[ FreeCourseWeb ] Udemy - Discrete Fourier Transform and Spectral Analysis (MATLAB)

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[ FreeCourseWeb ] Udemy - Discrete Fourier Transform and Spectral Analysis (MATLAB) (Size: 1.6 GB)
  001 Introduction.en.srt 16.8 KB
  001 Introduction.mp4 71.3 MB
  002 Discrete Fourier Transform.en.srt 21.6 KB
  002 Discrete Fourier Transform.mp4 86.5 MB
  002 FFT_and_Spectral_Analysis_Part2.pdf 2.1 MB
  003 Spectrum Leakage and Signal Windows.en.srt 47.2 KB
  003 Spectrum Leakage and Signal Windows.mp4 202.3 MB
  004 Introduction to Matlab.en.srt 29.6 KB
  004 Introduction to Matlab.mp4 127.8 MB
  005 Matlab Scripts and plot functions.en.srt 21.1 KB
  005 Matlab Scripts and plot functions.mp4 99.3 MB
  005 testscript.m 204.8 B
  006 Using Complex numbers in Matlab.en.srt 8.6 KB
  006 Using Complex numbers in Matlab.mp4 39.4 MB
  007 Angle, Phase and phase unwrapping method.en.srt 9.6 KB
  007 Angle, Phase and phase unwrapping method.mp4 40.4 MB
  007 angle_unwrapping.m 716.8 B
  008 Sine Wave generation example.en.srt 11.9 KB
  008 Sine Wave generation example.mp4 48 MB
  008 sinewave.m 1 KB
  009 Sine Wave, Square Wave and FFT example.en.srt 15.3 KB
  009 Sine Wave, Square Wave and FFT example.mp4 65.7 MB
  009 sinewave_to_square.m 1 KB
  010 Using sum of sinusoidal waves for approximation.en.srt 12.2 KB
  010 Using sum of sinusoidal waves for approximation.mp4 46.8 MB
  010 squarewave_sum.m 716.8 B
  011 DFT and Spectrum Leakage Example.en.srt 28.9 KB
  011 DFT and Spectrum Leakage Example.mp4 134.8 MB
  011 spectrumleak.m 1.6 KB
  012 Delay and Phase shift using phase information.en.srt 14.5 KB
  012 Delay and Phase shift using phase information.mp4 62 MB
  012 phaseshift.m 1.4 KB
  013 Up and Down Conversion using DFT.en.srt 31.6 KB
  013 Up and Down Conversion using DFT.mp4 132.6 MB
  013 updownconversion.m 2.6 KB
  014 Product of signals and DFT spectrum.en.srt 9.7 KB
  014 Product of signals and DFT spectrum.mp4 45.8 MB
  014 signalproduct.m 1 KB
  015 Convolution of Signals in Matlab.en.srt 34.7 KB
  015 Convolution of Signals in Matlab.mp4 145.4 MB
  015 pulseconvolution.m 2 KB
  016 Signal Detection in noise using Cross-Correlation.en.srt 16.2 KB
  016 Signal Detection in noise using Cross-Correlation.mp4 64.6 MB
  016 crosscorrelation.m 1.5 KB
  017 Time Domain, Spectral and Phase methods for Frequency detection.en.srt 58.9 KB
  017 Time Domain, Spectral and Phase methods for Frequency detection.mp4 234.2 MB
  017 frequency_delta.m 3.9 KB
  Bonus Resources.txt 307.2 B
  Get Bonus Downloads Here.url 204.8 B
  ▲ 49 total files

Description


Discrete Fourier Transform and Spectral Analysis (MATLAB)

MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 17 lectures (4h 48m) | Size: 1 GB
Introduction to Fourier Transform and Spectral Analysis - Part 2
What you'll learn:
Understanding Discrete Fourier transform basics, implementing DFT, convolution and correlation in Matlab/Octave
Essential signal processing skills using Matlab/Octave

Requirements
Familiarity with Fourier transform and spectral analysis
My course "Introduction to Fourier Transform and Spectral Analysis Part 1" on UDEMY is desirable prerequisite

Description
This course is continuation of Fourier transform and spectral analysis series. In this course I will introduce discrete Fourier Transform, explain concepts of frequency bins and frequency resolution and illustrate spectral leakage effect.

The best way to understand what happens with signals and spectral components is to generate test signals and spectra. The shortest route is to learn Matlab (or use compatible open-source Octave program). I will describe very simple basic set of Matlab programming skills and after a couple of short lectures you will be able to edit and run simple scripts and plot your output results.

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