Logo

Exploring Discrete Mathematics Using Maple

Large book cover: Exploring Discrete Mathematics Using Maple

Exploring Discrete Mathematics Using Maple
by

Publisher: Mcgraw-Hill College
ISBN/ASIN: 0070541280
Number of pages: 400

Description:
This is a guide to help you explore concepts in discrete mathematics using the computer system Maple. The book is designed to be accessible to those who are complete novices with Maple and with computer programming, but it has much to offer even experts.

Home page url

Download or read it online for free here:
Download link
(multiple PDF files)

Similar books

Book cover: Discrete Mathematics: An Open IntroductionDiscrete Mathematics: An Open Introduction
by - University of Northern Colorado
This book was written to be used as the primary text for introduction to proof, as well as an introduction to topics in discrete mathematics. Contents: Counting; Sequences; Symbolic Logic and Proofs; Graph Theory; Generating Functions; and more.
(2285 views)
Book cover: Lists, Decisions, and GraphsLists, Decisions, and Graphs
by - University of California, San Diego
In this book, four basic areas of discrete mathematics are presented: Counting and Listing, Functions, Decision Trees and Recursion, and Basic Concepts in Graph Theory. At the end of each unit is a list of Multiple Choice Questions for Review.
(1602 views)
Book cover: Topics in Discrete MathematicsTopics in Discrete Mathematics
by - Harvey Mudd College
This text is an introduction to a selection of topics in discrete mathematics: Combinatorics; The Integers; The Discrete Calculus; Order and Algebra; Finite State Machines. The prerequisites include linear algebra and computer programming.
(4608 views)
Book cover: Discrete Mathematics for Computer ScienceDiscrete Mathematics for Computer Science
by - arXiv
These are notes on discrete mathematics for computer scientists. The presentation is somewhat unconventional. I emphasize partial functions more than usual, and I provide a fairly complete account of the basic concepts of graph theory.
(9175 views)