Design Approach to Fish Data Identification Tag via RFID

T. Hla, Z. M. Aung
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引用次数: 4

Abstract

The objective of this research work is to design and construct RFID tag for fish identification using RFID antennas. By logging on the identified data in PIC, it is more secure than other RFID devices. And also it is easily programmable and reliable method. In this work, tag's data for fish identification are created in MS access database engine. ActiveX Comport is built on top of serial interface driver with Visual Basic programming language for communication from EEPROM of tag circuit to PC. PIC16F628 is used for commissioning identified tag's data into EEPROM and modulating the tag's data in EEPROM with 135 kHz carrier from the reader. PIC program is written in Assembly language. The best reading angle of fish identification data between the antennas of RFID tag and reader is measured by spectra analyzer. The experimental result shows that the minimum attenuation can be obtained at the reading angle of (0˙) and( 90¿¿) than any other reading angles at the maximum readable distance of 30cm.
基于RFID的鱼类数据识别标签设计方法
本研究工作的目的是设计和构建RFID标签,用于使用RFID天线识别鱼类。通过在PIC中记录识别的数据,比其他RFID设备更安全。该方法编程简单,可靠性高。在本工作中,在MS access数据库引擎中创建用于鱼类识别的标签数据。ActiveX Comport是用Visual Basic编程语言建立在串行接口驱动程序之上,实现标签电路EEPROM与PC机之间的通信。PIC16F628用于将识别标签的数据调试到EEPROM中,并在读取器的135 kHz载波下调制EEPROM中的标签数据。PIC程序采用汇编语言编写。利用光谱分析仪测量RFID标签天线与阅读器之间的鱼类识别数据的最佳读取角度。实验结果表明,在最大可读距离为30cm时,读取角为(0˙)和(90˙)时的衰减最小。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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