| Summary: | 碩士 === 國立交通大學 === 電機與控制工程系所 === 93 === Recently, the study of radio frequency identification (RFID) in commercial applications has attracted much attention. For example, Wal-Mart demanded that the top 100 suppliers utilize the RFID system since 2005. Besides, U.S. DOD declared that the factories providing goods and material to the army have to use RFID technique. In accordance with the advantages and properties of RFID, a RFID-auxiliary electronic automatic monitoring system is designed and implemented. Not only can it reduce manpower, but also make system decisions through the records of central server and monitoring terminal PC. In this thesis, the technical data of RFID systems are first collected and analyzed. The data and formats of EPC coding are also discussed and categorized. Furthermore, a RFID-based gate monitoring system and a RFID-based library management system are implemented through TCP/IP and self-designed middleware specification. In order to evaluate the feasibility of RFID-Based tracking systems, a superintensive circulating water culture system is demonstrated for an example. In conclusion, the main results of this thesis will be expected to provide the application reference and design rules of RFID-Based monitoring systems.
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