Udemy - Digital Signal Processing (DSP) From Ground Up in Python 2018-10

Creation Time	July 20, 2025, 4:04 p.m.
Last Access Time	Nov. 27, 2025, 10:34 p.m.
File Size	6.1 GB
Keywords	From in Python Signal Processing - Up DSP Udemy 2018-10 Digital Ground
Total Requests	239
Total Files	761
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07 Fourier Transsform/066 Coding Developing the Inverse Discrete Fourier Transform (IDFT) algorithm.mp4 166.8 MB
10 Fast Fourier Transform (FFT)/083 How the Decimation -in-Time FFT Algorithm works.mp4 161.7 MB
10 Fast Fourier Transform (FFT)/081 An Overview of how FFT works..mp4 141.2 MB
06 Convolution/045 The Convolution Kernel.mp4 127.9 MB
06 Convolution/050 Coding Developing the Convolution algorithm.mp4 107.3 MB
07 Fourier Transsform/060 Introduction to Discrete Fourier Transform.mp4 84.5 MB
03 Signal Statistics and Noise/018 Coding Importing signals and dealing with subplots.mp4 83.2 MB
16 Designing Match Filters/139 Coding Building a match filter with cross-correlation.mp4 82.7 MB
12 Designing Finite Impulse Response (FIR) Filters/097 The Recursive Moving Average Filter.mp4 79.7 MB
11 Digital Filter Design/092 Designing digital filters using the spectral inversion method.mp4 79.4 MB
06 Convolution/047 The Output side analysis and the convolution sum equation.mp4 75.8 MB
12 Designing Finite Impulse Response (FIR) Filters/101 Coding FIR filter application project (Part III).mp4 75.6 MB
03 Signal Statistics and Noise/020 Mean and Standard Deviation.mp4 73.2 MB
11 Digital Filter Design/089 Information representations of a signal.mp4 71.5 MB
07 Fourier Transsform/065 Coding Developing the DFT magnitude algorithm.mp4 70.9 MB
12 Designing Finite Impulse Response (FIR) Filters/095 The Moving Average Filter.mp4 70.3 MB
11 Digital Filter Design/090 Time domain parameters.mp4 70.1 MB
14 Designing Windowed Filters/123 Coding Designing an FIR filter with a Kaiser Window (Part II).mp4 69.6 MB
04 Quantization and The Sampling Theorem/030 The Passive Low-Pass Filter.mp4 68.8 MB
17 FFT Convolution/140 Understanding how the Overlap-Add method works.mp4 68.6 MB
17 FFT Convolution/141 Understanding how FFT-Convolution works.mp4 68.0 MB
07 Fourier Transsform/064 Coding Developing the Discrete Fourier Transform (DFT) algorithm.mp4 65.0 MB
07 Fourier Transsform/063 Calculating the Discrete Fourier Transform (DFT).mp4 64.8 MB
07 Fourier Transsform/071 The Frequency Response.mp4 61.5 MB
15 Custom Filters/134 Coding Experimenting with the Forward-Backward filter.mp4 61.4 MB
12 Designing Finite Impulse Response (FIR) Filters/100 Coding FIR filter application project (Part II).mp4 59.0 MB
07 Fourier Transsform/061 DFT Basis Functions.mp4 58.0 MB
09 Complex Fourier Transform/080 Comparing Real DFT and Complex DFT.mp4 57.9 MB
11 Digital Filter Design/085 Introduction to Digital Filters.mp4 57.0 MB
14 Designing Windowed Filters/118 The Sinc Function and the Truncated Sinc Filter.mp4 55.5 MB
07 Fourier Transsform/062 Deducing the Inverse DFT.mp4 55.4 MB
04 Quantization and The Sampling Theorem/033 The Bessel Chebyshev and Butterworth filters.mp4 55.3 MB
02 Python Essentials/015 Classes and Objects.mp4 55.2 MB
03 Signal Statistics and Noise/019 Coding Generating signals.mp4 54.7 MB
07 Fourier Transsform/067 Coding Computing the IDFT of an ECG signal.mp4 53.8 MB
13 Designing Infinite Impulse Response (IIR) Filters/112 Coding IIR filter application project -Butterworth filter (Part II).mp4 53.2 MB
10 Fast Fourier Transform (FFT)/084 Coding Computing the FFT of a signal.mp4 52.9 MB
13 Designing Infinite Impulse Response (IIR) Filters/113 Coding IIR filter application project -Butterworth filter (Part III).mp4 52.4 MB
11 Digital Filter Design/088 Understanding the Logarithmic scale and decibels.mp4 51.3 MB
13 Designing Infinite Impulse Response (IIR) Filters/115 The Single-Pole Recursive Filter.mp4 48.9 MB
