Consider a linear, position-invariant image degradation system with impulse response h(x-a, y-B) = e-[(x-a)+(y-B)] Suppose that...

1.  

Transcribed Image Text:

Consider a linear, position-invariant image degradation system with impulse response h(x-a, y-B) = e-[(x-a)²+(y-B)²] Suppose that the input to the system is an image consisting of a line of infinitesimal width located at x = a, y = b and modeled by f(x, y) = 8(x − a, y — b), where & is an impulse. Assuming no noise, what is the output image g(x, y)? (15%) Consider a linear, position-invariant image degradation system with impulse response h(x-a, y-B) = e-[(x-a)²+(y-B)²] Suppose that the input to the system is an image consisting of a line of infinitesimal width located at x = a, y = b and modeled by f(x, y) = 8(x − a, y — b), where & is an impulse. Assuming no noise, what is the output image g(x, y)? (15%)

Answer rating: 100% (QA)

ANS WER The output image g x y can be determined from the conv olution of the impulse response and t... View the full answer