Computers and Technology, 19.08.2020 01:01 jurnee77
Compute the best rank-l approximation to B and store it in the matrix rank1 (Use the commands given in the Example parts (a) and (b) on page 2, but applied to the matrix B, rather than A. Make sure you suppress the output).
Step 3. Let's visualize rank1. To do that, first create C = zeros (size (A)); % semicolon! ; This creates an array of zeros, C, of the same dimension as the original image matrix A.
Step 4. Copy the rank-1 image into C as follows: C(:,:,1) C(:,:,2) C(:,:,3) = rank1; = rank1; = rank1; Include the code and the figure in your report.
Step 5: We are almost done, except for one hitch. MATLAB does all its scaling using values from 0 to 1 (and maps them to values between 0 and 255 for the graphics hardware). Lower-rank approximations to the actual image can have values that are slightly less than O and greater than 1. So we will truncate them to fit, as follows: C = max(0,min(1,0));
Step 6. View the resulting image: image (C), axis image % no semicolon
Answers: 2
Computers and Technology, 22.06.2019 14:30, chaparro0512
Create a pseudocode design to prompt a student for their student id and the titles of the three classes they want to add. the solution should display the student’s id and a total bill. • bill a student using the following rules: o students can only add up to 3 classes at a time.
Answers: 3
Computers and Technology, 22.06.2019 20:00, jayjay5246
What is the term for water wave that is created by an underwater earthquake
Answers: 1
Compute the best rank-l approximation to B and store it in the matrix rank1 (Use the commands given...
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