STATISTICS WITH MAPLE (WITH CD-ROM)

Statistics with Maple is a practical guide for engineers, statisticians, business professionals and others who use the Maple software package and who wish to use it to produce numerical summaries, make graphical displays, and perform statistical inference. The book and software package is unique in its focus on using Maple for statistical methodology.

This tutorial and reference manual assumes that readers have a basic knowledge of statistics and a familiarity with Maple.

* When a statistical concept is introduced, the appropriate Maple syntax is provided along with a straightforward, worked-out example
* Authors provide over 150 procedures on a CD-ROM that is packaged with the book
* Users are invited to copy the code into Maple worksheets and modify it for their own use

Statistics with Maple is a practical guide for all Maple users who need to produce numerical summaries, create graphical displays, or perform statistical analyses. The book and the associated software are unique in their focus on using Maple for statistical work.

Comprehensive: Covers use of Maple for applications ranging from numerical and graphical descriptive statistics through probability distributions, confidence intervals, tests of significance, multiple regression, and nonparametric methods; discusses virtually all of Maple's statistical capability. ADDITIONALLY, the authors have
written over 150 procedures to extend Maple's capability, which are included on the enclosed CD-ROM.

Easy to Read: Uses "by example" approach authors have used in several other books. Works for beginners and experts alike.

Applied: Examples are from diverse disciplines, including biostatistics, business statistics, econometrics, engineering, and psychology.

"Professionals who have a particular reason for using Maple to do statistical analyses should find the book very useful, and will find the level and style of writing both inviting and efficient in terms of getting right to the point and explaining it clearly and completely."
-Dennis M. DeTurck, University of Pennsylvania