3 ms·
https://youtu.be/spUNpyF58BY?si=dM8J8Df5U7DTV9ls https://youtu.be/spUNpyF58BY?si=dM8J8Df5U7DTV9ls This is the definitive, the last Fourier transform guide you’
by gnarlouse 3y ago
https://youtu.be/spUNpyF58BY?si=dM8J8Df5U7DTV9ls https://youtu.be/spUNpyF58BY?si=dM8J8Df5U7DTV9ls
This is the definitive, the last Fourier transform guide you’ll ever need. It’s so intuitive and simple to understand. I watched this video *once* six years ago, and I can still rebuild the Fourier formula from memory.
If only this had been around during my digital signal processing coursework in undergrad.
- jameshart 3y ago3b1b’s video is excellent, agreed. But I also want to give a shout out to this video: https://youtu.be/ToMyB5Hk06w?si=yJLDbb82JireH4Q9 https://youtu.be/ToMyB5Hk06w?si=yJLDbb82JireH4Q9 It does a really solid job of building the intuition for the way the underlying mathematical machinery works, using ‘inner products’ as its mode of thinking rather than complex analysis - I think it’s a great complement to Grant Sanderson’s explanation and for some people I think it’s probably more useful.
- euroderf 3y ago> If only this had been around during my digital signal processing coursework in undergrad. I hear that. At my school the course in Fourier Series & Boundary Value Problems was better known to students as "Mystery Math". This because there was typically a single moment of enlightenment.. where suddenly... the entire content of the course became pud. If this moment of mathematical satori came before the final exam, you were in luck.