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Measurement of Vibrations of Tall Buildings with GPS: a Case Study

机译:用GPS测量高层建筑的振动:一个案例研究

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摘要

Experimental studies have been carried out to employ GPS to measure the vibrations of the 384 m tall Di Wang building in Shenzhen, China. Two GPS receivers were employed in the experiment with one set on the top of the building and the other on a reference station on the ground near-by. The GPS data were collected at a rate of 4 sets per second. The experiment was conducted under different weather conditions over two 24-hour periods. This paper describes the GPS equipment used, the field operations, the data processing and analysis strategies, and the results obtained from the study. It is shown from the study that GPS can be successfully applied for monitoring structural vibrations. However cautions have to be exercised in analyzing GPS data to remove biases such as the so-called GPS multi-path errors. Besides, some practical issues still need resolved before GPS can be applied routinely for this type of applications.
机译:已经进行了实验研究,以使用GPS测量中国深圳384 m高的Di Wang建筑物的振动。实验中使用了两个GPS接收器,其中一组位于建筑物的顶部,另一组位于附近的地面参考站。 GPS数据以每秒4组的速度收集。在不同的天气条件下进行了两个24小时的实验。本文介绍了所使用的GPS设备,野外操作,数据处理和分析策略以及从研究中获得的结果。研究表明,GPS可以成功地用于监测结构振动。然而,在分析GPS数据时必须谨慎行事,以消除诸如所谓的GPS多径误差之类的偏差。此外,在将GPS常规用于此类应用之前,仍需要解决一些实际问题。

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