I have received very good news from CRC Press in regards to the publication of my book “Essential Matlab and Octave”: The publication date for the book in the US is November 13th, and the UK following after one or two week.
Also, the endorsements for the book are very good and I thought of sharing one from Dr Shashank Virmani from the Brunel University, UK:
“Essential Matlab and Octave” is a superb introductory textbook for those interested in learning how to solve scientific, engineering, and mathematical problems using two of the most popular mathematical programming tools available — Matlab and Octave.
The book assumes almost no prior experience with programming or scientific programming, and carefully takes the reader step-by-step through the use the of the two languages for solving increasingly complex problems. It begins with elementary tasks such as the evaluation of simple functions, takes the reader through the basics of plotting figures and programming syntax, leading up to a chapter of more sophisticated examples of problems to suit a diverse range of tastes, including linear algebra applications, the solution of differential equations in physics and biology, signal processing, and problems in mathematical finance.
Dr. Rogel-Salazar has put a huge amount of effort into making the book accessibly and user-friendly in a way that makes it suitable even for the most novice of programmers. The layout of the book is used very effectively with boxes that give clear and concise example programmes and the use of side notes to point out where differences can occur between Matlab and Octave, and to provide references and additional information.
Just the right balance of content is chosen for a beginner to quickly reach a stage where they can begin to write useful programmes of their own. Enough detail is included to point out the power and major stumbling blocks, without overburdening the reader with too much detail on the more subtle aspects that they can only come to appreciate after further experience of programming. This helps the textbook fill a useful gap in the market, and make it an excellent companion to introductory courses on scientific computation in degree programmes, as well as an accessible but concise guide to anyone learning how to use such tools by themselves”