Neural Network Classifier of Oil Pollution on the Water Surface when Processing Radar Images

T. Tatarnikova, E. Chernetsova
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Abstract

The paper proposes a solution to the problem of detecting oil pollution on a monochrome radar image. The detection of oil pollution in the image includes the solution of three tasks: detecting a dark object on the image, highlighting the main characteristics of a dark object, classifying a dark object as oil pollution or natural slick. Various characteristics of a dark object are proposed based on the contrast between the object and the background. It is proposed to use a neural network as a classifier. The input parameters of the neural network classifier of the dark image object are proposed. A technique for determining the structure of a neural classifier is presented. An algorithm for testing the selected structure of the neural network for the suitability of classifying the dark area on the image of the water surface as oil pollution or wind slick is proposed. The results of the work of the neural network classifier program for detecting abnormal objects in radar images are demonstrated.
雷达图像处理时水面油污的神经网络分类器
针对单色雷达图像中油污的检测问题,提出了一种解决方案。图像中油污的检测包括三个任务的解决:检测图像上的深色物体,突出深色物体的主要特征,将深色物体分类为油污或天然浮油。基于物体与背景的对比度,提出了暗物体的各种特征。提出了使用神经网络作为分类器的方法。提出了暗图像目标神经网络分类器的输入参数。提出了一种确定神经分类器结构的方法。提出了一种测试所选神经网络结构是否适合将水面图像上的暗区分类为油污或浮油的算法。最后给出了神经网络分类器程序在雷达图像异常目标检测中的工作结果。
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