11 Digital Filter Design/093 Designing digital filters using the spectral reversal method.mp4 48.4 MB
07 Fourier Transsform/069 Polar Notation.mp4 47.9 MB
14 Designing Windowed Filters/122 Coding Designing an FIR filter with a Kaiser Window (Part I).mp4 46.8 MB
02 Python Essentials/009 Operators.mp4 46.7 MB
14 Designing Windowed Filters/129 Creating BohmanBoxcar Chebyshev Cosine Flattop and Gaussian Windows.mp4 46.5 MB
19 Interpolation/148 Coding Working with splines.mp4 45.5 MB
10 Fast Fourier Transform (FFT)/082 Understanding the complexity of calculating DFT directly.mp4 45.3 MB
14 Designing Windowed Filters/124 Coding Generating windows.mp4 45.1 MB
14 Designing Windowed Filters/120 The Hamming and Blackman window equations.mp4 44.5 MB
04 Quantization and The Sampling Theorem/028 Quantization.mp4 44.0 MB
14 Designing Windowed Filters/121 Designing the Windowed Sinc filter.mp4 43.6 MB
19 Interpolation/149 Coding Comparing Rbf with UnivariateSpline.mp4 42.8 MB
03 Signal Statistics and Noise/016 Nature of a signal.mp4 42.7 MB
04 Quantization and The Sampling Theorem/034 Comparing the performance of the Bessel Chebyshev and Butterworth filters.mp4 42.3 MB
15 Custom Filters/137 Coding Comparing the performance of different Scipy filters (Part II).mp4 42.1 MB
06 Convolution/048 Coding Examining the signals.mp4 41.8 MB
07 Fourier Transsform/070 Introduction to Spectral Analysis.mp4 41.0 MB
04 Quantization and The Sampling Theorem/032 The Modified Sallen-Key Filter.mp4 40.9 MB
06 Convolution/056 Coding Developing the Running Sum algorithm.mp4 40.5 MB
12 Designing Finite Impulse Response (FIR) Filters/096 The Multiple Pass Moving Average Filter.mp4 40.3 MB
04 Quantization and The Sampling Theorem/029 Nyquist Theorem ( Sampling Theorem ).mp4 39.3 MB
06 Convolution/044 The Delta Function and Impulse Response.mp4 38.6 MB
05 Linear Systems and Superposition/040 Synthesis and Decomposition.mp4 37.7 MB
05 Linear Systems and Superposition/041 Impulse Decomposition.mp4 37.4 MB
06 Convolution/052 Coding Correlation.mp4 37.3 MB
01 Set Up/005 Testing the packages.mp4 37.0 MB
08 Complex Numbers/072 The Complex Number System.mp4 36.1 MB
06 Convolution/055 Coding Computing the running sum of a signal.mp4 35.8 MB
02 Python Essentials/014 Dictionaries.mp4 35.6 MB
06 Convolution/054 The Running Sum and First Difference.mp4 34.9 MB
08 Complex Numbers/075 Representation of Sinusoids.mp4 34.2 MB
12 Designing Finite Impulse Response (FIR) Filters/099 Coding FIR filter application project (Part I).mp4 33.1 MB
13 Designing Infinite Impulse Response (IIR) Filters/114 Coding Designing an FIR filter with a Kaiser Window (Part III).mp4 33.0 MB
12 Designing Finite Impulse Response (FIR) Filters/098 Coding Smoothing signals with the median filter.mp4 33.0 MB
06 Convolution/058 Coding Developing the First Difference algorithm.mp4 32.5 MB
13 Designing Infinite Impulse Response (IIR) Filters/116 Digital Chebyshev Filters.mp4 31.8 MB
05 Linear Systems and Superposition/042 Step Decomposition.mp4 31.8 MB
11 Digital Filter Design/086 The Filter Kernel.mp4 31.4 MB
13 Designing Infinite Impulse Response (IIR) Filters/103 The Recursion Equation.mp4 29.9 MB
03 Signal Statistics and Noise/017 Coding Plotting signals with pyplot.mp4 29.6 MB
09 Complex Fourier Transform/077 Introduction to Complex Fourier Transform.mp4 29.4 MB
11 Digital Filter Design/094 Classification of digital filters.mp4 29.3 MB
04 Quantization and The Sampling Theorem/031 The Passive High-Pass Filter.mp4 28.9 MB
19 Interpolation/147 Coding Linear and cubic interpolation.mp4 28.8 MB
09 Complex Fourier Transform/078 Mathematical Equivalence.mp4 28.7 MB
06 Convolution/049 Coding Computing the convolution of two signals.mp4 28.5 MB
08 Complex Numbers/076 Representing Systems.mp4 27.6 MB
20 Waveform Generation/151 Coding Generating square waves and pulse-width modulated sine waves.mp4 27.4 MB
03 Signal Statistics and Noise/024 Coding Developing the Signal Variance algorithm.mp4 27.3 MB
