Building surface damage recognition based on synthetic data

L. Zherdeva, E. Minaev, N. A. Firsov
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Abstract

To detect surface damage to buildings, it is necessary to involve workers who are at risk of industrial injuries when inspecting hard-to-reach areas of industrial premises. Attraction of special means, such as aerial platforms, safety systems, etc. increase the financial costs with this approach. The use of unmanned aerial vehicles, coupled with neural network algorithms, can simplify this procedure. Due to the inaccessibility, the problem of obtaining training data for neural networks arises, which can be solved by synthesizing them in a virtual environment.
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基于合成数据的建筑物表面损伤识别
为了检测建筑物的表面损坏,在检查工业场所难以触及的区域时,有必要让有工伤风险的工人参与。特殊手段的吸引,如空中平台、安全系统等,用这种方式增加了财务成本。使用无人机,加上神经网络算法,可以简化这一过程。由于神经网络的不可访问性,产生了获取训练数据的问题,这可以通过在虚拟环境中综合这些训练数据来解决。
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