Smart detector database using RFID

Shahirah , Md Emran (2013) Smart detector database using RFID. Project Report. UTeM. (Submitted)

Text SMART DETECTOR DATABASE USING RFID 24pages.pdf Download (5MB)

Abstract

A Smart Detector Database using Radio Frequency Identification (SDDR) is a cyclist tracking device. This device can be applied in the biggest race competition, such as in the Le Tour De Langkawi (LTDL). Todays, the monitoring system used unable to trace not arrive cyclist. As a solution, SDDR will detect cyclist that through the checkpoints and the profile about that cyclist would be displayed at the organizers PC monitor at the last point. The profile of each cyclist can be identified by using the information from database. The information from the Radio Frequency Identification (RFID) Database Handling System will be used by the organizer such as name, address, date and time of arriving at the each checkpoint. The main purpose of this device is to reduce the use of manpower atthe each checkpoint.The aim of this project is to implement the RFID tags and readers as a detector. This project will use the Ultra High Frequency (UHF) RFID Reader that will be directly connected to the PC organizer without using the interface circuit. This system has been developed by using Microsoft Visual Basic (VB) that offered graphical user interface (GUI) for display the result. The database as well support for this system is Microsoft Access (MA). The purpose of database is to be reference for any related stored data and information. Implementation of this smart detector involves low cost, long read range and high read rate. The successfully implementation for this project will save time, cost and energy.

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