978-81-8487-145-6 Publication Year: 2012
Pages: 302 Binding: Paper Back
About the book
PRINCIPLES OF ENGINEERING ANALYSIS presents Mathematical tools for Engineering Analysis and applications. Particular emphasis has been given to explain Signals and Systems. Different transformation techniques such as Laplace, Fourier and Z transforms mathematically and subsequently its applications in solving differential and integral equations are also given.
• Concepts illustrated by many solved examples
• Review questions given at the end of each Chapter.
• Some operations on Signals are illustrated using P-Spice Software. Matlab codes are also provided in almost each Chapter. DTREG (Predictive modeling software) used to analyze data obtained from diffusion equation.
Introduction to Signals and Systems / Time-domain Analysis of Continuous-time Systems / Signal Representation by Fourier Series / Continuous-time Signal Analysis using the Fourier Transform / Time-domain Analysis of Discrete-time Systems / Continuous-time System Analysis using the Laplace Transform / Discrete-time System Analysis using the Z-transform / Discrete Fourier Transform (DFT) and Fast Fourier Transform (FFT) / System Analysis using Second Order PDE.
Undergraduate & Postgraduate Students and Professionals in Computer Engineering, Electrical Engineering, Electronics Engineering, Biomedical Engineering as well as
Applied Mathematics Students