In recent years, with the rapid development of bridge construction in China, the Bridge Health Monitoring (BHM) System has been extensively studied and widely used. The BHM System can provide foundation and guidance f...
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ISBN:
(纸本)9781315760698;9781138001039
In recent years, with the rapid development of bridge construction in China, the Bridge Health Monitoring (BHM) System has been extensively studied and widely used. The BHM System can provide foundation and guidance for maintenance and management of bridges. Most existed BHM Systems features remarkably in good hardware with poor software, or good measurement with bad computation. That means, the hardware system of present BHM System is well designed but the software system is not. Due to lack of support of the scientificcomputing, the existed BHM software can only perform the functions of data management, data display and simple data process, but can't satisfy the requirements of deeper data analysis and interpretation, which has become the bottleneck restricting the development of BHM System. Meanwhile, the technological gap between scientificcomputing researchers in the field of BHM research and software engineers has also become the throat of this bottleneck problem. This paper mainly focuses on the research of software technology of the BHM System. A component based software implementation technology is developed with the MATLAB environment. The general frameworks of the BHM System are constructed and an overall Java classlibrary is built to realize this framework, in which, each Java class comes from the component mentioned above. Combined with Java EE standard platform specification, a web driven scientificcomputing software solution for BHM System are presented. As an example, an integrated early-warning component of BHM System of cable-stayed bridge are realized and docked into above software architecture, which is developed by mapping grouped cable forces of cable-stayed bridge into some well designed indices. This study is expected to build an intelligent computing web platform of BHM based on Java EE and scientificcomputinglibrary in MATLAB language.
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