Numerical Computation Methods and Program Design

Author: Zhou Xu
Publisher:
Publish Date: 2004-10-01
Features: The features of this book are as follows:
· Combines numerical computation methods with programming design. This book organically integrates the principles of numerical computation methods with the methodology of programming design, enabling readers to write efficient computer programs using correct numerical computation methods and ultimately solve complex practical problems.
· Combines theory with practice. This book not only introduces the principles of common numerical computation methods and the structured, modular programming approach but also uses numerous examples to illustrate how to apply these fundamental principles and design methods in practical work.
· Well-structured, focusing on cultivating thinking methods. This book takes algorithms as the main thread, highlighting the "top-down, stepwise refinement" programming methodology. It introduces various algorithms in the order of basic ideas, computational formulas, algorithm design, flowchart design, original programs, and error analysis, which is beneficial for cultivating readers' sound thinking methods.
· Electronic teaching materials are provided for instructors. Instructors can log in to the Wharton website to download the electronic teaching materials.
This book aims to organically combine numerical computation methods and programming methodology to solve computational problems in engineering and science and technology using computers. With the theoretical framework of numerical computation methods as the main thread, supplemented by the "top-down, stepwise refinement" approach and typical modular programming design methods, the book comprehensively introduces the fundamental ideas, computational formulas, algorithm design, flowchart design, C language source programs, and error analysis for solving problems such as interpolation, integration, ordinary differential equations, root-finding, and systems of linear equations. The book is well-organized, highlights key points, and presents content in an accessible manner, making it suitable as a textbook and reference for numerical computation courses in universities and adult education, as well as a self-study resource for. All rights reserved. Infringement is prohibited.