在模式识别系统中实现颜色滤波和哈里斯角点法

A. Zarkasi, S. Sutarno, H. Ubaya, M. Fajar
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引用次数: 4

摘要

利用图像处理技术,水下机器人可以完成水下物体的颜色识别和角度检测。物体图像的处理是识别水中物体的各种形状和颜色。在本研究中,将设计、研究、测试和实现颜色滤波和哈里斯角方法。颜色滤波法用于识别物体颜色模式,哈里斯角法用于检测水下物体的角度。然后对图像进行分类,得到环境模式识别的数据。测试的颜色模式包括红色、绿色、黄色和蓝色。结果表明,所有的彩色图案都能很好地识别。而被测试物体的形状包括立方体、三角形、矩形、五边形和六边形。测试结果显示,部分形状的检测角度较好,部分形状仍存在误差。这是因为测试对象的形式是在不同的位置进行的,比如从前面、右边、左边、上面和below.Â
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Implementation Color Filtering and Harris Corner Method on Pattern Recognition System
Color recognition and angle detection of underwater objects can be done with the help of underwater robots (ROV) with image processing applications. The processing of the object's image is recognizing various shapes and colors of objects in the water. In this research, the color filtering and Harris corner method will be designed, studied, tested and implemented. The color filtering method is used to recognize object color patterns, while the Harris Corner method is used to detect angles of underwater objects. Then classify images to get data on environmental pattern recognition. The color patterns tested include red, green, yellow and blue. the results obtained are all color patterns can be recognized well. while the shape of the object being tested includes cubes, triangles, rectangles, pentagons, and hexagons. the results of testing some of the shapes can be detected with a good angle and others still have errors. This is because testing the form of objects is done in various positions, such as from the front, right, left, up and below.Â
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