1. |
September 20
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Lecture: Introduction. Linear algebra and Matlab review. Polynomials and Taylor series. Euler's identity. [PDF]
Selected linear algebra resources:
- you own lecture notes from 11LA or a similar course
- free Czech lecture notes by Petr Olšák
- free English textbooks just randomly found and not reviewed:
- for videos, try Khan Academy, MIT OpenCourseWare, and similar, and consult also YouTube
Selected Matlab resources:
- search in webpages of lectures 11MSP, 11MAG (in Czech), or 20SK (in English)
- Czech text Jemný úvod do Matlabu a Simulinku (the initial part about Matlab is enough),
- books by Cleve Moler available from MathWorks web (in English),
- partially outdated Czech book by Pavel Karban Výpočty a simulace v programech Matlab a Simulink (Computer Press, 2006, 224 pp., ISBN: 978-80-251-1448-3),
- educational modules at UNSW a HIT (in English),
- Google "Úvod do Matlabu" or "Introduction to Matlab" and similar keywords,
- the same applies to YouTube, there is a plethora of video tutorials for Matlab and some of them are actually quite good.
Recording of the on-line session from 2020 is here. Recording of the session from 2021 is in your MS Teams and a copy will be available here.
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2. |
September 27
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Lecture: Vector spaces, signals, and images. Signal discretization, quantization and aliasing. Series and Fourier Series. [PDF]
Computer session: Signal discreatization and quantization. Fourier series. Additional resources: Matlab script, Jupyter/iPython notebook pre-rendered into HTML.
This lecture and computer session are self-paced. The accompanying video can be downloaded here (in Czech) and here (in English).
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3. |
October 4
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Lecture: Vector spaces of continuous and discrete waveforms. Discrete Fourier basis and Discrete Fourier Transform. Sampling. Aliasing. [PDF]
Computer session: Review of topics from Computer sessions 1 and 2.
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4. |
October 11
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Lecture: DFT of non-stationary signals. Short-Time Fourier Transform. Windowing and localisation. [PDF]
Computer session: Application of the DFT. Windowing. Spectrogram.
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5. |
October 18
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Lecture: Short-Time Fourier Transform. Spectrograms. Time- and frequency resolution. [PDF]
Computer session: The spectrum of a non-stationary signal vs. its spectrogram.
The flute signal for download: [WAV]
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6. |
October 25
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Lecture: Data processing review from 11MAMY: linear and logistic regression, regressor selection, regularization, logistic classification, discriminant analysis, principal component analysis, clustering [PDF]
Computer session: Statistical data processing review [PDF] Data archive [ZIP]
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7. |
November 1
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Lecture: Statistical data processing review: Classification. Bootstrap. [PDF]
Computer session: Data archive [ZIP]
Online by request. The session has been recorded and the recording split into part 1 (classification) and part 2 (bootstrap).
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8. |
November 8
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Lecture: Principal Components Regression. Partial Least Squares regression. [PDF]
Computer session: Data archive [ZIP] Soprano recorder samples for analysis [ZIP]
Online by request. The session has been recorded and the recording split into part 1 and part 2.
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9
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November 15
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Lecture: Introduction to Neural Networks [PDF]
Online by request. The session has been recorded and the recording split into part 1 and part 2.
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10. |
November 22
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Lecture: Convolutional Neural Networks MIT lecture slides [PDF] and video [YT]
Online by request. The session has been recorded and the recording split into part 1 and part 2.
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November 29
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Cancelled.
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11. |
December 6
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Lecture: Recurrent Neural Networks. Long-Short Term Memeory ANNs. Time series prediction. MIT lecture slides [PDF] and video [YT]
Computer session: Time series prediction using LSTM ANN.
Online by request. The session has been recorded and the recording split into part 1 and part 2.
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12. |
December 13
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Project consultations Assignments 5 and 6 [PDF] Assignment 7 [PDF]
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13. |
January 3
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Project consultations
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