On a search of old, model or previous years question paper collections? You can find useful question papers of BE Electronics and Tele-Communication Engineering Question Papers hereunder. Digital Image Processing 2011 year question paper has been provided below. Read out the question papers right from here.
PART - A (10 x 2 = 20)
Answer ALL the Questions
1. Define simultaneous constrast.
2. Define weber ratio.
3. Give any two properties of 2D-fourier transform.
4. Give the equation for discrete cosine transform.
5. Define point processing.
6. Give the difference between image enhancement and restoration.
7. Give any 2 noise model with suitable equation and diagram.
8. Draw the degradation model.
9. Define brightness, hue, saturation.
10. Give the equation to obtain H component of each RGB pixel.
PART – B (5 x 12 = 60)
Answer All the Questions
11. Explain in detail how the continuous image can be converted into digital image using suitable technique.
(or)
12. Explain elements of Digital image processing system in detail with suitable diagram.
13. Explain the basic relationship between pixels.
(or)
14. Explain the following transform and give its advantage over the other
(a) Slant transform
(b) Fast Fourier transform
(c) Hadamard transform
15. Explain the following with suitable diagram.
(a) Image subtraction
(b) Image Averaging
(c) Constrast stretching
(or)
16. Explain smoothing frequency domain filter in detail.
17. Explain geometric transformation in detail with diagram.
(or)
18. Explain the following filters with suitable equation.
(a) Band pass filter
(b) Notch filter
(c) Optimum notch filter
19. Explain pseudo color image processing in detail with suitable diagram.
(or)
20. Explain the use of motion in segmentation with suitable equations.
PART - A (10 x 2 = 20)
Answer ALL the Questions
1. Define simultaneous constrast.
2. Define weber ratio.
3. Give any two properties of 2D-fourier transform.
4. Give the equation for discrete cosine transform.
5. Define point processing.
6. Give the difference between image enhancement and restoration.
7. Give any 2 noise model with suitable equation and diagram.
8. Draw the degradation model.
9. Define brightness, hue, saturation.
10. Give the equation to obtain H component of each RGB pixel.
PART – B (5 x 12 = 60)
Answer All the Questions
11. Explain in detail how the continuous image can be converted into digital image using suitable technique.
(or)
12. Explain elements of Digital image processing system in detail with suitable diagram.
13. Explain the basic relationship between pixels.
(or)
14. Explain the following transform and give its advantage over the other
(a) Slant transform
(b) Fast Fourier transform
(c) Hadamard transform
15. Explain the following with suitable diagram.
(a) Image subtraction
(b) Image Averaging
(c) Constrast stretching
(or)
16. Explain smoothing frequency domain filter in detail.
17. Explain geometric transformation in detail with diagram.
(or)
18. Explain the following filters with suitable equation.
(a) Band pass filter
(b) Notch filter
(c) Optimum notch filter
19. Explain pseudo color image processing in detail with suitable diagram.
(or)
20. Explain the use of motion in segmentation with suitable equations.
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