
REDUCE is one of the most widely available and simple to use computer algebra systems. It enables users to manipulate complex algebraic expressions and equations symbolically just as mathematicians and scientists do traditionally on paper, and its capabilities include differentiation and exact symbolic integration. This book provides a comprehensive introduction to REDUCE from starting to run it through to using some of the user-contributed REDUCE packages written for specific applications. The authors' aim is to enable all students using REDUCE for the first time to gain a familiarity with the full range of REDUCE commands while at the same time learning something of the internal workings of REDUCE. Throughout, numerous exercises are provided to illustrate themes covered in the text as well as to encourage "hands on" working with REDUCE. Both authors are expert users of REDUCE and the text is based on their many years of teaching the system to undergraduate and graduate students. As a result, all those coming to use REDUCE for the first time will find this an invaluable tutor and guide. For more advanced users, it covers a number of aspects not included in the REDUCE manual.
This text investigates the practical application and internal mechanics of the REDUCE computer algebra system for symbolic mathematical computation. The authors, Francis J. Wright and Malcolm A. H. MacCallum, leverage their extensive experience teaching computer algebra to provide a structured pedagogical framework. By combining theoretical explanations with hands-on exercises, the book aims to transition users from basic command execution to the utilization of specialized, user-contributed packages for complex scientific and mathematical problem-solving.
What You Will Find
Experts recognize this volume as a foundational pedagogical resource for those entering the field of computer algebra. Readers frequently note the clarity of the instructional approach, which effectively bridges the gap between basic syntax and advanced symbolic application.
Page Count:
320
Publication Date:
1992-03-19
Publisher:
Oxford University Press
ISBN-10:
0198534442
ISBN-13:
9780198534440
No comments yet. Be the first to share your thoughts!