08 Complex Numbers/073 Polar Representation of Complex Numbers.mp4 27.2 MB
05 Linear Systems and Superposition/037 System Homogeneity.mp4 27.2 MB
06 Convolution/043 Introduction to Convolution.mp4 27.0 MB
02 Python Essentials/010 Conditions.mp4 27.0 MB
02 Python Essentials/013 Functions.mp4 26.8 MB
04 Quantization and The Sampling Theorem/035 Information encoding Time-domain and frequency-domain encoding.mp4 25.8 MB
06 Convolution/053 The Identity property of convolution.mp4 25.7 MB
02 Python Essentials/007 Variables.mp4 25.4 MB
13 Designing Infinite Impulse Response (IIR) Filters/111 Coding IIR filter application project -Butterworth filter (Part I).mp4 24.9 MB
02 Python Essentials/012 While Loops.mp4 24.7 MB
13 Designing Infinite Impulse Response (IIR) Filters/110 Coding Creating a Bessel lowpass filter.mp4 24.6 MB
13 Designing Infinite Impulse Response (IIR) Filters/107 Coding Creating a Type I Chebyshev lowpass filter.mp4 24.4 MB
08 Complex Numbers/074 Eulers Relation.mp4 24.3 MB
06 Convolution/051 Coding Computing the De-convolution of two signals.mp4 24.3 MB
02 Python Essentials/011 For Loops.mp4 23.9 MB
14 Designing Windowed Filters/125 Coding Creating the Barlett-Hann Window.mp4 23.6 MB
07 Fourier Transsform/059 Introduction to Fourier Analysis.mp4 23.5 MB
15 Custom Filters/135 Coding De-trending a signal.mp4 23.0 MB
05 Linear Systems and Superposition/036 Signal naming conventions.mp4 22.7 MB
11 Digital Filter Design/091 Frequency domain parameters.mp4 22.4 MB
13 Designing Infinite Impulse Response (IIR) Filters/108 Coding Creating a Type II Chebyshev lowpass filter.mp4 22.3 MB
13 Designing Infinite Impulse Response (IIR) Filters/109 Coding Creating an Elliptic lowpass filter.mp4 22.0 MB
15 Custom Filters/138 Coding Computing the frequency response of a Remez filter.mp4 22.0 MB
11 Digital Filter Design/087 The ImpulseStep and Frequency response.mp4 22.0 MB
01 Set Up/004 Installing Python packages.mp4 21.0 MB
18 Representing Linear Time Invariant (LTI) )Systems in Python/142 Coding Creating a Transfer Function.mp4 20.7 MB
14 Designing Windowed Filters/133 Coding Creating the Slepian and the Triangular Window.mp4 20.7 MB
13 Designing Infinite Impulse Response (IIR) Filters/104 Coding Computing the frequency response of a filter.mp4 20.6 MB
02 Python Essentials/006 Printing statements.mp4 20.4 MB
05 Linear Systems and Superposition/039 System Shift Invariance.mp4 19.4 MB
15 Custom Filters/136 Coding Comparing the performance of different Scipy filters (Part I).mp4 19.2 MB
03 Signal Statistics and Noise/021 Coding Computing the Signal Mean.mp4 18.8 MB
06 Convolution/057 Coding Computing the First Difference of a signal.mp4 18.5 MB
20 Waveform Generation/150 Coding Generating a gausspulse.mp4 18.5 MB
18 Representing Linear Time Invariant (LTI) )Systems in Python/144 Coding Frequency response of a LTI.mp4 18.4 MB
03 Signal Statistics and Noise/022 Coding Developing the Signal Mean algorithm.mp4 18.3 MB
02 Python Essentials/008 Lists.mp4 17.6 MB
13 Designing Infinite Impulse Response (IIR) Filters/105 Coding Computing the frequency response of a Type I Chebyshev Bandpass Filter.mp4 16.6 MB
03 Signal Statistics and Noise/027 Signal-to-Noise ratio.mp4 16.6 MB
14 Designing Windowed Filters/119 The Blackman window.mp4 16.6 MB
18 Representing Linear Time Invariant (LTI) )Systems in Python/143 Coding ZerosPolesGain.mp4 16.2 MB
13 Designing Infinite Impulse Response (IIR) Filters/106 Coding Creating a Butterworth lowpass filter.mp4 16.0 MB
14 Designing Windowed Filters/132 Coding Creating the Nuttall and Parzen Windows.mp4 15.7 MB
07 Fourier Transsform/068 Symmetry between Time domain and frequency domain -Duality.mp4 15.7 MB
06 Convolution/046 The Convolution Kernel (Part II).mp4 15.3 MB
03 Signal Statistics and Noise/026 Coding Developing the Signal Standard Deviation algorithm.mp4 13.8 MB
