The Research Of Museum Environment Monitoring System Based On Internet Of Things

China has witnessed its rapid economic development and industrialization,andenviro-nment protection has to be done without delay.Automation, intelligence, netw orking for environment protection are the future focus.Environment protectionis imp erative to be informationized,and the rapid development of Internet of Things offers new technology,methods and ideas for environment protection.MuseumEnvironment monitoring based on the Internet of Things can effectively improve the immediateness, effectiveness, implement information sharing and decisionsupport,provide a reliable, strong evidence for environment supervision and lawenforcement.Museum Environment monitoring based on Internet of Things can send thecontent of various substances affecting cultural relicand the environment,state ofthe environment parameters to the information processing center for a comprehensive analysis and processing.The monitoring points which are assigned in thekey to environment pollution,collect data and through the network transmit the data to the monitoring center for analysis,aggregation and processing,thus achieving effective management.The research of environment monitoring includes:real-time dataacquisition, prediction and pre-alarm,intelligent judgment,information sharing,emergency response and decision support. The thesis mainly extends the researchabout the following aspects:Modified K-means Cluster analysis method is used to classify the monitoringpoints and to find the cluster center.Then the level of contamination of the cluster center is evaluated by environment quality evaluation method W(c,k),which is asthe level of each monitoring point of the class. Then the level of contamination ofthe cluster center is predicted by environment quality evaluation method W(c,p).According to this principle,the assessment system of Museum environmentmonitoring is designed.Museum design system architecture and implement key modules of the system.According to the principle of modularization design,system architecture is dividedinto two subsystems--client system and monitoring platform.The client systemconsists of four modules of data collection,data transmission,etc.And the monitoring platform consists of nine modules of data transmission,SMS,video surveillance, environment pre-alarm,etc.The key mod ules are des igned and im plemen ted. GIS,SMS,video surveillance and other technology are applied to environment monitoring,which have achieved storing and managing the information of monitoringpoints by space form,reporting the information of environment pollution by shortmessage, xand supervising sewage sites for24hours by video.The all-around,multi-angle monitoring and control to monitored points have improved the capacityof environment monitoring.design and implement Museum environmental monitoring system.The thesishas achieved real-time access to monitoring data,environment alarm,prediction andpre-alarm,in formation sh aring,emerge ncy de cision,and has ini tially establishedMuseum environment monitoring system of Huang Xing Former Home,which haslarger application value in environment monitoring.