用于长期变形监测应用的ShapeAccelArray技术的校准增强

C. Griffith, P. Dare, Lee Danish
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引用次数: 5

摘要

ShapeAccelArray (SAA)利用数百个低成本MEMS传感器,沿着连续体提供精确的3D定位。该技术已应用于长期土壤监测应用,长期精度在百万分之50 (ppm)范围内。在结构监测应用中,工业对该技术的需求是10ppm,这放大了建模和补偿每个传感器温度灵敏度的重要性。在这种应用中,与相对稳定的地下环境不同,剧烈的温度变化是可能的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Calibration enhancement of ShapeAccelArray technology for long term deformation monitoring applications
ShapeAccelArray (SAA) provides precise 3D position along a continuum using hundreds of low cost MEMS sensors. The technology has been applied to long term soil monitoring applications, where long-term accuracies in the 50 part-per-million (ppm) range have been achieved. Industrial demand for the technology in structural monitoring applications where 10 ppm would be desirable has magnified the importance of modelling and compensating for temperature sensitivities of each sensor. In such applications, dramatic temperature changes are possible, unlike the relatively stable, sub surface environment.
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