电子设计工程
電子設計工程
전자설계공정
ELECTRONIC DESIGN ENGINEERING
2014年
19期
190-192
,共3页
油田自动化%无线传感器网络%ZigBee%JN5139%数据采集%数据传输
油田自動化%無線傳感器網絡%ZigBee%JN5139%數據採集%數據傳輸
유전자동화%무선전감기망락%ZigBee%JN5139%수거채집%수거전수
oilfield automatic%wireless sensor network%Zigbee%JN5139%data collection%data transmission
为了实现无线传感器网络技术在油田的实际应用,提出了一种基于ZigBee通信协议和JN5139芯片为基础的设计理念以提高数据采集和传输的可靠性,完成无线传感技术的软硬件设计。本文以江苏刘陆油田为实践运用背景,对应用中的网络数据可靠性进行了理论分析和工程测试,实际应用表明,该系统具有操作简便、测试准确的特点,达到了设计要求。
為瞭實現無線傳感器網絡技術在油田的實際應用,提齣瞭一種基于ZigBee通信協議和JN5139芯片為基礎的設計理唸以提高數據採集和傳輸的可靠性,完成無線傳感技術的軟硬件設計。本文以江囌劉陸油田為實踐運用揹景,對應用中的網絡數據可靠性進行瞭理論分析和工程測試,實際應用錶明,該繫統具有操作簡便、測試準確的特點,達到瞭設計要求。
위료실현무선전감기망락기술재유전적실제응용,제출료일충기우ZigBee통신협의화JN5139심편위기출적설계이념이제고수거채집화전수적가고성,완성무선전감기술적연경건설계。본문이강소류륙유전위실천운용배경,대응용중적망락수거가고성진행료이론분석화공정측시,실제응용표명,해계통구유조작간편、측시준학적특점,체도료설계요구。
To achieve the practical use of Wireless Sensor Network Technology in oilfield, the hardware and software design of Wireless Sensor Network Technology based on the defects of ZigBee and JN5139 in order to increase the reliability of date collecting and transmission. The thesis takes the Liulu Oilfield in Jiangsu province as an example to theoretically analyze and practically test, and the experiment and application show that this test system has good performance, and achieve the design requirement.