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

[@jjjlll4414]

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

[@stamatakisGeorge]

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

[@vijidianekannan]

Thank you ! I will check that out ...

[@SDon-wn8xb]

@@vijidianekannan You still have not corrected the error pointed out by George Stamatakis 5 years ago!

[@benjamintreitz1647]

@@SDon-wn8xb OMG how dare she not immediately follow the advice of a rando on teh interwebz!

[@SDon-wn8xb]

@@benjamintreitz1647 If the way you write is the way you think, then I'm not surprised. You see, writing is the finest form of human expression. Contrary to what you take for granted, writing requires the synthesis of all sensibilities, requires subliminal thought and cognitive processes. The final product is clear and concise articulated communication. Now tell me, what am I supposed to make of your attempt at communication that fails every measure of reasoning and intellect?

[@tejasarya]

@@SDon-wn8xb ;-)

[@jingyangzhang6222]

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!

[@henrikjohannesson3098]

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?

[@vijidianekannan]

+Henrik Johannesson Huh. I see that. I think when I first made these slides they were all regular capital letters and then at some point I must have changed the ones on the left to greek letters ... not sure why ... but did not change the ones on the right. Sorry for the confusion.

[@stamatakisGeorge]

Very good video by the way! Thanks.

[@wonjunlee5413]

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?

[@sauravgarg8500]

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.

[@vijidianekannan]

I am glad you liked it! Unfortunately, I made these so long ago now, I would have to find the slides, also not sure how to share them.

[@bnouadam]

impressed.very accesible.

[@LifeByChocolates]

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?

[@vijidiane]

Mark LaPolla yes

[@dlfiftyone]

Clear & good length. Typo @ 9:40 ?

[@vijidianekannan]

dlfiftyone yes, thanks, there is a typo; but it should be fixed by the pop-up-text-box?

[@LifeByChocolates]

Kannan & Veazie Typo at 9:20? Don't you want the intersection not the union?

[@vijidiane]

Mark LaPolla Yes, intersection. Weird, I thought I put in a pop-up box to point that out. Will have to try again. Thanks for all your input !

[@sochegeorge7962]

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

[@shahadatcufin]

Thanks !!!

[@1495978707]

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

[@vijidianekannan]

were you able to see the comment box about that problem? if not, then I need to figure out how to make it visible for everyone. Thank you.

[@1495978707]

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