5 ms·
https://ccrma.stanford.edu/~jos/ https://ccrma.stanford.edu/~jos/ Not much to say that Julius doesn't... open course materials for (almost) everything you migh
by i_am_proteus 2y ago
https://ccrma.stanford.edu/~jos/ https://ccrma.stanford.edu/~jos/
Not much to say that Julius doesn't... open course materials for (almost) everything you might need in audio processing.
- fxtentacle 2y agoGreat link, thanks :)
- planewave 2y agoSecond anything from CCRMA, the inventors of FM synthesis and still the one top programs in the country/world.
- worstspotgain 2y agoThirded! CCRMA and its people are awesome (way more so than the rest of Stanford.)
- anymouse123456 2y agoThis comment helped get me over the barrier to take a closer look...
- geokon 2y agoI've used it as a reference or to gain a different perspective on something I'm familiar with - but it's generally way too terse to learn from Ex: https://ccrma.stanford.edu/~jos/mdft/Bessel_Functions.html https://ccrma.stanford.edu/~jos/mdft/Bessel_Functions.html
- worstspotgain 2y agoThat doesn't look terse to me, though it does require familiarity with the subject. "The last expression can be interpreted as the Fourier superposition of the sinusoidal harmonics of [expression], i.e., an inverse Fourier series sum. In other words, [expression] is the amplitude of the k-th harmonic in the Fourier-series expansion of the periodic signal x_m(t)." Many of the concepts are hyperlinked for reference. With the required familiarity, I would much rather read this than something that took seven pages to get to the point - say by assuming that the reader is unfamiliar with a premise out of an abundance of caution.
- cozzyd 2y agoJulius is a national treasure. I learned immensely from his class and textbooks...