to automatically identify items or people. Most commonly this involves the use of an RFID tag and a reader device. In general terms, Radio Frequency Identification systems consist of an RFID tag (typically many tags) and an interrogator or reader. The interrogator emits a field of electromagnetic waves from an antenna, which are absorbed by the tag. The absorbed energy is used to power the tag’s microchip and a signal that includes the tag identification number is sent back to the interrogator. The use of a wireless non-contact system that uses radio frequency electromagnetic fields to transfer data from a tag attached to an object, for the purposes of automatic identification and tracking. Some tags require no battery and are powered and read at short ranges via magnetic fields (electromagnetic induction).
Backround of the Study
Tanauan Institute has already been using the Library System. Since the institution is already using such technology, these will be the first time for the institution to use Radio Frequency Identification. The researchers thought of maximizing its use by creating a system that will track the students who borrowed books, which will be having RFID stickers for monitoring purposes, in the library.
Currently, the school’s library is using the “Library System” in monitoring the books, which has a number of limitations. It is not capable of generating reports that can determine the books that are mostly borrowed which can help them decide on the number of a particular book they will be purchasing in the future. It is also using Microsoft Visual Basic for the system’s database which can only store very limited information. On the other hand, the system that the library is using in recording the attendance of the users cannot help them in identifying the library users of
The Problem and its Background
Introduction
The term RFID refers to Radio Frequency Identification, a technology which uses radio waves to automatically identify items or people. Most commonly this involves the use of an RFID tag and a reader device. In general terms, Radio Frequency Identification systems consist of an RFID tag (typically many tags) and an interrogator or reader. The interrogator emits a field of electromagnetic waves from an antenna, which are absorbed by the tag. The absorbed energy is used to power the tag’s microchip and a signal that includes the tag identification number is sent back to the interrogator. The use of a wireless non-contact system that uses radio frequency electromagnetic fields to transfer data from a tag attached to an object, for the purposes of automatic identification and tracking. Some tags require no battery and are powered and read at short ranges via magnetic fields (electromagnetic induction).
Backround of the Study
Tanauan Institute has already been using the Library System. Since the institution is already using such technology, these will be the first time for the institution to use Radio Frequency Identification. The researchers thought of maximizing its use by creating a system that will track the students who borrowed books, which will be having RFID stickers for monitoring purposes, in the library.
Currently, the school’s library is using the “Library System” in monitoring the books, which has a number of limitations. It is not capable of generating reports that can determine the books that are mostly borrowed which can help them decide on the number of a particular book they will be purchasing in the future. It is also using Microsoft Visual Basic for the system’s database which can only store very limited information. On the other hand, the system that the library is using in recording the attendance of the users cannot help them in identifying the library users of