Digital Signal Processing

@UCf-VdHm0OyV_TKD5BU9yIXw - 10.3K subscribers

These are video clips of the Digital Signal Processing courses at the School of Engineering / University of Glasgow. I'm Dr Bernd Porr, lecturer in Electronics and Electrical Engineering + Biomedical Engineering / AI at the University of Glasgow. This course covers: - Signal processing with the Fourier Transform (non - causal signal processing) - FIR filters (causal signal processing) - IIR filters (causal signal processing) I use handwritten notes, design/simulate in Python and then provide you with the real implementation in C/C++. Check out github for the C/C++ implementations of FIR and IIR filters. Testimonial: "This was very well taught course. The video lectures were a fantastic idea. The content is very well explained and the clips with scripted explanations spare the time wasted in the classroom on handwaving and mistakes. There is a lot of chances to interact with the lecturer and ask about additional explanations and feedback during the laboratories and tutorials."

Home Videos Live Playlists

FIR design/windowing: Window functions in Python (0006,Py)

FIR design/windowing: Window functions in Python (0006,Py) Digital Signal Processing

131 views - 6 months ago

IIR high level design commands: Summary (0003)

IIR high level design commands: Summary (0003) Digital Signal Processing

526 views - 4 years ago

Adaptive FIR LMS filters: 50 Hz removal as an example in Python

Adaptive FIR LMS filters: 50 Hz removal as an example in Python Digital Signal Processing

11.7K views - 4 years ago

Adaptive FIR LMS filters: deriving the learning rule

Adaptive FIR LMS filters: deriving the learning rule Digital Signal Processing

3.5K views - 4 years ago

Adaptive FIR LMS filters: Introduction

Adaptive FIR LMS filters: Introduction Digital Signal Processing

8.8K views - 4 years ago

Sampled signals: Finite length effects of the Discrete Fourier Transform

Sampled signals: Finite length effects of the Discrete Fourier Transform Digital Signal Processing

1.5K views - 5 years ago

How to get the perfect sound for a zoom session or lecture? 20cm rule!

How to get the perfect sound for a zoom session or lecture? 20cm rule! Digital Signal Processing

392 views - 5 years ago

Using the visualiser to create an online lecture with zoom

Using the visualiser to create an online lecture with zoom Digital Signal Processing

1.1K views - 5 years ago

How to record online lectures with zoom (Basic)

How to record online lectures with zoom (Basic) Digital Signal Processing

220 views - 5 years ago

Fixed point IIR filters (Py): C++ filter demo (0003)

Fixed point IIR filters (Py): C++ filter demo (0003) Digital Signal Processing

3.2K views - 8 years ago

Fixed point IIR filters (Py): Calculating the coefficients (0002)

Fixed point IIR filters (Py): Calculating the coefficients (0002) Digital Signal Processing

4.7K views - 8 years ago

Fixed point IIR filters (Py): C++ implementation of the Direct Form I filter (0001)

Fixed point IIR filters (Py): C++ implementation of the Direct Form I filter (0001) Digital Signal Processing

4.8K views - 8 years ago

Fixed point IIR filters (Py): Introduction 0000

Fixed point IIR filters (Py): Introduction 0000 Digital Signal Processing

3.1K views - 8 years ago

Fixed point IIR filters (Py): Summary (0004)

Fixed point IIR filters (Py): Summary (0004) Digital Signal Processing

1.1K views - 8 years ago

High level IIR filter design in Python: Chebyshev (0002)

High level IIR filter design in Python: Chebyshev (0002) Digital Signal Processing

2.9K views - 8 years ago

High level IIR filter design in Python: Butterworth filter (0001)

High level IIR filter design in Python: Butterworth filter (0001) Digital Signal Processing

8K views - 8 years ago

High level IIR filter design in Python: Introduction (0000)

High level IIR filter design in Python: Introduction (0000) Digital Signal Processing

4K views - 8 years ago

IIR filter design: second order zero and poles combined (0003Py)

IIR filter design: second order zero and poles combined (0003Py) Digital Signal Processing

6.2K views - 8 years ago

IIR filter design: Type II IIR filter skeleton (004c)

IIR filter design: Type II IIR filter skeleton (004c) Digital Signal Processing

2.5K views - 8 years ago

Matched z-transform: 2nd order resonator in Python

Matched z-transform: 2nd order resonator in Python Digital Signal Processing

3.1K views - 8 years ago

Bilinear transform: frequency response (0003,Py)

Bilinear transform: frequency response (0003,Py) Digital Signal Processing

2.1K views - 8 years ago

Bilinear transform: complete design including pre warp (0005,Py)

Bilinear transform: complete design including pre warp (0005,Py) Digital Signal Processing

2.4K views - 8 years ago

Bilinear transform: complete design process

Bilinear transform: complete design process Digital Signal Processing

853 views - 8 years ago

Impulse invariance method: conclusion / problem

Impulse invariance method: conclusion / problem Digital Signal Processing

1.6K views - 8 years ago

Impulse invariance method: IIR filter implementation in python

Impulse invariance method: IIR filter implementation in python Digital Signal Processing

