Schedule

Lecture 1 - Introduction - Part I

Lecture 2 - Introduction - Part II

Lecture 3 - Signal Operations

Lecture 4 - Linear Time Invariant Systems

Lecture 5 - Convolution

Lecture 6 - Correlation of DT Signals I

Lecture 7 - Correlation of DT Signals II

Lecture 8: Constant Coefficient Difference Equations

Lecture 09 - Z Transforms

Lecture 10 - Stability Conditions

Lecture 11 - Inverse Z-Transform

Lecture 12 - Discrete Fourier Series

Lecture 13 - Discrete Time Fourier Transform

Lecture 14 - Response to Complex Exponentials

Lecture 15 - Magnitude and Phase Response

Lecture 16 - Pole Zero Locations and Magnitude Response

Lecture 17 - Notch Filters and All-pass Filters

Lecture 18 - Inverse Systems

Lecture 19 - DFT Introduction

Lecture 20 - DFT Properties

Lecture 21 - Circular Convolution

Lecture 22 - Fast Fourier Transform (FFT) Introduction

Lecture 23: Decimation in Time - FFT

Lecture 24: FFT Examples

Lecture 25: Decimation in Frequency FFT

Lecture 26: Structures for the Realization of LTI Systems

Lecture 27: Realization of IIR Systems

Lecture 28: Causality and Implications

Lecture 29: FIR Filter Design

Lecture 30 - IIR Filter Design