Research of One Loose-Coupling Distributed Bridges Health Monitoring System


Factors such as climate, oxidizing, corroding or ageing during the period of the bridge working, with the long range suffers and a breakdown under effect being loaded, will affect the health situation of a bridge, whose intensity and stiffness may reduce when the time goes, this not only has affected a safe driving, but also may shorten the life time of the bridge. Therefore, it is important to monitor the situation of the bridge. In our bridge monitoring system, we use software bus to build a unified platform for multiple single's bridge monitoring systems. In this way, we lead into loose coupling and distributed supervisory control of multiple bridges of one MAN city. Compared with traditional bridge monitoring systems and present bridge health monitoring systems based on standard network interface, which support remote data acquisition through network too, it also has better monitoring efficiency and more functions. At present, application research in this field is at the starting experimental stage both home and abroad.

  • Abstract
  • Key Words
  • 1 Introduction
  • 2. Key Technology to Build the System
  • 3 Framework of Loose-Coupling Distributed Bridge Monitoring System Based on Software Bus
  • 4. To Build Experimental Test System
  • 5. Loose-Coupling Remote Network Control
  • 6. Monitoring and Analysis
  • 7. Summaries
  • References

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