18 Representing Linear Time Invariant (LTI) )Systems in Python/145 Coding Computing the bode plot of a LTI system.mp4 13.8 MB
01 Set Up/002 Installing Python.mp4 13.7 MB
14 Designing Windowed Filters/117 Introduction to Windowed-Sinc Filters.mp4 13.1 MB
13 Designing Infinite Impulse Response (IIR) Filters/102 Introduction to Recursive Filters.mp4 12.7 MB
01 Set Up/003 Using IDLE.mp4 12.7 MB
14 Designing Windowed Filters/130 Coding Creating the Hamming and Hanning Windows.mp4 12.6 MB
18 Representing Linear Time Invariant (LTI) )Systems in Python/146 Coding Computing the impulse response of a LTI system.mp4 12.3 MB
01 Set Up/001 Downloading Python.mp4 11.1 MB
09 Complex Fourier Transform/079 The Complex DFT Equation.mp4 10.7 MB
14 Designing Windowed Filters/128 Coding Creating the Blackman-Harris Window.mp4 10.3 MB
14 Designing Windowed Filters/131 Coding Creating the Kaiser Window.mp4 10.2 MB
05 Linear Systems and Superposition/038 System Additivity.mp4 9.6 MB
20 Waveform Generation/152 Coding Generating a sawtooth.mp4 9.3 MB
14 Designing Windowed Filters/127 Coding Creating the Blackman Window.mp4 8.3 MB
03 Signal Statistics and Noise/025 Coding Computing the Standard Deviation.mp4 7.9 MB
14 Designing Windowed Filters/126 Coding Creating the Barlette Window.mp4 7.9 MB
03 Signal Statistics and Noise/023 Coding Computing the Signal Variance.mp4 6.2 MB
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06 Convolution/050 Coding Developing the Convolution algorithm-en.srt 23.3 KB
07 Fourier Transsform/066 Coding Developing the Inverse Discrete Fourier Transform (IDFT) algorithm-en.srt 19.5 KB
16 Designing Match Filters/139 Coding Building a match filter with cross-correlation-en.srt 18.2 KB
07 Fourier Transsform/064 Coding Developing the Discrete Fourier Transform (DFT) algorithm-en.srt 17.3 KB
02 Python Essentials/009 Operators-en.srt 15.0 KB
02 Python Essentials/015 Classes and Objects-en.srt 14.8 KB
12 Designing Finite Impulse Response (FIR) Filters/100 Coding FIR filter application project (Part II)-en.srt 14.6 KB
03 Signal Statistics and Noise/018 Coding Importing signals and dealing with subplots-en.srt 14.3 KB
15 Custom Filters/134 Coding Experimenting with the Forward-Backward filter-en.srt 13.8 KB
03 Signal Statistics and Noise/019 Coding Generating signals-en.srt 12.7 KB
07 Fourier Transsform/065 Coding Developing the DFT magnitude algorithm-en.srt 12.6 KB
02 Python Essentials/014 Dictionaries-en.srt 12.5 KB
10 Fast Fourier Transform (FFT)/084 Coding Computing the FFT of a signal-en.srt 12.2 KB
14 Designing Windowed Filters/122 Coding Designing an FIR filter with a Kaiser Window (Part I)-en.srt 12.2 KB
19 Interpolation/148 Coding Working with splines-en.srt 12.1 KB
19 Interpolation/149 Coding Comparing Rbf with UnivariateSpline-en.srt 11.6 KB
14 Designing Windowed Filters/123 Coding Designing an FIR filter with a Kaiser Window (Part II)-en.srt 11.2 KB
13 Designing Infinite Impulse Response (IIR) Filters/112 Coding IIR filter application project -Butterworth filter (Part II)-en.srt 10.5 KB
10 Fast Fourier Transform (FFT)/083 How the Decimation -in-Time FFT Algorithm works-en.srt 10.2 KB
14 Designing Windowed Filters/124 Coding Generating windows-en.srt 10.0 KB
12 Designing Finite Impulse Response (FIR) Filters/099 Coding FIR filter application project (Part I)-en.srt 9.9 KB
10 Fast Fourier Transform (FFT)/081 An Overview of how FFT works.-en.srt 9.7 KB
02 Python Essentials/013 Functions-en.srt 9.6 KB
15 Custom Filters/137 Coding Comparing the performance of different Scipy filters (Part II)-en.srt 9.5 KB
02 Python Essentials/007 Variables-en.srt 9.3 KB
06 Convolution/055 Coding Computing the running sum of a signal-en.srt 8.7 KB
12 Designing Finite Impulse Response (FIR) Filters/101 Coding FIR filter application project (Part III)-en.srt 8.7 KB
20 Waveform Generation/151 Coding Generating square waves and pulse-width modulated sine waves-en.srt 8.6 KB
