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GNSS-based multi-sensor system for structural monitoring applications

机译:基于GNSS的多传感器系统,用于结构监测应用

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In 2007 the Centre of Applied Geomatics of the Military University of Technology started measurements aimed at the monitoring of the dynamic state of the engineering structures using GNSS. The complexity of the problem forced us to apply an integrated system architecture. This concept is based on simultaneous measuring some selected elements of the structure using various types of sensors. Measurement information from numerous instruments is numerically integrated for determining the investigated parameter, e.g., the displacement vector. The CAG team performed the tests using such a system on the two permanent 500-meters long bridges, the temporary bridge crossing for military purposes and the 300-meters high chimney of the CHP station. The information about displacement vector together with the characteristic frequencies of the structure were determined using different techniques for increasing of its reliability. This paper presents the results of such tests, gives description of the integrated system designed in the CAG and brings forward with the plans for the future.
机译:2007年,军事技术大学应用地球动力学中心开始进行测量,旨在使用GNSS监视工程结构的动态状态。问题的复杂性迫使我们应用集成的系统架构。该概念基于使用各种类型的传感器同时测量结构中某些选定元素的情况。来自许多仪器的测量信息被数字地积分以确定所研究的参数,例如位移矢量。 CAG团队使用这样的系统在两座500米长的永久性桥梁,用于军事目的的临时桥梁和CHP站300米高的烟囱上进行了测试。为了提高结构的可靠性,使用不同的技术确定了有关位移矢量的信息以及结构的特征频率。本文介绍了此类测试的结果,给出了在CAG中设计的集成系统的说明,并提出了未来的计划。

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