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07 Aliasing stationarity and violations/039 Effects of non-stationarities on the power spectrum.mp4 148.04 MB
01 Introduction to the Fourier transform/002 Nontechnical description of Fourier transform.mp4 42.2 MB
01 Introduction to the Fourier transform/003 Examples of Fourier transform applications.mp4 108.99 MB
01 Introduction to the Fourier transform/004 MATLAB Octave Python or just watch.mp4 18.86 MB
01 Introduction to the Fourier transform/005 Leaving reviews course coupons.mp4 17.85 MB
01 Introduction to the Fourier transform/attached files/001 fourier-intro.m 4.02 KB
01 Introduction to the Fourier transform/attached files/001 fourier-nontech-intro.pdf 227.83 KB
01 Introduction to the Fourier transform/attached files/001 Lenna.png 462.73 KB
02 Foundations of the Fourier transform/006 Course materials (reader MATLAB code Python code exercises).html 1.01 KB
02 Foundations of the Fourier transform/007 Complex numbers.mp4 69.84 MB
02 Foundations of the Fourier transform/008 Eulers formula eik.mp4 49.88 MB
02 Foundations of the Fourier transform/009 Sine waves and complex sine waves.mp4 102.61 MB
02 Foundations of the Fourier transform/010 Dot product.mp4 100.15 MB
02 Foundations of the Fourier transform/011 Complex dot product.mp4 69.62 MB
02 Foundations of the Fourier transform/attached files/006 Fourier-foundations.zip 1.56 MB
03 The discrete Fourier transform/012 Course materials (reader MATLAB code Python code exercises).html 965 B
03 The discrete Fourier transform/013 How the discrete Fourier transform works.mp4 96.84 MB
03 The discrete Fourier transform/014 Converting indices to frequencies.mp4 60.01 MB
03 The discrete Fourier transform/015 Normalized time vector.mp4 83.87 MB
03 The discrete Fourier transform/016 Positive and negative frequencies.mp4 22.66 MB
03 The discrete Fourier transform/017 Accurate scaling of Fourier coefficients.mp4 45.5 MB
03 The discrete Fourier transform/018 Interpreting phase values.mp4 26.41 MB
03 The discrete Fourier transform/019 Averaging Fourier coefficients.mp4 65.92 MB
03 The discrete Fourier transform/020 The DC (zero frequency) component.mp4 49.35 MB
03 The discrete Fourier transform/021 Amplitude spectrum vs. power spectrum.mp4 44.45 MB
03 The discrete Fourier transform/022 A note about terminology of Fourier features.mp4 36.01 MB
03 The discrete Fourier transform/attached files/012 Fourier-DTFT.zip 349.88 KB
04 The discrete inverse Fourier transform/023 Course materials (reader MATLAB code Python code exercises).html 950 B
04 The discrete inverse Fourier transform/024 How and why it works.mp4 92.04 MB
04 The discrete inverse Fourier transform/025 Inverse Fourier transform for bandstop filtering.mp4 63.14 MB
04 The discrete inverse Fourier transform/attached files/023 Fourier-inverse.zip 289.93 KB
05 The fast Fourier transform/026 Course materials (reader MATLAB code Python code exercises).html 989 B
05 The fast Fourier transform/027 How it works speed tests.mp4 50.46 MB
05 The fast Fourier transform/028 The fast inverse Fourier transform.mp4 19.22 MB
05 The fast Fourier transform/029 The perfection of the Fourier transform.mp4 47.07 MB
05 The fast Fourier transform/030 Using the fft on matrices.mp4 66.44 MB
05 The fast Fourier transform/attached files/026 Fourier-FFT.zip 301.21 KB
06 Frequency resolution and zero padding/031 Course materials (reader MATLAB code Python code exercises).html 959 B
06 Frequency resolution and zero padding/032 Sampling and frequency resolution.mp4 101.65 MB
06 Frequency resolution and zero padding/033 Time-domain zero padding.mp4 85.93 MB
06 Frequency resolution and zero padding/034 Frequency-domain zero padding.mp4 62.42 MB
06 Frequency resolution and zero padding/035 Sampling rate vs. signal length.mp4 61.3 MB
06 Frequency resolution and zero padding/attached files/031 Fourier-freqres0pad.zip 294 KB
07 Aliasing stationarity and violations/036 Course materials (reader MATLAB code Python code exercises).html 969 B
07 Aliasing stationarity and violations/037 Aliasing.mp4 75.31 MB
07 Aliasing stationarity and violations/038 Signal stationarity and non-stationarities.mp4 34.14 MB
01 Introduction to the Fourier transform/001 Course materials (reader MATLAB code Python code).html 916 B
07 Aliasing stationarity and violations/040 Solution to understanding nonstationary time series.mp4 109.14 MB
07 Aliasing stationarity and violations/041 Windowing and Welchs method.mp4 77.4 MB
07 Aliasing stationarity and violations/042 Instantaneous frequency.mp4 84.59 MB
07 Aliasing stationarity and violations/attached files/036 Fourier-aliasStation.zip 1.73 MB
08 2D Fourier transform/043 Course materials (reader MATLAB code Python code exercises).html 965 B
08 2D Fourier transform/044 How the 2D FFT works.mp4 96.92 MB
08 2D Fourier transform/attached files/043 Fourier-2D.zip 180.55 KB
09 Applications of the Fourier transform/045 Course materials (reader MATLAB code Python code exercises).html 971 B
09 Applications of the Fourier transform/046 Rhythmicity in walking (gait).mp4 50.25 MB
09 Applications of the Fourier transform/047 Rhythmicity in electrical brain waves.mp4 59.03 MB
09 Applications of the Fourier transform/048 Time series convolution.mp4 20.96 MB
09 Applications of the Fourier transform/049 Narrowband temporal filtering.mp4 59.58 MB
09 Applications of the Fourier transform/050 2D image filtering.mp4 60.64 MB
09 Applications of the Fourier transform/051 Image narrowband filtering.mp4 52.27 MB
09 Applications of the Fourier transform/052 Real data from trends.google.com.mp4 8.15 MB
09 Applications of the Fourier transform/attached files/045 Fourier-apps.zip 1.15 MB
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