02 Python Essentials/010 Conditions-en.srt 8.6 KB
03 Signal Statistics and Noise/024 Coding Developing the Signal Variance algorithm-en.srt 8.6 KB
01 Set Up/005 Testing the packages-en.srt 8.6 KB
06 Convolution/045 The Convolution Kernel-en.srt 8.5 KB
19 Interpolation/147 Coding Linear and cubic interpolation-en.srt 8.3 KB
06 Convolution/052 Coding Correlation-en.srt 8.2 KB
13 Designing Infinite Impulse Response (IIR) Filters/111 Coding IIR filter application project -Butterworth filter (Part I)-en.srt 8.2 KB
02 Python Essentials/011 For Loops-en.srt 8.1 KB
15 Custom Filters/138 Coding Computing the frequency response of a Remez filter-en.srt 8.1 KB
03 Signal Statistics and Noise/017 Coding Plotting signals with pyplot-en.srt 8.0 KB
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06 Convolution/048 Coding Examining the signals-en.srt 7.9 KB
06 Convolution/056 Coding Developing the Running Sum algorithm-en.srt 7.8 KB
04 Quantization and The Sampling Theorem/030 The Passive Low-Pass Filter-en.srt 7.8 KB
02 Python Essentials/006 Printing statements-en.srt 7.7 KB
14 Designing Windowed Filters/129 Creating BohmanBoxcar Chebyshev Cosine Flattop and Gaussian Windows-en.srt 7.5 KB
06 Convolution/058 Coding Developing the First Difference algorithm-en.srt 7.5 KB
12 Designing Finite Impulse Response (FIR) Filters/098 Coding Smoothing signals with the median filter-en.srt 7.5 KB
06 Convolution/049 Coding Computing the convolution of two signals-en.srt 7.4 KB
13 Designing Infinite Impulse Response (IIR) Filters/113 Coding IIR filter application project -Butterworth filter (Part III)-en.srt 7.3 KB
06 Convolution/051 Coding Computing the De-convolution of two signals-en.srt 7.2 KB
15 Custom Filters/135 Coding De-trending a signal-en.srt 7.2 KB
03 Signal Statistics and Noise/022 Coding Developing the Signal Mean algorithm-en.srt 7.1 KB
13 Designing Infinite Impulse Response (IIR) Filters/107 Coding Creating a Type I Chebyshev lowpass filter-en.srt 7.0 KB
07 Fourier Transsform/067 Coding Computing the IDFT of an ECG signal-en.srt 6.7 KB
18 Representing Linear Time Invariant (LTI) )Systems in Python/142 Coding Creating a Transfer Function-en.srt 6.7 KB
13 Designing Infinite Impulse Response (IIR) Filters/110 Coding Creating a Bessel lowpass filter-en.srt 6.6 KB
20 Waveform Generation/150 Coding Generating a gausspulse-en.srt 6.4 KB
02 Python Essentials/012 While Loops-en.srt 6.3 KB
02 Python Essentials/008 Lists-en.srt 6.2 KB
07 Fourier Transsform/060 Introduction to Discrete Fourier Transform-en.srt 6.1 KB
18 Representing Linear Time Invariant (LTI) )Systems in Python/144 Coding Frequency response of a LTI-en.srt 5.9 KB
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13 Designing Infinite Impulse Response (IIR) Filters/106 Coding Creating a Butterworth lowpass filter-en.srt 5.8 KB
13 Designing Infinite Impulse Response (IIR) Filters/109 Coding Creating an Elliptic lowpass filter-en.srt 5.8 KB
03 Signal Statistics and Noise/021 Coding Computing the Signal Mean-en.srt 5.8 KB
11 Digital Filter Design/092 Designing digital filters using the spectral inversion method-en.srt 5.6 KB
11 Digital Filter Design/090 Time domain parameters-en.srt 5.6 KB
06 Convolution/047 The Output side analysis and the convolution sum equation-en.srt 5.5 KB
14 Designing Windowed Filters/125 Coding Creating the Barlett-Hann Window-en.srt 5.5 KB
13 Designing Infinite Impulse Response (IIR) Filters/105 Coding Computing the frequency response of a Type I Chebyshev Bandpass Filter-en.srt 5.4 KB
17 FFT Convolution/140 Understanding how the Overlap-Add method works-en.srt 5.4 KB
13 Designing Infinite Impulse Response (IIR) Filters/108 Coding Creating a Type II Chebyshev lowpass filter-en.srt 5.4 KB
03 Signal Statistics and Noise/020 Mean and Standard Deviation-en.srt 5.2 KB
18 Representing Linear Time Invariant (LTI) )Systems in Python/143 Coding ZerosPolesGain-en.srt 5.2 KB
