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Particle Swarm Optimization Enabled Filtering For Fabric Images in Automated Fabric Inspection System

机译:粒子群优化使能自动织物检查系统中的织物图像过滤

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Random variations in intensity, poor contrast, variations in illumination are the common reasons for the images to be usually corrupted. These corruptions must be handled by the early stages of vision processing. Even though there are wide varieties of filtering techniques available for the purpose of removing noise in digital images, the problem still remains challenging in research. This paper shows how, Particle Swarm Optimization (PSO) enabled filtering method has been implemented and its performance is compared with the other filtering techniques such as Median, Gaussian filtering methods. The performances of these filtering methods on digital fabric images are assessed based on the metrics Mean squared error (MSE) and Peak signal to noise ratio (PSNR). The implementation results are then compared and evaluated.
机译:温度的随机变化,对比度不佳,照明的变化是通常损坏的图像的常见原因。这些损坏必须由视觉处理的早期阶段处理。尽管有广泛的过滤技术,但可用于消除数字图像中的噪声,问题仍然在研究中仍然具有挑战性。本文展示了如何实现粒子群优化(PSO)的过滤方法,并将其性能与其他过滤技术进行比较,如中值,高斯滤波方法。基于度量平均误差(MSE)和峰值信噪比(PSNR)来评估这些滤波方法对数字织物图像上的这些过滤方法的性能。然后将实施结果进行比较和评估。

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