Implementasi Pengurangan Noise Pada Citra Rontgen Paru Menggunakan Metode Filter Adaptive-Hierarchical

Esra Putri Sion Situmorang, Nelly Astuti Hasibuan, Saidi Ramadan Siregar
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Abstract

Salt & Paper Noise Is A Form Of Noise That Is Used To See Black Or White Dots On An Image The Cause Is An Error Or Damage To The Pixels In The Image. X-ray or radiography is the use of ionizing rays to form the image of the object being studied on film, radiography is generally used to see objects that are not transparent, for example, the inside of the human body. X-ray images often have unclear results, because the image is taken using X-Ray rays, the x-ray results usually have a black and white color, and can be clearly seen when placed right in front of a light source. The light source only helps to see the shadow of the image, but does not improve the quality of the image and reduce noise or dots in the image. For this reason, the author intends to try to implement the X-ray results using the Adaptive-Hierarchical filter method with the aim of eliminating noise or dots in the X-ray image and clarifying the existing image shadows. With the Adaptive-Hierarchical Filter Method I Use Two Noise Detection Methods Where Is Detection For Noise In Medium And Smooth Areas Where Noise Detects In Rusal Or Salt Pixels And Paper Detects For Noise In Strong Areas Or You Can Call It Edge Detection On Noise On The Edges Using Only Pixels That Have Been Defined
采用一种分级筛选方法,对肺x光片图像进行减少
盐和纸噪声是一种用于在图像上看到黑色或白色点的噪声形式,其原因是图像中像素的错误或损坏。x射线或射线照相术是利用电离射线在胶片上形成被研究物体的图像,射线照相术一般用于观察不透明的物体,例如人体的内部。x射线图像通常有不清楚的结果,因为图像是使用x射线拍摄的,x射线结果通常有黑色和白色,当放置在光源的正前方时可以清楚地看到。光源只能帮助看到图像的阴影,而不能提高图像的质量,也不能减少图像中的噪点或网点。因此,作者打算尝试使用Adaptive-Hierarchical filter方法来实现x射线结果,目的是消除x射线图像中的噪声或点,澄清图像中存在的阴影。使用自适应分层滤波方法,我使用两种噪声检测方法,其中一种是对中等和光滑区域的噪声进行检测,其中在Rusal或Salt像素中检测噪声,在强区域中检测纸张噪声,或者您可以将其称为边缘检测,仅使用已定义的像素对边缘上的噪声进行检测
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