12 Designing Finite Impulse Response (FIR) Filters/097 The Recursive Moving Average Filter-en.srt 5.2 KB
13 Designing Infinite Impulse Response (IIR) Filters/104 Coding Computing the frequency response of a filter-en.srt 5.1 KB
13 Designing Infinite Impulse Response (IIR) Filters/114 Coding Designing an FIR filter with a Kaiser Window (Part III)-en.srt 5.1 KB
01 Set Up/004 Installing Python packages-en.srt 5.0 KB
17 FFT Convolution/141 Understanding how FFT-Convolution works-en.srt 4.9 KB
07 Fourier Transsform/063 Calculating the Discrete Fourier Transform (DFT)-en.srt 4.9 KB
12 Designing Finite Impulse Response (FIR) Filters/095 The Moving Average Filter-en.srt 4.9 KB
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07 Fourier Transsform/071 The Frequency Response-en.srt 4.8 KB
11 Digital Filter Design/089 Information representations of a signal-en.srt 4.7 KB
15 Custom Filters/136 Coding Comparing the performance of different Scipy filters (Part I)-en.srt 4.6 KB
18 Representing Linear Time Invariant (LTI) )Systems in Python/145 Coding Computing the bode plot of a LTI system-en.srt 4.5 KB
18 Representing Linear Time Invariant (LTI) )Systems in Python/146 Coding Computing the impulse response of a LTI system-en.srt 4.4 KB
04 Quantization and The Sampling Theorem/033 The Bessel Chebyshev and Butterworth filters-en.srt 4.2 KB
14 Designing Windowed Filters/118 The Sinc Function and the Truncated Sinc Filter-en.srt 4.2 KB
07 Fourier Transsform/061 DFT Basis Functions-en.srt 4.2 KB
11 Digital Filter Design/085 Introduction to Digital Filters-en.srt 4.0 KB
07 Fourier Transsform/062 Deducing the Inverse DFT-en.srt 4.0 KB
03 Signal Statistics and Noise/026 Coding Developing the Signal Standard Deviation algorithm-en.srt 3.9 KB
09 Complex Fourier Transform/080 Comparing Real DFT and Complex DFT-en.srt 3.8 KB
14 Designing Windowed Filters/133 Coding Creating the Slepian and the Triangular Window-en.srt 3.7 KB
11 Digital Filter Design/088 Understanding the Logarithmic scale and decibels-en.srt 3.6 KB
01 Set Up/003 Using IDLE-en.srt 3.6 KB
11 Digital Filter Design/093 Designing digital filters using the spectral reversal method-en.srt 3.6 KB
13 Designing Infinite Impulse Response (IIR) Filters/115 The Single-Pole Recursive Filter-en.srt 3.6 KB
07 Fourier Transsform/069 Polar Notation-en.srt 3.5 KB
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04 Quantization and The Sampling Theorem/034 Comparing the performance of the Bessel Chebyshev and Butterworth filters-en.srt 3.5 KB
06 Convolution/057 Coding Computing the First Difference of a signal-en.srt 3.4 KB
14 Designing Windowed Filters/120 The Hamming and Blackman window equations-en.srt 3.4 KB
07 Fourier Transsform/070 Introduction to Spectral Analysis-en.srt 3.3 KB
14 Designing Windowed Filters/121 Designing the Windowed Sinc filter-en.srt 3.2 KB
04 Quantization and The Sampling Theorem/031 The Passive High-Pass Filter-en.srt 3.2 KB
04 Quantization and The Sampling Theorem/028 Quantization-en.srt 3.1 KB
04 Quantization and The Sampling Theorem/032 The Modified Sallen-Key Filter-en.srt 3.0 KB
10 Fast Fourier Transform (FFT)/082 Understanding the complexity of calculating DFT directly-en.srt 2.9 KB
04 Quantization and The Sampling Theorem/029 Nyquist Theorem ( Sampling Theorem )-en.srt 2.9 KB
06 Convolution/044 The Delta Function and Impulse Response-en.srt 2.9 KB
03 Signal Statistics and Noise/016 Nature of a signal-en.srt 2.9 KB
20 Waveform Generation/152 Coding Generating a sawtooth-en.srt 2.8 KB
14 Designing Windowed Filters/132 Coding Creating the Nuttall and Parzen Windows-en.srt 2.8 KB
05 Linear Systems and Superposition/041 Impulse Decomposition-en.srt 2.7 KB
03 Signal Statistics and Noise/025 Coding Computing the Standard Deviation-en.srt 2.7 KB
08 Complex Numbers/072 The Complex Number System-en.srt 2.7 KB
01 Set Up/002 Installing Python-en.srt 2.6 KB
