The main goal of this planning is to propose an integrated air quality monitoring and early warning system for Taoyuan Aerotropolis,using the concept of sensor web. Coupling with the air quality dispersion model,the proposed system can quantify the spatial distribution of air pollutants through the deployment of the sensor web.and further provide air quality information to corresponding administrations.In this proposed systems,decision makers are capable to send an early warnning for poor air quality to the public based on the information.As for the research methods,this project integrates numerous techniques to explore the possible factors lead to the potential decline in air quality of Taoyuan Aerotropolis due to the future growth,and to quantitatively simulate the air pollution events/episodes in the study area.Furthermore,the air quatity monitoring technology,and air dispersion models are systematically evaluated in this project.A grid-based spatial analysis was utilized for the sensor-allocation planning.For the development of sensor web hardware,this project first determine the potential monitoring objects(including emission sources and receptors),then identify the monitoring hot spots based on the aBovementioned spatial analysis result.Next,a multi-stages deployment plan was established with detail information on hardware and budget.Inaddition,this projects develops the prototype of an integrated air quality monitoring and early warning system.Finally,to strengthen the scheme forthe air quality decision-support system,the system-based demands are fully investigated and analyzed.All the details are comprehensively demonstrated in the report.

Aerotropolis,Air Quality,Monitoring and Early warning,sensor network,hot-spot analysis,modeling analysis