COURSE SCHEDULE

Week-01: Introduction, Discrete-Time Signals: Sequence, Discrete-Time Systems, Properties of DT systems

Week-02: Linear Time Invariant Systems, Properties of Linear Time-Invariant ,Discrete-Time Convolution

Week-03: DT Convolution, Linear Constant Coefficient Difference Equations

Week-04: Frequency-Domain Representation of DT Signal and Systems , Discrete-Time Fourier Transform (DTFT), DTFT Properties

Week-05: DTFT Theorems, DTFT Examples

Week-06: Z-Transform, Region of Convergence (ROC), Inverse Z-transform

Week-07: Properties of the Z-transform, Application of Z-transform

Week-08: Frequency Response of LTI systems, System Function for System Characterized by LCDE, Frequency Response for Rational System Function

Week-09: All-Pass Systems, Minimum Phase Systems, Frequency response Compensation

Week-10: Linear Systems with Generalize Linear Phase, Type of Filters

Week-11: Block Diagram Representation of LCCDE, Signal Flow Graph Representation, Structures for IIR Systems

Week-12: Structures for FIR systems, Sampling, Discrete-time Processing of Continuous-time Signal

Week-13: Continuous-time Processing of Discrete-time Signals, Introduction to Filter Design, Design of Discrete-time IIR Filters

Week-14: Design of DT IIR Filters, Design of FIR Filters by Windowing,FIR Filters Design method by windowing, Kaiser Window Design Method

Week-15: DFT, FFT worked examples

Week-16: Peridograms