Design And Research Of Air Quality Monitoring System Based On Network And Quadrotor

This paper mainly studies the design and research of air quality monitoring system based on network and quadrotor.The four-rotor aircraft platform and air quality monitoring system are designed by embedded development platform,positioned through the GPS module and monitored the real-time data through the GPRS module.Used microprocessor to process the data.This paper puts forward an overall design scheme of the system,and in order to realize the air quality data collection, processing,transmission,display and monitoring location requirements.First of all,this paper mainly studies the design of air quality monitoring system based on network and quadrotor,through analysis the research background and meaning of air quality monitoring at home and abroad.At the same time,mainly introduces the Yeelink internet platform about their structure, properties and applications.Then,this paper introduces the system composition and working procedures through the comparison and selection of specific components and the network,determines reasonable design and detailed implementation principles.Gas data gathered by airborne air quality sensor module,use microprocessor to process the data, Global Positioning System(GPS)positioning complete monitoring, take General Packet Radio Service(GPRS)to complete the data transmission,the gas data is display on the ground terminal,finally accomplish the design of the air quality monitoring based on network and quadrotor.Analyzes four-rotor aircraft and air quality monitoring system software design processes by the Keil-MDK system software development environment,analysis the processes of the four-rotor aircraft design and the processes of the GPRS network communication program design,as well as the air quality monitoring program.Finally,this paper test the entire air quality monitoring system based on network and quadrotor,mainly introduce the debugging and experiments.At last,complete the request of the air quality monitoring system based on network and quadrotor.