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What would be the result of adding a positive constant (scalar) to a monochrome image?

What would be the result of adding a positive constant (scalar) to a monochrome image?

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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What would be the result of adding a positive constant (scalar) to a monochrome image?

What would be the result of multiplying a monochrome image by a positive constant less than 1.0?

$Close all open figures and clear all workspace variables. SUse immultiply to dynamically scale the moon image also adding a constant to each pixel to see the difference. Close all clear;clc; I = imread ('moon.tif'); 12 = imadd (I,50); 13 = immultiply (I,1.2); figure subplot (1,3,1), imshow (I), title('Original Image'); subplot (1,3, 2), imshow (I2), title ('Normal Brightening'); subplot (1,3, 3), imshow (I3), title ('Dynamic Scaling'); SWhen dynamically scaling the moon image, why did the dark regions around the moon not become brighter as in the normally adjusted image? I = imread ( 'moon.tif'); I16 = uint16 (I); J = immultiply(I16,I16); figure subplot (1,2,1), imshow (I), title('Original Image') ; subplot (1,2,2), imshow (J) ; $Close all open figures and clear all workspace variables. Use image division to dynamically darken the moon image. Close all; clear; clc; I = imread ( 'moon.tif'); 12 = imdivide (I,2); figure subplot (1,3,1), imshow (I), title('Original Image') ; subplot (1,3, 2), imshow (I2), title ('Darker Image Division') $Display the equivalent darker image using image multiplication.
Transcribed Image Text:$Close all open figures and clear all workspace variables. SUse immultiply to dynamically scale the moon image also adding a constant to each pixel to see the difference. Close all clear;clc; I = imread ('moon.tif'); 12 = imadd (I,50); 13 = immultiply (I,1.2); figure subplot (1,3,1), imshow (I), title('Original Image'); subplot (1,3, 2), imshow (I2), title ('Normal Brightening'); subplot (1,3, 3), imshow (I3), title ('Dynamic Scaling'); SWhen dynamically scaling the moon image, why did the dark regions around the moon not become brighter as in the normally adjusted image? I = imread ( 'moon.tif'); I16 = uint16 (I); J = immultiply(I16,I16); figure subplot (1,2,1), imshow (I), title('Original Image') ; subplot (1,2,2), imshow (J) ; $Close all open figures and clear all workspace variables. Use image division to dynamically darken the moon image. Close all; clear; clc; I = imread ( 'moon.tif'); 12 = imdivide (I,2); figure subplot (1,3,1), imshow (I), title('Original Image') ; subplot (1,3, 2), imshow (I2), title ('Darker Image Division') $Display the equivalent darker image using image multiplication.
%Use the imadd function to brighten an image by adding a constant (scalar) value to all its pixel values. I = imread ('tire.tif'); 12 = imadd (I,75); figure subplot (1,2,1), imshow (I), title ('Original Image'); subplot (1,2,2), imshow (12), title ('Brighter Image'); %What are the maximum and minimum values of the original and the adjusted image? Explain your results. %Use the imadd function to blend two images, imsubtract to Subtract both images, %Calculate the absolute difference and display the result. Ia = imread('rice.png'); Ib = imread ('cameraman.tif'); Ic = imadd (Ia,Ib); Im= imsubtract(Ia,Ib); Ir= imabsdiff(Ia,Ib); figure subplot (2,3,1), imshow (Ia), title ('rice Image'); subplot (2,3,2), imshow (Ib), title('cameraman Image'); subplot (2,3,3), imshow (Ic), title('add Image'); subplot (2,3,4), imshow (Im), title ('subtract Image'); subplot (2,3,5), imshow (Ir), title ('absdiff Image');
Transcribed Image Text:%Use the imadd function to brighten an image by adding a constant (scalar) value to all its pixel values. I = imread ('tire.tif'); 12 = imadd (I,75); figure subplot (1,2,1), imshow (I), title ('Original Image'); subplot (1,2,2), imshow (12), title ('Brighter Image'); %What are the maximum and minimum values of the original and the adjusted image? Explain your results. %Use the imadd function to blend two images, imsubtract to Subtract both images, %Calculate the absolute difference and display the result. Ia = imread('rice.png'); Ib = imread ('cameraman.tif'); Ic = imadd (Ia,Ib); Im= imsubtract(Ia,Ib); Ir= imabsdiff(Ia,Ib); figure subplot (2,3,1), imshow (Ia), title ('rice Image'); subplot (2,3,2), imshow (Ib), title('cameraman Image'); subplot (2,3,3), imshow (Ic), title('add Image'); subplot (2,3,4), imshow (Im), title ('subtract Image'); subplot (2,3,5), imshow (Ir), title ('absdiff Image');
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