Sound quality is not very good. Here are some tips that will help: Use a good quality microphone. In LearnUpon, we use blue yeti microphones. They’re relatively inexpensive whilst also being high quality (here’s a guide on how to get the most out of them). And if you’re recording in a noisy environment use dynamic microphones. Choose your place of recording carefully, insulated from street noise etc. Turn off anything in the room that’s generating ambient noise, for example, a computer or air conditioning. We suggest sit in the room and make a short recording, when you play it back it’ll help you to identify any ambient noises. If you find there’s a low background hiss on your test recording try reducing the gain on the microphone a little. here’s usually a dial on the microphone itself. Get closer to the microphone, but don’t get too close! Extend your hand fully and the distance between your thumb to your pinky finger is about the optimum distance you should be positioned from the mic. Run a few test recordings to ensure you’re happy with the setup.
Link to "The joint distribution of stock returns is not elliptical": https://arxiv.org/abs/1009.1100
Extremely enlightening. The audio issue seems like an encoding problem. Might try transcoding the video to high-def and then uploading it. YouTube codecs seem to produce fewer artifacts on hi-def videos than on SD videos.
Thanks for doing this. It is very interesting.
Recommend books where we can read this stuff, Mr NNT. I don't know where to begin, but I surely want to learn.
Love this guy. Have an excellent whatever!
Please Dr. Press F5, and is could possible UpLoad the video with HD Quality because It's impossible understand the words... The Sound and THE video quality are really bad. Anyway I read and I a follower of you. Thanks for your books are really good. gab
I want to read the slides, but the video is very blurry, can you re-upload sir?
Thank you!
It's a shame that the video resolution is so low.
I think my cat understands tail risks more than I do...
One question Nassim , which I have not found a satisfying answer for till now , even in your latest book , is there an efficient way to measure correlations in a Talib-like correlations ? Though distance correlations does better job than standard linear ones , it does not reflect changes in cross higher moments like kurtosis and skewness ,is there a way / methodology to be able to predict with reasonable confidence level say at 90 percent changes in higher order cross moments ?
I think you mean ellipticity?? You're discussing the quality of the level sets of a distribution not being an ellipse.
@philoneill9865