As the "hardware facility" of a city,municipal facilities are the lifeblood of a city,which is inseparable from people’s daily life and travel.Bridges,which can effectively share the pressure of urban traffic,is an important part of municipal facilities.But at present,the municipal bridge facilities in our country are generally inefficient especially in terms of the technical condition evaluation of bridge facilities,there are problems,such as can’t find problems timely,the analysis is inefficient,and the analysis results are not high reliability.As the Internet,cloud computing and big data technology’s rapid development,a lot of intelligence information collection and data analysis method have been widely used in all walks of life and achieved good results.However,the current use of municipal bridge facilities is still small.Set in the above situation,taking Hefei as an example,by collecting and consulting relevant information for routine inspections and periodic tests,this paper,analysis the current situation of bridge facility technology monitoring in Hefei city and drawn a conclusion:1)traditional bridge monitoring depends on artificial patrolling and inspection,resources consumption,and information gathering is the break point and not reliable,and there is no analysis of existing bridges data for further mining;2)it can effectively improve the efficiency of bridge monitoring by fully applying the data analysis technology modeling and simulation of intelligent information gathering technology.Subsequently,the test of Yingchun bridge in Hefei was conducted to verify the above conclusions,in-depth this paper applies these techniques to the analysis and optimization of bridge technology,analysis and evaluation summarizes the obvious advantages of these emerging technologies at various stages of municipal bridge facility management.Finally,this paper summarizes and analyzes the experiment and suggests that the intelligent monitoring of bridge facilities technology should be realized by make full use of big data technology such as the full digital city management platform and "beidou" positioning system. |