05 Linear Systems and Superposition/040 Synthesis and Decomposition-en.srt 2.6 KB
13 Designing Infinite Impulse Response (IIR) Filters/116 Digital Chebyshev Filters-en.srt 2.6 KB
06 Convolution/054 The Running Sum and First Difference-en.srt 2.6 KB
01 Set Up/001 Downloading Python-en.srt 2.5 KB
12 Designing Finite Impulse Response (FIR) Filters/096 The Multiple Pass Moving Average Filter-en.srt 2.5 KB
05 Linear Systems and Superposition/042 Step Decomposition-en.srt 2.5 KB
03 Signal Statistics and Noise/023 Coding Computing the Signal Variance-en.srt 2.4 KB
11 Digital Filter Design/094 Classification of digital filters-en.srt 2.3 KB
14 Designing Windowed Filters/128 Coding Creating the Blackman-Harris Window-en.srt 2.2 KB
11 Digital Filter Design/086 The Filter Kernel-en.srt 2.2 KB
13 Designing Infinite Impulse Response (IIR) Filters/103 The Recursion Equation-en.srt 2.2 KB
08 Complex Numbers/075 Representation of Sinusoids-en.srt 2.2 KB
09 Complex Fourier Transform/077 Introduction to Complex Fourier Transform-en.srt 2.1 KB
06 Convolution/053 The Identity property of convolution-en.srt 2.0 KB
09 Complex Fourier Transform/078 Mathematical Equivalence-en.srt 2.0 KB
14 Designing Windowed Filters/130 Coding Creating the Hamming and Hanning Windows-en.srt 2.0 KB
08 Complex Numbers/073 Polar Representation of Complex Numbers-en.srt 1.9 KB
11 Digital Filter Design/091 Frequency domain parameters-en.srt 1.9 KB
05 Linear Systems and Superposition/037 System Homogeneity-en.srt 1.9 KB
08 Complex Numbers/074 Eulers Relation-en.srt 1.9 KB
14 Designing Windowed Filters/131 Coding Creating the Kaiser Window-en.srt 1.8 KB
05 Linear Systems and Superposition/036 Signal naming conventions-en.srt 1.8 KB
06 Convolution/043 Introduction to Convolution-en.srt 1.8 KB
04 Quantization and The Sampling Theorem/035 Information encoding Time-domain and frequency-domain encoding-en.srt 1.7 KB
08 Complex Numbers/076 Representing Systems-en.srt 1.7 KB
14 Designing Windowed Filters/126 Coding Creating the Barlette Window-en.srt 1.7 KB
07 Fourier Transsform/059 Introduction to Fourier Analysis-en.srt 1.7 KB
14 Designing Windowed Filters/127 Coding Creating the Blackman Window-en.srt 1.7 KB
11 Digital Filter Design/087 The ImpulseStep and Frequency response-en.srt 1.6 KB
05 Linear Systems and Superposition/039 System Shift Invariance-en.srt 1.4 KB
14 Designing Windowed Filters/119 The Blackman window-en.srt 1.3 KB
03 Signal Statistics and Noise/027 Signal-to-Noise ratio-en.srt 1.2 KB
06 Convolution/046 The Convolution Kernel (Part II)-en.srt 1.2 KB
07 Fourier Transsform/064 mysignals.zip 1.2 KB
10 Fast Fourier Transform (FFT)/084 mysignals.zip 1.2 KB
07 Fourier Transsform/068 Symmetry between Time domain and frequency domain -Duality-en.srt 1.1 KB
14 Designing Windowed Filters/117 Introduction to Windowed-Sinc Filters-en.srt 955 bytes
13 Designing Infinite Impulse Response (IIR) Filters/102 Introduction to Recursive Filters-en.srt 901 bytes
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07 Fourier Transsform/067 4-IDFT-ecg.zip 886 bytes
13 Designing Infinite Impulse Response (IIR) Filters/113 9-Butterwoth-implementation.zip 856 bytes
14 Designing Windowed Filters/123 10-fir-filter-implemetation.zip 840 bytes
09 Complex Fourier Transform/079 The Complex DFT Equation-en.srt 752 bytes
07 Fourier Transsform/065 2-DFT-magnitude.zip 683 bytes
06 Convolution/050 1-Convolution-v2.zip 653 bytes
05 Linear Systems and Superposition/038 System Additivity-en.srt 649 bytes
15 Custom Filters/137 11-filtfilt-vs-lfilter.zip 589 bytes
06 Convolution/048 mysignals.zip 588 bytes
06 Convolution/052 mysignals.zip 588 bytes
07 Fourier Transsform/064 1-DFT.zip 565 bytes
16 Designing Match Filters/139 4-Correlation-Match-Filter-Implementation.zip 556 bytes
12 Designing Finite Impulse Response (FIR) Filters/101 2-filtfilt.zip 553 bytes
06 Convolution/058 6-First-Difference-v2.zip 530 bytes
