There is strong evidence that the first level of processing what we see is done in the retina. It involves detecting something called edges or positions of transitions from dark to bright or bright to dark points in images. These points usually coincide with boundaries of objects. To model the edges, derivatives of functions such as f(x) = 1 e-ax, x ≥ 0 eax 1, x ≤ 0 need to be found. Use the central divided difference approximation of the first derivative of f(x) to calculate the functions derivative at x = 0.5 for a = 0.24. Use a step size of Ax = 0.125. Express your answer up to five (5) decimal places. Present your solution in your answer sheets.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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There is strong evidence that the first level of processing what we see is done in the retina. It involves detecting something called edges or positions
of transitions from dark to bright or bright to dark points in images. These points usually coincide with boundaries of objects. To model the edges,
derivatives of functions such as
f(x) =
1 e-ax, x ≥ 0
eax 1, x ≤0
need to be found.
Use the central divided difference approximation of the first derivative of f(x) to calculate the functions derivative at x = 0.5 for a = 0.24. Use a step
size of Ax = 0.125. Express your answer up to five (5) decimal places. Present your solution in your answer sheets.
Transcribed Image Text:There is strong evidence that the first level of processing what we see is done in the retina. It involves detecting something called edges or positions of transitions from dark to bright or bright to dark points in images. These points usually coincide with boundaries of objects. To model the edges, derivatives of functions such as f(x) = 1 e-ax, x ≥ 0 eax 1, x ≤0 need to be found. Use the central divided difference approximation of the first derivative of f(x) to calculate the functions derivative at x = 0.5 for a = 0.24. Use a step size of Ax = 0.125. Express your answer up to five (5) decimal places. Present your solution in your answer sheets.
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