Instructor: Balu Santhanam
Pre-requisites: EECE-314, MATH 314, EECE-340 recommended.
Course Abstract: Introduction to the computing and the GUI environment of MATLAB,
Programming environment, mfiles, 2D/3D graphics and demo environment
Review of the functions in the signal processing, statistics, linear algebra
and communications toolboxes, problem solving using MATLAB.
Course Materials:
Course Outline/Syllabus
Example program on temperature measurement
Problem Set # 1.0
Solution to Problem Set # 1.0
Example program on roots of Quadratic Eq.
Problem Set # 2.0
Solutions to Problem Set # 2.0
Quadratic Equation roots program with if/elseif control-flow
Quadratic Equation roots program with "switch" control-flow
Problem Set # 3.0
Data file for Problem Set # 3.0
Reference Manual for LATEX
Matlab program for generating binary symbols
Solutions to Problem Set # 3.0
Matlab program simulating throw of dice
Problem Set # 4.0
Solutions to Problem Set # 4.0
Sample output from Problem Set # 4.0
List of functions in the stats toolbox
Problem Set # 5.0
Data File for Problem Set # 5.0
Solutions to PS # 5.0
List of functions in the Linear Algebra toolbox
Soundfile of Touch-tone Output for 277-1611
Soundfile of Noisy Touch-tone Output for 277-1611 (SNR = 6 dB)
Sample output from touch-tone program
Solutions to Midterm
Problem Set # 6.0
Binary detection in AWGN
Sample output from PS # 6.0
Solutions to PS # 6.0
Problem Set # 7.0
Solutions to Problem Set # 7.0
DSP Toolbox:
Chirp Example: Chirp Signal Spectrogram of chirp
Example with 2D FFT:
FFT magnitude intensity image for ones(5,5)
Mesh plot of FFT magnitude
Numerical Integration/DE Solvers:
Functions for DE/Int Example: ft1.m ft2.m de1.m de2.m
Num/symb integral/DE example
Output of Int/DE Example: de1 de2
MATLAB References:
MATLAB Online Reference Guide
Mathworks (developer of Matlab)
UFL MATLAB Primer
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