06 Convolution/056 5-Running-Sum-v2.zip 516 bytes
14 Designing Windowed Filters/128 3-blackman-harris.zip 509 bytes
10 Fast Fourier Transform (FFT)/084 fft.zip 507 bytes
03 Signal Statistics and Noise/019 11-signal-generation.zip 505 bytes
14 Designing Windowed Filters/125 1-barthan.zip 505 bytes
14 Designing Windowed Filters/133 15-slepian.zip 504 bytes
14 Designing Windowed Filters/131 12-kaiser.zip 502 bytes
14 Designing Windowed Filters/126 2-bartlett.zip 501 bytes
14 Designing Windowed Filters/129 6-chebwin.zip 499 bytes
14 Designing Windowed Filters/130 10-hamming.zip 498 bytes
14 Designing Windowed Filters/124 3-get-window.zip 497 bytes
14 Designing Windowed Filters/127 3-blackman.zip 497 bytes
14 Designing Windowed Filters/132 13-nuttall.zip 496 bytes
14 Designing Windowed Filters/132 14-parzen.zip 495 bytes
14 Designing Windowed Filters/133 16-traing.zip 494 bytes
14 Designing Windowed Filters/129 5-boxcar.zip 492 bytes
14 Designing Windowed Filters/129 7-cosine.zip 492 bytes
14 Designing Windowed Filters/129 4-bohman.zip 491 bytes
14 Designing Windowed Filters/130 11-Hann.zip 489 bytes
13 Designing Infinite Impulse Response (IIR) Filters/107 2-cbeby1.zip 468 bytes
13 Designing Infinite Impulse Response (IIR) Filters/109 4-elliptic.zip 468 bytes
13 Designing Infinite Impulse Response (IIR) Filters/108 3-cbeby2.zip 467 bytes
13 Designing Infinite Impulse Response (IIR) Filters/110 5-bessel.zip 467 bytes
02 Python Essentials/014 8-Dictionary.zip 455 bytes
06 Convolution/049 1-Convolution-v1.zip 454 bytes
02 Python Essentials/011 5-loops.zip 448 bytes
02 Python Essentials/012 5-loops.zip 448 bytes
03 Signal Statistics and Noise/018 mysignals.zip 441 bytes
06 Convolution/057 6-First-Difference.zip 438 bytes
12 Designing Finite Impulse Response (FIR) Filters/098 1-median-filter.zip 436 bytes
06 Convolution/055 5-Running-Sum.zip 429 bytes
03 Signal Statistics and Noise/026 3-Standard-Deviation-v2.zip 420 bytes
02 Python Essentials/010 4-Conditions-loops.zip 413 bytes
19 Interpolation/149 7-rbf.zip 413 bytes
13 Designing Infinite Impulse Response (IIR) Filters/106 1-butter.zip 408 bytes
19 Interpolation/148 6-UnivariateSpline.zip 406 bytes
19 Interpolation/147 5-interpolation.zip 394 bytes
18 Representing Linear Time Invariant (LTI) )Systems in Python/142 1-Transfer-Functions.zip 388 bytes
02 Python Essentials/009 3-operators.zip 382 bytes
15 Custom Filters/138 3-remez.zip 381 bytes
13 Designing Infinite Impulse Response (IIR) Filters/105 2-cheby1.zip 375 bytes
02 Python Essentials/015 7-Classes.zip 369 bytes
03 Signal Statistics and Noise/024 2-Variance-v2.zip 368 bytes
03 Signal Statistics and Noise/017 9-matplotlib.zip 365 bytes
06 Convolution/048 0-Examine-signals.zip 361 bytes
15 Custom Filters/135 4-detrend.zip 360 bytes
06 Convolution/052 3-Correlation.zip 344 bytes
13 Designing Infinite Impulse Response (IIR) Filters/104 1-freqz.zip 344 bytes
18 Representing Linear Time Invariant (LTI) )Systems in Python/143 2-ZeroesPolesGain.zip 342 bytes
02 Python Essentials/013 6-Function.zip 336 bytes
18 Representing Linear Time Invariant (LTI) )Systems in Python/144 3-freqresponse.zip 326 bytes
06 Convolution/051 2-Deconvolution.zip 325 bytes
18 Representing Linear Time Invariant (LTI) )Systems in Python/145 4-bode.zip 322 bytes
03 Signal Statistics and Noise/022 1-Mean-v2.zip 315 bytes
18 Representing Linear Time Invariant (LTI) )Systems in Python/146 5-Impulse.zip 309 bytes
02 Python Essentials/006 0-Hello.zip 307 bytes
02 Python Essentials/007 1-Variable.zip 307 bytes
03 Signal Statistics and Noise/025 3-Standard-Deviation-v1.zip 288 bytes
03 Signal Statistics and Noise/021 1-Mean-v1.zip 268 bytes
03 Signal Statistics and Noise/023 2-Variance-v1.zip 261 bytes
02 Python Essentials/008 2-lists.zip 238 bytes
Readme.txt 144 bytes

Udemy - Digital Signal Processing (DSP) From Ground Up in Python 2018-10

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