Lebesgue Integration

[@skyinhellandheaven]

It's rare to see the algorithm recommend such valuable videos from not widely known channels; such a gem!

[@nililala6914]

Thank you so much. After having various lectures, this sums my lectures up beautifully.

[@tim-701cca]

For 59:00, it provides another way to compute. Since f(x)+f(1-x)=1 and I( f(1-x) ) =I(f(x)) , I(f)=1/2.

[@meriemmastouri118]

This video is amazing it has everything I need. Thank youu

[@divyanshvashishtha2974]

amazing

[@estebantapia1225]

This is pretty neat! Thank you!

[@estebantapia1225]

Subscribing with the hope of more :)

[@saraphinaforman]

@@estebantapia1225 I'm happy to hear you enjoyed it! I will do what I can.

[@francoiswessels8062]

Good presentation

[@artistalejhin6861]

I Am thankful, Algorithm

[@shadabali2302]

Very interesting video 👏 Are you a PhD student?

[@shegeley]

You are awesome!

[@InLogicalCoaching]

Hello I need ur help

[@prof.leonardoluizecastro8129]

3:56 - Infimum is the greatest lower bound of a set, isn't it?

[@saraphinaforman]

Yes, that is a typo. Thank you for pointing that out!

[@prof.leonardoluizecastro8129]

@@saraphinaforman Thank you for the presentation! It's very handy to have all that information in a single video.

[@saraphinaforman]

@@prof.leonardoluizecastro8129 I'm so glad you found it helpful!

[@adilaid4443]

very good

[@adamujohn2149]

I think there’s a mistake. Infimum is supposed to be “greatest lower bound”.

[@saraphinaforman]

yes you're right! it was a typo :)