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Robotic bridge inspection within strategic flood evacuation planning

机译:战略洪水疏散计划中的机器人桥梁检查

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Bridges are fragile transport infrastructure elements which require special attention in evacuation planning within flood disaster scenarios. In this paper we present work on a bridge inspection procedure with a marine vehicle in which a bridge statics analysis expert assesses the condition of the bridge from a safe operating station. Given bridge construction knowledge beforehand, our work shows how the assessment can benefit from an unmanned marine vehicle which provides information about the current structural condition of the bridge. Due to quality degradation of standard RGB camera readings caused by varying visibility conditions under water, visual information is captured from an imaging sonar. In contrary to conventional approaches, the assessment of bridges gains quality by considering live stream of sonar images which reveal bridge structure information even under rough water conditions. Additionally, an image registration method is applied which creates a map of the live stream and provides a valuable information source for further bridge assessment. We describe the deployment of the system in a real test field.
机译:桥梁是易碎的运输基础设施元素,在洪水灾害情况下的疏散计划中需要特别注意。在本文中,我们介绍了一种海上车辆桥梁检查程序的工作,其中桥梁静力学分析专家从安全的操作站评估桥梁的状况。事先获得桥梁建设知识,我们的工作将显示评估如何从无人驾驶船上受益,该无人驾驶船提供有关桥梁当前结构状况的信息。由于水下可见度条件的变化导致标准RGB相机读数的质量下降,因此从成像声纳中捕获了视觉信息。与传统方法相反,桥梁评估通过考虑实时声纳图像流来获得质量,该声纳图像即使在恶劣的水条件下也能显示桥梁结构信息。另外,应用了图像配准方法,该方法创建了实时流图并为进一步的桥梁评估提供了有价值的信息源。我们在真实的测试领域中描述了系统的部署。

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