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Fault detection and isolation of inland navigation channel: application to the Cuinchy-Fontinettes reach

机译:内陆航道的故障检测与隔离:应用于Cuinchy-Fontinettes到达

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摘要

Inland navigation networks are mainly used for\udtransport with economic and environmental benefits. In a\udclimate change context which leads to the scarcity of the water\udresource, the control of navigation levels and the supervision\udof these networks become crucial. Thus, this paper is focused\udon the sensors Fault Detection and Isolation of inland navigation\udreaches. A modeling method based on the identification\udtechnique is proposed. Then, based on residuals, the dynamic\udclassification algorithm AUDyC leads to the detection and\uddiagnosis of sensors faults. Setting errors and slow drifts are\udconsidered. The proposed methods are applied on the Cuinchy-\udFontinettes reach benchmark.
机译:内陆导航网主要用于\具有经济和环境效益的运输。在导致水资源缺乏的气候变化环境中,导航水平的控制和对这些网络的监督变得至关重要。因此,本文着重研究内陆导航传感器的故障检测与隔离。提出了一种基于识别\技术的建模方法。然后,基于残差,动态\分类算法AUDyC导致传感器故障的检测和诊断。 \ ud考虑设置错误和缓慢漂移。建议的方法适用于Cuinchy- \ udFontinettes达到基准的情况。

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