2.7K views - 8 years ago

Fixed point FIR filter: performance (0003b,Py)

Fixed point FIR filter: performance (0003b,Py) Digital Signal Processing

1.4K views - 8 years ago

Matched filters: Python demo detecting heartbeats (Py)

Matched filters: Python demo detecting heartbeats (Py) Digital Signal Processing

13.9K views - 8 years ago

Fixed point FIR filter: Fixed point example (0002,Py)

Fixed point FIR filter: Fixed point example (0002,Py) Digital Signal Processing

2.2K views - 8 years ago

Fixed point FIR filter: Fixed point theory (0001,Py)

Fixed point FIR filter: Fixed point theory (0001,Py) Digital Signal Processing

6.2K views - 8 years ago

FIR filter design by windowing: Kaiser window, python example (0001,Py)

FIR filter design by windowing: Kaiser window, python example (0001,Py) Digital Signal Processing

5.1K views - 8 years ago

FIR filter design by windowing: Kaiser window, theory (0000,Py)

FIR filter design by windowing: Kaiser window, theory (0000,Py) Digital Signal Processing

11.6K views - 8 years ago

FIR design/windowing: Scipy's firwin command (0010,Py)

FIR design/windowing: Scipy's firwin command (0010,Py) Digital Signal Processing

4.9K views - 8 years ago

FIR design/windowing: complete bandstop demo in Python (0004,Py)

FIR design/windowing: complete bandstop demo in Python (0004,Py) Digital Signal Processing

4.5K views - 8 years ago

FIR design/windowing: Frequency response in Python (0005,py)

FIR design/windowing: Frequency response in Python (0005,py) Digital Signal Processing

3.1K views - 8 years ago

bug FIR design/windowing: Window functions in Python (0006,Py)

bug FIR design/windowing: Window functions in Python (0006,Py) Digital Signal Processing

3.7K views - 8 years ago

FIR design/windowing: DFT example in Python (0008,Py)

FIR design/windowing: DFT example in Python (0008,Py) Digital Signal Processing

3.3K views - 8 years ago

FIR design/windowing: Using the DFT/FFT to design the filter (0007,Py)

FIR design/windowing: Using the DFT/FFT to design the filter (0007,Py) Digital Signal Processing

3K views - 8 years ago

FIR design/windowing: How many taps do we need? (0009,Py)

FIR design/windowing: How many taps do we need? (0009,Py) Digital Signal Processing

4.6K views - 8 years ago

FIR design/windowing: Summary (0011,Py)

FIR design/windowing: Summary (0011,Py) Digital Signal Processing

1.5K views - 8 years ago

FIR fillters: averaging filter (001/py)

FIR fillters: averaging filter (001/py) Digital Signal Processing

4.2K views - 8 years ago

DSP introduction -- Reconstruction theorem (#009, Py)

DSP introduction -- Reconstruction theorem (#009, Py) Digital Signal Processing

2.1K views - 8 years ago

DSP Introduction: coding (#004, Py)

DSP Introduction: coding (#004, Py) Digital Signal Processing

5K views - 8 years ago

Sampled signals: The effect of the freq sampling on the time domain (#005/000py)

Sampled signals: The effect of the freq sampling on the time domain (#005/000py) Digital Signal Processing

2.5K views - 8 years ago

Sampled signals: ECG 50Hz removal (#002,2python)

Sampled signals: ECG 50Hz removal (#002,2python) Digital Signal Processing

4.1K views - 8 years ago

Sampled signals: Plotting the frequncy spectrum (#006/1python)

Sampled signals: Plotting the frequncy spectrum (#006/1python) Digital Signal Processing

4.6K views - 8 years ago

Sampled signals: Fourier transform of a real valued sequence (#006/0python)

Sampled signals: Fourier transform of a real valued sequence (#006/0python) Digital Signal Processing

2.8K views - 8 years ago

Sampled Signals: Synthesising a square wave (#002/000c)

Sampled Signals: Synthesising a square wave (#002/000c) Digital Signal Processing

3.3K views - 8 years ago

Python/DSP: Introduction

Python/DSP: Introduction Digital Signal Processing

13.2K views - 8 years ago

Python help Digital Signal Processing

1.6K views - 8 years ago

Python Modules, part 1

Python Modules, part 1 Digital Signal Processing

1.6K views - 8 years ago

Python Number representation

Python Number representation Digital Signal Processing

1.3K views - 8 years ago

Python Lists Digital Signal Processing

1.2K views - 8 years ago

Python Conditionals

Python Conditionals Digital Signal Processing

930 views - 8 years ago

Python Arrarys Digital Signal Processing

1.1K views - 8 years ago

Python loops Digital Signal Processing

931 views - 8 years ago

Python functions

Python functions Digital Signal Processing

998 views - 8 years ago

Python modules, part2

Python modules, part2 Digital Signal Processing

1.1K views - 8 years ago

Python Classes Digital Signal Processing

1.3K views - 8 years ago

Python Tupels Digital Signal Processing

982 views - 8 years ago

Sampled signals: IFT of periodic signals (#002/000b)

Sampled signals: IFT of periodic signals (#002/000b) Digital Signal Processing

6.3K views - 11 years ago