The Linear Algebra of Fourier Transforms

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I should get a better mic.

more resorse:

Music:
Roundabout - Yes
Beneath the Mask - Persona 5 OST (Qumu Remix)
Counting Stars - Nujabes
Impossible - Lyla Foy

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What a nice interpretation! This is the "distance", which shall be covered between you learned the idea of Fourier transformation and its matrix operation for MATLAB.

BoZhaoengineering

Going by your explanation of convolution (Which to me was best intuitive way I found)... I request a similar explanation of Fourier transform for f & t domains.

johnangelo

Great video, finally made the whole concept of inner products of functions click!

pontusvangen

Please start a patron page we need more custom lectures from you my friend.

aayush_deo_ranchi

This is so good, so easy to understand, how come only 18 comments ? Should be 100+ positive comments, I wish more people find out this video

exoticcoder

My favorite Comp Sci professor predicted many years ago (32) that the people who improved the processing time of FFT would be millionaires.
I guess that if it is important enough to have a YT video thirty-two years later, then he was right.

terrymiller

nice video dude. I've watched it many times.

pewpewhuang

Top cool! This is seriously great shit. Hmm, where did I put Axler ...

sanjursan

Adjoint is the complex conjugate transpose of a matrix.

denischen

Great video!
Could you do a similar explanation of SVD?
Singular Value Decomposition(SVD) is one of the most widely used Unsupervised learning algorithms, that is at the center of many recommendation and Dimensionality reduction systems that are the core of global companies such as Google, Netflix, Facebook, Youtube, and others.
The other ‘eigenfaces’ explanations of SVD are not that helpful.
Thanks!

johnstuder