Structural Health-Monitoring System Based on Multidimensional Coupling Self-Check and Remote-Control Strategy

Abstract

The structural health-monitoring system for a large bridge is a huge intelligent and integrated information system. Thus, conferring it with a self-checking function through a remote control is an important and difficult task. This article focuses on an integrated monitoring and management platform based on remote-control technology and proposes the overall architecture of cluster control. The platform introduces and designs the following five aspects in detail: bridge-structure network monitoring, power monitoring, system self-test equipment, mission control, and synchronization control. The research findings are applied in engineering practice, and good results are obtained.