ARSLAN IQBALYASIR AZIZILYAS MADNI
Department of data processor Engineering, Department of Computer Engineering,Department of Computer Engineering,
University Of Engineering & engine roomUniversity Of Engineering & TechnologyUniversity Of Engineering & Technology
Lahore, PakistanLahore, PakistanLahore, Pakistan
Abstractâ€" This paper presents a unexampled dazed median filter (FSM) employing fuzzy technique removing lust hoo-ha in digital substitution classs. The proposed technique is able to key and run into impulse noise in digital learns temporary hookup preserving image details and textures. A key concept of fuzzy switching median (FSM) filter helps to find and fill impulse noise associated with an image by checking the relative pixel values.
Keywordsâ€" thirst Noise, Salt and Pepper Noise, Fuzzy Median Filter, Image Processing.
Introduction
SALT-AND-PEPPER noise is a special case of impulse noise, where a authoritative percentage of individual pixels in digital image atomic number 18 randomly digitized into two extreme intensities. The contamination of salt-and-pepper in digital image caused by external disturbance in image acquisition, noisy sensor and channel transmission errors.

It is important to remove salt-and-pepper noise contained in the digital images by preserving the image integrity.
* To remove salt-and-pepper noise is imperative before subsequent image touch on tasks such as segmentation or edge detecting is carried out. Occurrence of salt and-pepper noise can severely terms the information or data embedded in the digital image. The easiest ways to remove salt-and-pepper noise is by windowing the noisy image with a conventional median filter [1]. The conventional median filter restores each pixel with the median pixel in the filtering window regardless whether it is a noise or noise-free pixel that makes the filtered image blurred.
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