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DOI:
计算机系统应用英文版:2012,21(6):30-33,173
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基于RFID 技术的矿井人员定位读写系统
(辽宁工程技术大学 理学院,阜新 123000)
Read-write System Applied for Miner Location under Coal Mine Based on RFID
(College of Science, Liaoning Technical University, Fuxin 123000, China)
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Received:October 04, 2011    Revised:November 04, 2011
中文摘要: 针对煤矿的安全现状,提出了基于射频识别技术的矿井人员定位读写系统。该方案以TI 公司单片机MSP430F5438 为核心芯片,结合Chipcon 公司的无线射频收发芯片CC1100 和外围元器件设计工作频率为915MHz 的读卡器。详细论述了读卡器的硬件原理和软件设计思想,给出系统原理图和软件设计流程图,以IAREmbedded Workbench V3.41A 为平台进行系统软件的开发。最后分析系统的防碰壁原理和通信协议,采用F-ALOHA 算法,以减少碰撞的发生,提高识别精度和效率。通过仿真比较F-A
中文关键词: RFID  读写系统  MSP430F5438  CC1100  防碰撞
Abstract:According to the safety situation of coal mine, read-write system applied for miner location was proposed based on RFID technology. This plan used MSP430F5438 of TI Company as core chip; card reader was designed of 915MHz combined with wireless radio frequency transceiver chip CC1100 of Chipcon Company and peripheral components. The hardware principle and software design of the card reader was discussed, and present the principle diagram of system and software design flow chart. IAR Embedded Workbench V3.41 was used as platform to develop system software. Then analyze the principle of system anti-collision and the communication protocol, using F-ALOHA algorithm to reduce the collision, enhance the recognition accuracy and efficiency. What's more F-ALOHA algorithm was compared with ALOHA algorithm by simulation, and the results show that transmission error of F-ALOHA algorithm is much lower. So the scheme designed is feasible, and it is suitable for practical application.
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张忠厚,赵龙.基于RFID 技术的矿井人员定位读写系统.计算机系统应用,2012,21(6):30-33,173
ZHANG Zhong-Hou,ZHAO Long.Read-write System Applied for Miner Location under Coal Mine Based on RFID.COMPUTER SYSTEMS APPLICATIONS,2012,21(6):30-33,173