Open AccessThe effect of some of spaces and sets of topology on the types of digital images
Author(s) -
Hindrustum Shaaban,
Alyaa Yousif Khudayir
Publication year - 2021
Publication title -
applied computing journal
Language(s) - English
Resource type - Journals
ISSN - 2788-9688
DOI - 10.52098/acj.202135
Subject(s) - brightness , computer vision , digital image , computer science , artificial intelligence , binary image , computer graphics (images) , topology (electrical circuits) , set (abstract data type) , matlab , image (mathematics) , digital camera , color space , mathematics , image processing , optics , physics , combinatorics , programming language , operating system
There is a growing interest in studying and improving the characteristics of images and objects in the e-commerce environment. Digital topology is concerned with dealing with the properties and features of two-dimensional (2D) or three-dimensional (3D) digital images such as borders, shapes, the intensity of illumination, and other characteristics. This paper aims to introduce and study new classes of fg-disconnected space and compactly fg-closed set, which could impact the brightness and brightness of the internal components of the types of color images, gray and binary. The paper also aims to find the effect of implementing fg-disconnected space and compactly fg-closed set to determine the brightness and brightness of the internal components of the types of color images, gray and binary. Each research plate contains 30 images of each type of image. Ten different images were chosen at the same time to be analyzed and executed using the proposed system based on MATLAB software. The study proved that higher brightness and light will disappear and delete the components of the image of any kind. This aimed to make the image white and opposite color, the greater darkness, and luminescence will make the picture color mysterious and turn to black.