CAJ | 학술논문

对于大跨度桥梁的健康检测．较为先进并已广泛使用的有线健康监测技术逐渐取代了传统的手工操作，但在实际应用中产生了安装电缆和更新系统带来的麻烦。相比之下，新开发的无线桥梁结构健康监测传感器技术更容易部署和更新，它克服有线系统存在的这些缺陷。然而，在某些情况下，无线网络的通信质量不能保证，导致系统的效率和可靠性受到影响。提出一种新的异构健康监测系统，它拥有有线和无线健康监测技术的优点。
대우대과도교량적건강검측．교위선진병이엄범사용적유선건강감측기술축점취대료전통적수공조작，단재실제응용중산생료안장전람화경신계통대래적마번。상비지하，신개발적무선교량결구건강감측전감기기술경용역부서화경신，타극복유선계통존재적저사결함。연이，재모사정황하，무선망락적통신질량불능보증，도치계통적효솔화가고성수도영향。제출일충신적이구건강감측계통，타옹유유선화무선건강감측기술적우점。
For structural health monitoring of large-scale bridges, the well-developed and widely-used wired structural health monitoring technologies have replaced traditional manual operations gradually, except for the difficulties in arranging cables and updating systems in practical applications. In contrast, the new developing wireless sensor network technologies for bridge structural health monitoring are easier to deploy and update, overcoming these defects that exist in the wired systems. However, in certain circumstances, the communication quality of wireless networks can not be ensured, leading to an impact on the efficiency and reliability of system. Proposes a new heterogeneous structural health monitoring system, it has the advantages over both wired and wireless health monitoring technologies.