Measure Theory for Applied Research (Class.3: Measures & Measure Spaces)

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Excelent videos they provide very clear aproach to the measure theory that is quite often complicated so much with all the mathematical jargon.
Your videos are pristine clear.
Thanks

jjjlll

Thank you SO much! Your explanations are so clear and comprehensible! I have had trouble understanding the concepts of measure theory and you have made it so clear!

jingyangzhang

At 9:34, -μ(β U θ) should be changed with -μ(β intersection θ)

stamatakisGeorge

I really like this video series. Clean and easy explanation. I aw quite a lot of other series such as optimization. However they were not opened. Is there any way to see other series of video?

wonjunlee

Thank you very much for posting these videos Viji! I was trying to find something like this from almost a week now. If possible, could you please share the slides used.

sauravgarg

Lectures 1 and 2 really good. This one however is really confusing

sochegeorge

The slides to the left starting at approx. 4:25 use the Greek letters to denote the sets,
whereas the text on the right refers to them by capital roman letters. is there
a difference between e.g. set A and set α?
Then again the slide at 7:28 uses λ for the set in the picture and "set E" in the text, any important difference i am missing?

henrikjohannesson

Are you also getting into signed measures in this video series? Just wondering because if not shouldn't you say R+ as your range? Just wondering. OK. Never mind. You restrict R at 1:39. You're talking about a Lebesgue measure then?

LifeByChocolates

Clear & good length. Typo @ 9:40 ?

dlfiftyone

You used the symbol for union instead of intersection at 9:34

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