修复与加固水下退化管道的腐蚀识别与检测

Vaibhav A. Parjane, Mohit Gangwar
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引用次数: 1

摘要

水下图像腐蚀检测是消除油气管道内部泄漏和危害的必要手段。这些测试利用了各种情况下的各种水下图片。基于腐蚀管道颜色估计海底管道腐蚀的现代技术。对于损坏的水下视频,首先提出了一种图像重建和增强算法。所创建的算法减少了模糊,提高了图像的颜色和对比度。在成像细节中改进的颜色有助于腐蚀估计方法。本文提出了一种基于图像处理技术的水下腐蚀检测方法。一些机器学习和深度学习技术已被用于腐蚀分类。在实验分析中,对腐蚀检测的各种特征进行了评价,并提出了比传统方法更好的分类精度。
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Restoring and Enhancing Degraded Underwater Pipelines for Identifying and Detecting Corrosion
Detection of corrosion from underwater images is necessary for oil and gas pipelines to eliminate the internal leakages and hazards. The tests utilized a broad range of underwater pictures of various situations. A modern technique for estimating subsea pipeline corrosion based on the colour of the corroded pipe. For corrupted underwater videos, an image reconstruction and enhancement algorithm is created as a preliminary phase. The created algorithm reduces blurring and improves picture colour and contrast. The improved colours in the imaging details aid in the method of corrosion estimation. In this work we proposed a underwater corrosion detection using image processing techniques. Some machine learning and deep learning techniques have been used for classification of corrosion. In experimental analysis various features have been evaluated for detection of corrosion and it introduces better classification accuracy than traditional approaches.
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