ASN13 - Derive DFT relations - Revision history

Jodi.Hodge: /* Response */

2010-12-01T06:06:56Z

Response

← Older revision		Revision as of 23:06, 30 November 2010
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	~~Mark~~		In progress

Jodi.Hodge: /* Problem Statement */

2010-12-01T06:06:31Z

Problem Statement

← Older revision		Revision as of 23:06, 30 November 2010
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	Derive the following realtions:		Derive the following realtions:

	a) <math>DFT(x(k-l))\!</math>		a) <math>DFT(x(k-l))\!</math>

	b) <math> DFT(e^{j2 \pi lk/N}x(k)\!</math>		b) <math> DFT(e^{j2 \pi lk/N}x(k)\!</math>

	c) <math>\sum\limits_{k=0}^{N-1} x(k)y(k)^{}=c\sum\limits_{k=0}^{N-1} X(n)Y(n)^{}</math>		c) <math>\sum\limits_{k=0}^{N-1} x(k)y(k)^{}=c\sum\limits_{k=0}^{N-1} X(n)Y(n)^{}</math>

Jodi.Hodge: /* Problem Statement */

2010-12-01T06:06:12Z

Problem Statement

← Older revision		Revision as of 23:06, 30 November 2010
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	== Problem Statement ==		== Problem Statement ==

	~~Is our method the same as Mark Flower's? See Wiki. Same # multiply and adds? See Notes 11/3/10.~~

			Derive the following realtions:
			a) <math>DFT(x(k-l))\!</math>
			b) <math> DFT(e^{j2 \pi lk/N}x(k)\!</math>
			c) <math>\sum\limits_{k=0}^{N-1} x(k)y(k)^{}=c\sum\limits_{k=0}^{N-1} X(n)Y(n)^{}</math>

	== Response ==		== Response ==

Jodi.Hodge: Created page with ' Return to Homepage == Problem Statement == Is our method the same as Mark Flower's? See Wiki. Same # multiply and adds? See Notes 11/3/10. == Response == …'

2010-12-01T06:03:12Z

Created page with ' Return to Homepage == Problem Statement == Is our method the same as Mark Flower's? See Wiki. Same # multiply and adds? See Notes 11/3/10. == Response == …'

New page

[[Jodi S. Hodge| Return to Homepage]]

== Problem Statement ==

Is our method the same as Mark Flower's? See Wiki. Same # multiply and adds? See Notes 11/3/10.

== Response ==

Mark