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基于IEEE1451.2标准的无线智能传感器节点 被引量：1

Wireless Intelligent Sensor Node Based on IEEE1451.2 Standard
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摘要 针对现代测控平台存在的传感器应用单一、现场布线复杂等不足,将IEEE1451.2标准与射频技术相结合。所设计的无线智能传感器节点以ADUC812单片机为核心,应用射频芯片nRF24E1、温度传感器DS18B20与振动传感器ADXL210。其软件包括数据采集程序、TEDS程序、信号调理程序、TII接口程序、无线传输程序、接收终端程序。实践证明,该节点实现传感器数据的采集与无线传输,以及TEDS数据的定义与应用。 Aiming at shortcomings in modern measurement and control platform like narrow sensor application and complex field wiring, the paper combines the IEEE1451.2 standard with RF technology and designs a wireless intelligent sensor node. The node includes core module-ADUC812 microcomputer, RF chip-nRF24E1, temperature sensor-DS18B20 and vibration sensor-ADX210. Its software includes data acquisition program, TEDS program, signal conditioning grogram, TII interface program, wireless transmission program and receiving terminal grogram. Practice shows that the node can realize the acquisition and wireless transmission of sensor data, and the definition and application of TEDS data.
作者 刘龙 石岩 戴哲
机构地区 中国人民解放军
出处 《兵工自动化》 2009年第5期5-7,13,共4页 Ordnance Industry Automation
基金 国防基金项目
关键词 IEEE1451.2标准 射频技术 智能变送器模块 网络适配器 电子数据表格 变送器独立接口 IEEE1451.2 standard RF technique Intelligent transmitter module Network adapter Electronic data sheet Independent interface of transmitter
分类号 TP212.6 [自动化与计算机技术—检测技术与自动化装置]
  • 相关文献

参考文献3

二级参考文献3

  • 1[4]Kang Lee. A Smart Transducer Interface for Sensors and Actuators. Tether-free Technologies and E-Manufacturing Workshop, Milwaukee, WI, October 1-2,2001.
  • 2[5]http://motion.aptd.nist.gov/Workshop-04Oct01/.
  • 3林俊杰.[M].科学出版社,2001..

共引文献29

同被引文献18

  • 1Kang Lee, IEEE 1451 Smart Transducer Standard for Sensor Inter- operability [S], October, 2008.
  • 2Li Zhaoehun, Hua Jin, Cheng Yuzhu, Approach to Wireless Sensor Network Development based on IEEE1451 [A], International Fo- rum on Information Technology and Applications [C]. 2009: 443 -446.
  • 3Erico Meneses Leao, Luiz Alfonso Guedes, and Francisco Vasques, An Event - Triggered Smart Sensor Network Architecture [A].
  • 4Oetavian Postolache, Pedro Silva Girao, Miguel Dias Pereiral, AN IEEE1451. X AND RFID COMPATIBILITY UNIT FOR WATER QUALITY MONITORING [A], XIX IMEKO World Congress Fundamental and Applied Metrology [C]. September, 2009:2177 - 2182.
  • 5Jongwoo Sung, Taehong Kim, Daeyoung Kim, Integration of IEEE1451 Sensor Networks and UPnP [A], 2009.
  • 6Pavel Paces, Michal Rein? tein, Karel Draxle, Fusion of Smart - Sensor Standards and Sensors with Self- Validating Abilities [J]. JOURNAL OF AIRCRAFT, May-June 2010:1041 - 1046.
  • 7Suman Gumudavelli, Deniz Gurkan, Ray Wang, Emulated Net- work of IEEE 1451 Application with Multiple Smart Sensor Re- ports [A].
  • 8Deniz Gurkan, Xiaojing Yuan, Driss Benhaddou, A Sensor Net- working Testbed with IEEE1451 Compatibility for Space Explora- tion [A].
  • 9Zheng Liu, Todd Macuda, Concealed Weapon Detection: A Data Fusion Perspective [J]. JOURNAL OF AEROSPACE COMPUT- ING, INFORMATION, AND COMMUNICATION, July 2010: 196 - 207.
  • 10Edson A. Batista, Alexandre C. R. Silva, Luciano Gonda, Mauro C. Pereira, Isaias da Silva, Wanderlei M. Ferreira, Fdbio D'Elia, IEEE1451 - based Multi - Interface Module (I2M) for Industrial Processes Automation [A], IEEE Sensors Applications Symposi- um [C]. February, 2008.

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兵工自动化
2009年 第5期

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