use student id :436805872

Question Define the following (1X0.5= 0.5 mark) Define the following: The image enhancement, image restoration and Image Segmentations? Question 11 solve the following (3x0.5= 1.5 mark) You can use the locations P1(x, y) and P2(x, y) from your Student ID in the noisy image matrix (10x10) as discussed in Example below? Your ID : 436501 257 you will take the location point P1 =(1,2) and P2(5.7) P (0,0) 03 66 06 34 13 22 05 33 28 03 18 66 43 55 33 50 46 12 21 21 34 32 30 12 77 33 42 57 18 33 40 70 43 03 28 40 29 50 40 66 40 41 33 46 60 05 41 45 40 41 06 41 02 44 54 43 50 44 43 34 43 50 67 46 12 32 46 13 46 45 28 33 40 70 45 40 10 45 22 45 50 90 23 44 60 50 44 42 50 05 50 45 32 43 55 12 44 55 33 55 56 25 55 90 34 56 33 40 56 28 56 69 35 67 66 80 60 90 77 60 03 60 33 50 34 30 12 77 33 42 57 18 33 40 70 43 03 28 40 29 50 40 66 40 Image f(x,y) Extensions P (9,9) 42 57 18 33 50 40 66 40 40 41 06 41 44 43 34 43 32 46 13 46 10 45 22 45 42 50 05 50 44 55 33 55 40 56 28 56 77 60 03 60 42 57 18 33 50 40 66 40 Image f(x,y) Extensions P (9,9) 2.a Use 3x3 arithmetic mean filter to filter your ID points P and P2 for noisy image matrix f(x.y) in the example above? (0.5 mark) 2.b Use 3x3 harmonic mean filter to filter your ID points P, and P2 for noisy image matrix f(x,y) in the example above? (0.5 mark) 2.c Use 3x3 alpha-trimmed mean filter to filter your ID points P and P2 for noisy image matrix f(x,y) if d-2 in the example above? (0.5 mark)