Design And Implementation Of Data Resource Monitoring System For Urban Traffic

Urban traffic generates a large amount of data every day.With the continuous development of the Internet and the continuous maturity of big data-related technologies,the value of these data has been paid more and more attention.The massive data generated by urban traffic,through the calculation of corresponding different indicators,reflects the operation of all aspects of urban traffic in real time.However,the transportation industry generally has problems such as difficulty in access,difficulty in sharing,and difficulty in integration.Therefore,it is extremely necessary to realize the integration and sharing of urban traffic data and the comprehensive monitoring of the whole process through a unified monitoring platform.After deeply understanding the research status of data resources at home and abroad and many problems faced by urban traffic data monitoring,starting from the theory and technology involved in project development,this paper conducts a complete and detailed demand analysis of urban traffic data resource monitoring,and finally completes the The data resource monitoring system with strong practicability has passed the functional test and performance test.Firstly,this paper studies the development status of data resource monitoring system at home and abroad,and then introduces the theory and technology involved in the system in detail.It mainly introduces the related technologies of back-end development,related technologies of front-end development,characteristics of B/S architecture,relational database MySQL and cache component Redis.Secondly,this paper conducts functional requirement analysis and nonfunctional requirement analysis.Functional requirements analysis mainly includes data life cycle monitoring,theme analysis,alarm management and other aspects.Thirdly,this paper describes the overall architecture of the system in detail,including functional architecture and technical architecture.In addition,the database design and function module design of the system are introduced,and the underlying logic of data monitoring is explained.Finally,this paper conducts functional tests and performance tests on the system,and enumerates the key use cases.