IMPLEMENTASI METODE RETINEX UNTUK MENINGKATKAN KUALITAS CITRA UNDERWATER

Bainun Harahap
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Abstract

Digital imagery is a two-dimensional image process through a digital computer that is used to manipulate and modify images in various ways. Photos are examples of two-dimensional images that can be processed easily. Each photo in the form of a digital image can be processed through certain software devices. In the water environment, light factors greatly influence the results of image quality obtained. With the deepening of underwater shooting, the results obtained will be the darker the quality of the underwater image. Underwater imagery is widely used as an object in various activities such as underwater habitat mapping, underwater environment monitoring, underwater object search. Uneven lighting and colors that tend to be bluish and runny. One of the factors that influence the recognition results in pattern recognition is the quality of the image that is inputted. The image acquired from the source does not always have good quality. The process of improvement in digital images that experience interference in lighting and exposure to sunlight. The lighting repair process uses the retinex method and will compare the quality of the two methods later. Until later the results of both methods can be seen which is better. Retinex method can produce image improvement with high performance.Keywords: Digital Cintra, Underwater, Matlab Retinex Method
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RETINEX实现方法,以提高水下图像质量
数字图像是通过数字计算机以各种方式处理和修改图像的二维图像处理。照片是二维图像的例子,可以很容易地处理。每张数字图像形式的照片都可以通过特定的软件设备进行处理。在水环境下,光因素对图像质量的影响很大。随着水下拍摄深度的加深,所获得的结果会使水下图像的质量越暗。水下图像作为对象广泛应用于水下栖息地测绘、水下环境监测、水下目标搜索等各种活动中。不均匀的光线和颜色,往往是蓝色和流动。在模式识别中,影响识别结果的因素之一是输入图像的质量。从源处获得的图像质量并不总是很好。对受光照和日光干扰的数字图像进行改进的过程。照明修复过程使用视网膜法,稍后将比较两种方法的质量。直到后来,两种方法的结果才能看出哪一种更好。Retinex方法可以产生高性能的图像改善效果。关键词:数字Cintra,水下,Matlab Retinex方法
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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