Engineering Mathematics: A Foundation for Electronic, Electrical, Communications and Systems Engineers, 3/e
This edition provides a complete course in Engineering Mathematics for degree and diploma students in electronic, electrical, systems and telecommunications engineering. It can be used throughout 1st and 2nd year degree programmes. It is also extremely relevant to the growing areas of computer, software and design engineering.
Table of Content
- Review Of Algebraic Techniques.
- Engineering Functions.
- The Trigonometics Functions.
- Coordinate Systems.
- Discrete Mathematics.
- Sequences And Series.
- Vectors.
- Matrix Algebra.
- Complex Numbers.
- Differentiation.
- Techniques Of Differentiation.
- Application Of Differentiation.
- Integration.
- Techniques Of Integration.
- Applications Of Integration.
- Further Topics In Integration.
- Numerical Integration.
- Taylor Polynomials, Taylor Series And Maclaurin Series.
- Ordinary Differential Equations I.
- Ordinary Differential Equations II.
- The Laplace Transform.
- Difference Equations And The Z Transform.
- Fourier Series.
- The Fourier Transform.
- Functions Of Several Variables.
- Vector Calculus.
- Line Integrals And Multiple Integrals.
- Probability.
- Statistics And Probability Distributions.
|
Salient Features
- This book develops and illustrates concepts through relevant and modern engineering examples.
- Key new changes based on extensive research from students and lecturers.
- Increased coverage of basic algebraic techniques.
- A new chapter on co-ordinate systems.
- Extensive new material on the discrete Fourier transform and related. techniques, of particular relevance to digital signal processing.
- Enhanced coverage of line, surface and volume integrals.
|
|
|
|
|