ELC 4351: Digital Signal Processing

Syllabus

• ELC 4351 Syllabus

Lecture Handouts

• 01Introduction
• 02Sampling Theory
• 03Quantization Error
• 04Discrete-Time Signals and Systems
• 05Difference Equations
• 06z-Transform Part 1
• 07z-Transform Part 2
• 08z-Transform Part 3
• 09Frequency Analysis of Signals Part 1
• 10Frequency Analysis of Signals Part 2
• 11Frequency-Domain Analysis of LTI Systems Part 1
• 12Frequency-Domain Analysis of LTI Systems Part 2
• 13Frequency-Domain Analysis of LTI Systems Part 3
• 14Discrete Fourier Transform
• 15Filter Design
• 16Windowing
• 17Linear Optimal Filter
• 18Short-time Fourier Transform

MATLAB Examples and Projects

• 01Sampling the swept sinusoidal signal
• 02Quantization of audio signal; wave file
• 03Quantization of image; image file 1, image file 2
• 04Demo of correlation function
• 05Demo of Convolution and Correlation
• 06Numerical Check of Difference Equation; stepseq.m
• 07Autocorrelation by Wiener-Khintchine theorem: autocorr2d.m; autocorr_examples.m; Image example (BU logo)
• 08Matlab z-Tranform ztrans; z-Transform Examples
• 09DTMF Decoder

Optional Reading

Digital Library

• IEEE Signal Processing Magazine

© Liang (Leon) Dong, Baylor University 2023