Background of Intensity Transformation MCQs & Quiz Online PDF Book Download

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MCQs on Background of Intensity Transformation PDF Book Download

MCQ: In formula g(x,y) = T[ƒ(x,y)], T is the

  1. transformed image
  2. transformation vector
  3. transformation theorem
  4. transformation function

D

MCQ: Fourier stated that periodic function is expressed as sum of

  1. sine
  2. cosine
  3. tangent
  4. Both A and B

D

MCQ: Image enhancement traditionally included

  1. smoothing
  2. sharpening
  3. degradation
  4. Both A and B

D

MCQ: In formula g(x,y) = T[ƒ(x,y)], ƒ(x,y) is the

  1. transformed image
  2. output image
  3. input image
  4. digitized image

C

MCQ: Fourier transform is named after French mathematician

  1. joseph Fourier
  2. john Fourier
  3. sean Fourier
  4. jay Fourier

A