Digital Signal Processing: Course Outline (EE-306)

Introduction, ADC, Discrete-time (DT) signal representation, Classification of DT signals 

Fundamental DT signals, Continuous and DT frequency relationship

DT systems, Classification of systems

Weighted Shifted unit impulse, Impulse Response, DT Convolution

Correlation Functions and their Applications

Z-transform and its Properties, Transformation from S-plane to Z-plane

Zero-Pole placement and stability of System,  Solution of Difference Equations

DT Fourier Series (DTFS) andits Properties, PSD

DT Fourier Transform (DTFT) and its Properties, ESD

Frequency Response and its applications

Discrete Fourier Transform (DFT) and its Properties, Sampling in frequency domain

Fast Fourier Transform (FFT)-A Solution to DFT

Digital Filter Design,FIR Filters, linear phase

FIR filter design by windowing techniques

IIR Filter Designing Techniques, Impulse Invariant Method

IIR filter design using Bilinear Transformation Method