ECE 3504 Digital Design I - Revision history

imported>Cov: Redirected page to gp:ECE 3504 Digital Design I

2011-02-12T16:43:51Z

Redirected page to gp:ECE 3504 Digital Design I

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2010-02-23T15:41:16Z

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imported>Cov at 14:59, 23 February 2010

2010-02-23T14:59:25Z

imported>Cov at 22:16, 19 February 2010

2010-02-19T22:16:22Z

imported>Cov at 22:09, 19 February 2010

2010-02-19T22:09:58Z

imported>Cov: Created page with ''''ECE 3504: Digital Design I''' is a junior-level Electrical and Computer Engineering course, following ECE 2504 Introduction to Computer Engineering. It introduces the …'

2010-02-19T22:09:35Z

Created page with ''''ECE 3504: Digital Design I''' is a junior-level Electrical and Computer Engineering course, following ECE 2504 Introduction to Computer Engineering. It introduces the …'

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'''ECE 3504: Digital Design I''' is a junior-level [[Electrical and Computer Engineering]] course, following [[ECE 2504 Introduction to Computer Engineering]]. It introduces the [[w:Quine-McCluskey algorithm|Quine-McCluskey method]] of logic minimization, [[w:Finite-state machine|finite state machines]], and other topics related to the design of combinational and sequential logic.

=Software=
[[Required software]] for this class includes [[LogicWorks]] and [[WinCupl]]. Microsoft Word templates are provided for most assignments, however [[LaTeX]] offers prettier and more powerful typesetting.

=See Also=
* [[Required software]]

[[Category:Electrical and Computer Engineering courses]]

← Older revision		Revision as of 16:43, 12 February 2011
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−	~~'''~~ECE 3504: Digital Design I''' is a junior-level [[Electrical and Computer Engineering]] course, following [[ECE 2504 Introduction to Computer Engineering]]. It introduces the [[w:Quine-McCluskey algorithm\|Quine-McCluskey method]] of logic minimization, [[w:Finite-state machine\|finite state machines]], and other topics related to the design of combinational and sequential logic. The course is often taught by [[Jason Thweatt]].	+	#REDIRECT [[gp:ECE 3504 Digital Design I]]
−
−	~~=Software=~~
−	[[Required software]] for this class includes [[LogicWorks]] and [[WinCupl]]. Microsoft Word templates are provided for most assignments, however [[LaTeX]] offers prettier and more powerful typesetting.
−
−	~~=Text=~~
−	The textbook is [[wc:31074854\|Digital logic circuit analysis and design by Victor P Nelson, H Troy Nagle, et al]]. The textbook is necessary for homework problems and useful as a reference, although missing some topics covered in the lecture. {{E-book\|none\|scan}}
−
−	~~=Resources=~~
−	* [http://www.ece.vt.edu/cel/datasheets/22v10.pdf P22V10 datasheet]
−
−	~~=See Also=~~
−	* [[Required software]]
−
−	~~[[Category:Electrical and computer engineering courses~~]]

@@ Line 5: / Line 5: @@
 =Text=
-The textbook is [[wc:31074854|Digital logic circuit analysis and design by Victor P Nelson, H Troy Nagle, et al]].
+The textbook is [[wc:31074854|Digital logic circuit analysis and design by Victor P Nelson, H Troy Nagle, et al]]. The textbook is necessary for homework problems and useful as a reference, although missing some topics covered in the lecture. {{E-book|none|scan}}
 =Resources=

@@ Line 1: / Line 1: @@
-'''ECE 3504: Digital Design I''' is a junior-level [[Electrical and Computer Engineering]] course, following [[ECE 2504 Introduction to Computer Engineering]]. It introduces the [[w:Quine-McCluskey algorithm|Quine-McCluskey method]] of logic minimization, [[w:Finite-state machine|finite state machines]], and other topics related to the design of combinational and sequential logic.
+'''ECE 3504: Digital Design I''' is a junior-level [[Electrical and Computer Engineering]] course, following [[ECE 2504 Introduction to Computer Engineering]]. It introduces the [[w:Quine-McCluskey algorithm|Quine-McCluskey method]] of logic minimization, [[w:Finite-state machine|finite state machines]], and other topics related to the design of combinational and sequential logic. The course is often taught by [[Jason Thweatt]].
 =Software=
@@ Line 6: / Line 6: @@
 =Text=
 The textbook is [[wc:31074854|Digital logic circuit analysis and design by Victor P Nelson, H Troy Nagle, et al]].
 =See Also=

← Older revision		Revision as of 22:09, 19 February 2010
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	* [[Required software]]		* [[Required software]]

−	[[Category:Electrical and ~~Computer Engineering~~ courses]]	+	[[Category:Electrical and computer engineering courses]]