Remote acquisition and processing system of new meteorological station based on internet of things
Ma Saifei1,Ma Shangchang1,2,Liu Jun3
1.School of Electronic Engineering,Chengdu University of Information and Technology,Chengdu 610225; 2.CMA Key Laboratory of Atmospheric Sounding,Chengdu 610225; 3.China Huayun Meteorological Science and Technology Corporation,Beijing 100000
Abstract：Aiming at acquiring the local meteorological element data such as deep oceans and remote mountains etc more conveniently and timely that is different to observe by the human station,based on the standard of IEEE1415,combining the characteristics of general meteorological sensor and the application requirements of meteorological operation,this paper puts forward the overall designed scheme of the remote acquisition and processing system of new meteorological station based on internet of things. The smart transmitter collects meteorological data that will be transmitted to coordinator by wireless internet. The coordinator receives the data and transmits them to embedded Web server by RS-232 serial port. The real-time meteorological data show up through the browser. And the innovations and difficulties of the design scheme are given out. By means of the introduction of design and demonstration,it shows the feasibility of the technology and will be a wide range of applications in weather observation.
马赛飞,马尚昌,刘钧. 基于物联网的新型气象站远程数据采集系统[J]. 气象水文海洋仪器, 2016, 33(3): 79-82.
Ma Saifei,Ma Shangchang,Liu Jun. Remote acquisition and processing system of new meteorological station based on internet of things. Meteorological Hydrological and Marine Instrument, 2016, 33(3): 79-82.
SONG C C,FENG C F,WANG C H,et al. Simulation and Experimental Analysis of a ZigBee Sensor Network with Fault Detection and Reconfiguration Mechanism[C]// Control Conference IEEE,2011:157-164.
[3]
LIANG N C,CHEN P C,SUN T,et al. Impact of node heterogeneity in zigBee mesh network routing[J]. IEEE,2006,1:187-191.
2016, Vol. 33 
