'Discrete mathematical structures theory' diaporamas de présentation

DISCRETE COMPUTATIONAL STRUCTURES

DISCRETE COMPUTATIONAL STRUCTURES. CSE 2353 Spring 2009 Most slides modified from Discrete Mathematical Structures: Theory and Applications. CSE 2353 OUTLINE. Sets Logic Proof Techniques Integers and Induction Relations and Posets Functions Counting Principles Boolean Algebra.

2.19k views • 217 slides

DISCRETE COMPUTATIONAL STRUCTURES

DISCRETE COMPUTATIONAL STRUCTURES. CSE 2353 Spring 2006 Final Slides. CSE 2353 OUTLINE. Sets Logic Proof Techniques Integers and Induction Relations and Posets Functions Counting Principles Boolean Algebra. Learning Objectives. Learn about functions

1.15k views • 90 slides

DISCRETE COMPUTATIONAL STRUCTURES

DISCRETE COMPUTATIONAL STRUCTURES. CSE 2353 Spring 2006 Test1 Slides. CSE 2353 OUTLINE. Sets Logic Proof Techniques Integers and Induction Relations and Posets Functions Counting Principles Boolean Algebra. CSE 2353 OUTLINE. Sets Logic Proof Techniques Integers and Induction

665 views • 54 slides

Logic: Learning Objectives

Logic: Learning Objectives. Learn about statements (propositions) Learn how to use logical connectives to combine statements Explore how to draw conclusions using various argument forms Become familiar with quantifiers and predicates CS Boolean data type If statement Impact of negations

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Discrete Mathematical Structures

938 views • 44 slides

Discrete Mathematics, Part IIIb CSE 2353 Fall 2007

Discrete Mathematics, Part IIIb CSE 2353 Fall 2007. Margaret H. Dunham Department of Computer Science and Engineering Southern Methodist University Some slides provided by Dr. Eric Gossett; Bethel University; St. Paul, Minnesota

343 views • 33 slides

Lecture 14: Graph Theory I

Lecture 14: Graph Theory I. Discrete Mathematical Structures: Theory and Applications. Learning Objectives. Learn the basic properties of graph theory Learn about walks, trails, paths, circuits, and cycles in a graph Explore how graphs are represented in computer memory

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Lecture 20: Combinatorial Circuits I

Lecture 20: Combinatorial Circuits I. Discrete Mathematical Structures: Theory and Applications. Learning Objectives. Learn about Boolean expressions Become aware of the basic properties of Boolean algebra Explore the application of Boolean algebra in the design of electronic circuits

228 views • 22 slides

Lecture 16: Graph Theory III

Lecture 16: Graph Theory III. Discrete Mathematical Structures: Theory and Applications. Learning Objectives. Learn the basic properties of graph theory Learn about walks, trails, paths, circuits, and cycles in a graph Explore how graphs are represented in computer memory

402 views • 20 slides