Lectures
09/03 Introduction to Digital Signal Processing
09/10 Discrete-Time Signals and Systems
09/12 LSI Systems and Discrete Convolution
09/14 Convolution, Autocorrelation and Cross-Correlation
09/19 Two-Dimensional Signals and Systems
09/24 Frequency Response
09/26 Discrete-Time Fourier Transform
10/08 The z-transform
10/10 The Inverse z-Transform
10/15 Transform Analysis of Systems
10/17 Two-Dimensional Fourier and z-Transform
10/29 Quiz Solution and Discussion
10/31 Sampling
11/05 2-D Sampling, Aliasing, and Quantization
11/07 D-A Conversion
11/12 Discrete Fourier Series and the DFT
11/14 Circular Convolution
11/19 Linear Convolution with the DFT
11/21 The FFT
11/26 Digital Filter Implementation
11/28 FIR Filter Design
12/03 IIR Filter Design
12/05 Discrete-Time Random Processes: Part I
12/10 Discrete-Time Random Processes: Part II
12/12 Summary
12/17 Final Exam Review
These notes are to be used only for this course and are not to be distributed or reused for any other purpose.