Introduction to wxMaxima for Scientific Computations

An alternate to Mathematica, MATLAB and Maple

Key Features

Book deals with the most basic algorithms in the area.

Book presents several of the most celebrated algorithms in a simple way by omitting obscuring details and separating algorithmic structure from combinatorial theoretical background.

It reflects the relationships between applications of text-algorithmic techniques.

Classification of algorithms according to the measures of complexity considered.

Functions written in an easy and reader-friendly way.

About two hundred examples illustrate nicely the behaviour of very complex algorithms.

Description
Symbolic computation is an essential technique for executing simple to complex mathematical analysis and modeling, not only for scientific and engineering simulations but also for financial calculations. There are plenty of computational tools are available for numerical analysis, but few packages are existing for symbolic computations such as Mathematica, Maple and Matlab are exceptionally powerful tools for symbolic computations, but having huge price tags.Maxima is an open source freeware program. It has user -friendly interface with ample built-in math analytical tools and graphical functions. It can be easily installed in most of the operating systems and proficient in executing both symbolic as well as numerical computations.Maxima has rich mathematical functions and hence has a steep learning curve. But this book is written in a simple style, as a beginner's guide and outlines the basic functions with appropriate examples that are easy to understand.

What will you learn

Cell structure, Annotations

LaTex, MathMl format, File format

Basic operators, functions

Who this book is for
IT professionals, undergraduate and postgraduate engineering students, researchers

Table of Contents
1. Cell structure
2. Annotations
3. Input and output
4. Graphical User Interface (GUI)
5. LaTex and MathMl format
6. File format
7. Basic operators
8. Basic functions

About the Author
Dr. M Kanagasabapathy is currently working as the Assistant Professor in the Department of Chemistry, Rajapalayam Rajus' College, Rajapalayam (TN) India. His fields of research interests are numerical analysis and modeling for electrochemical processes as well as electrochemical biosensors. He is pursuing electrochemical research works in association with National and International Research Institutes and Universities. He has more than twenty three years of teaching experience in both chemistry as well as chemical engineering disciplines. He has written books on rechargeable batteries and mathematical modeling. He had served as technical consultant for two electrochemical industries.