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The definition for the convolution of two continuous functions f (x) and g(x) is given by: (1) - . (f*9) (x) f (y) 9

The definition for the convolution of two continuous functions f (x) and g(x) is given by: (1) - . (f*9) (x)

The definition for the convolution of two continuous functions f (x) and g(x) is given by: (1) - . (f*9) (x) f (y) 9 (x y) dy. I - Prove that the convolution operation is commutative: (f*g) = (g* f). and then prove that the cross-correlation operation: (f*g) (a) = f (y) g(x+y) dy. is not commutative. And finally, prove that the convolution operation is associative: (f*g) *h = f* (g* h). (2) (3) (4)

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Solution to the convolution and crosscorrelation operations Convolution The convolution of two continuous functionsfxandgxis defined as follows fgx integralinftyinfty fy gxy dy This can be interpreted ... blur-text-image

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