16. Fourier Transform

[@bboysil]

Superb parallel between Laplace transform and Fourier transform. Absolutely great.

[@dragontai4]

Gosh, what a huge cliffhanger to end on! Excited to see next episode of Fourier Transforms season 1.

[@rajnishmishra453]

Bro they changed the character . Some dude named Laplace or something

[@jonahansen]

At 41:04 professor Freeman misspeaks, he means to say "as the width shrinks towards zero but the area doesn't change".

[@companymen42]

I may not be going to MIT, but I'm sure as hell getting an MIT, UC Berkely, and Cal Tech education, that is for sure.

[@MagnifcanceofSuits]

absolutely great lecture.

[@leobekayombo8087]

Could you please make the light brighter! Good stuff though... The things written on the board are not clear ,

[@Traw-ve7qf]

Thanks

[@andrewcgs]

I don't think my wallet is big enough to go to MIT....

[@zakaionyx6405]

@Casey Jaxtyn definitely, have been watching on flixzone for years myself =)

[@iamwill.ritchie]

im enough to go to MIT

[@debendragurung3033]

Who is watching this 2500AD and still feeling dumb?

[@AnupKumar-wk8ed]

Thanks Professor. This is a great video lecture.

[@libertydenied]

Just as a thought: Did you encode this video series using x264? Then you need to have another resolution as KZbin just places a deinterlacing filter over 480p-x264-videos making the sheets unable to read.

[@mitocw]

Looking at the source files (which SD DV files), the videos aren't much clearer. There are slightly more artifacts from the compression process (the files are h.264 but not with x264 but with MainConcept) and from KZbin (probably due to the re-encoding/ingesting by KZbin). If you having a hard time reading the slides, they are available on MIT OpenCourseWare at ocw.mit.edu/6-003F11 (as well as other materials.)

[@libertydenied]

***** Thank you! Yes the "rest" is due to more compressing from youtube itself. It just looked very familiar as I ran into this problem with my videos. Thank you for the slides! Helped a lot!

[@Vaibhav101]

+MIT OpenCourseWare I get a 404 on the slides section on the linked page. Maybe the link needs to be updated?

[@mitocw]

+Vaibhav Thanks for the note! We'll fix it.

[@videofountain]

The original pdf format documents are available from ocw.mit.edu. Then the crystal clear documents can occupy any portion of you HD computer screen and you can have more control over the documents.

[@doncarlos8836]

I dont thing they had Sinc function in ancient times

[@vaishnav4035]

Thank you Sir 😍

[@sk99gaming99]

can you share me the pdf?

[@mitocw]

You can find the materials on MIT OpenCourseWare at: ocw.mit.edu/courses/6-003-signals-and-systems-fall-2011/pages/lecture-notes/. Best wishes on your studies!

[@lucasm4299]

This is pretty confusing

[@hanyoungjung7012]

Im enough to go to community college. Hoo bebe~~

[@omarfaruquejahid8164]

Great

[@crane8035]

thsi aer wnodreflu

[@icee562]

42:04 engendering students hu ???? loooool

[@1972hattrick]

They just sit there and say nothing... Try must bell curve pass their courses