Please do more videos! You are good at this. I have no significant math background, but I understood all of this! We need more teachers like you who can reach us normies with advanced mathematics!
It's been several years since I left academia and simplicial complexes behind, but TDA looks really interesting, and I'm so glad I watched this straight forward and informative video.
Praise for this really nice and clear video. However, could you keep on making more videos, especially on the advances of this area? I am on the verge of choosing a topic in statistics, and some great professor said this is the future, but I don't know whether I can handle these stuff.
Nice intro to a non topologist! Thanks! Although, can you please explain persistent homology and barcodes from the point of functional brain connectivity ?
Thanks for the video. Please i wanna application on real world data like breast cancer, finances .. usinf python can u provide me some ressources. Tank u in advance
Probably the easiest software to use to produce persistence barcodes is Ripser, github.com/Ripser/ripser. There is also a version of Ripser that runs in your browser at live.ripser.org/ .
This is what teaching is about, it's incredible how you explained such a complex concept in a very understandable way. Thank you!
Please do more videos! You are good at this. I have no significant math background, but I understood all of this! We need more teachers like you who can reach us normies with advanced mathematics!
Excellent introductory video on persistent homology. Many thanks for the links to the relevant papers.
Would absolutely love more videos! This was, hands down, the best video on TDA/persistent homology that I've ever seen
Thank you so much for this clear and motivating introduction to the topic!
Just attended a lecture from Gunnar Carlsson on TDA which went way over my head. This video has cleared some things up!
This video is great! I'm currently doing my master thesis on persistent homology and your videos help me a lot to understand it! Thank you!
It's been several years since I left academia and simplicial complexes behind, but TDA looks really interesting, and I'm so glad I watched this straight forward and informative video.
Excellent explanations. Thank you!
i cant find a better intro
bravo!
wow as a math undergrad taking only pure subjects this sounds really cool
Excellent delivery of concepts! Thanks a lot!
Oh my my so clearly explained! Short and robust! Thank you so much :D
The best explanation about PH ever
Thank you for the very clear explanations - I think you're a really good teacher :)
This video is abstract and soooooooo clear about the notions. Thank you!
Thank you so much for your great introductory video!
Your teaching is amazing
Simple and easy to understanding! Thank you!!!
Thanks for the introduction. That's very interesting!
Praise for this really nice and clear video.
However, could you keep on making more videos, especially on the advances of this area? I am on the verge of choosing a topic in statistics, and some great professor said this is the future, but I don't know whether I can handle these stuff.
Excellent teaching, thank you!
Fantastic explanation, thank you. Top notch.
Thanks for the great introduction!
Great Explanation!! Clear and concise.
very beautiful explanation.
Awesome introduction to the topic.
Nice intro to a non topologist! Thanks! Although, can you please explain persistent homology and barcodes from the point of functional brain connectivity ?
very interesting and very well explained
Excellent explanation
Thank you! You helped me a lot with my master thesis!
hello dear
can i take a copy from your thesis. of course if do not mind and if your complete your studies. thank your very much in advance
marwan.jameel@uomosul.edu.iq
Very understandable short video course.
Excellent explanations. Thank you
Thank you very much for good information's and fascinating explanation.
Nice presentation , Matt. To be clear , the persistent traits are those corresponding to the non-torsion part that remain through higher values of d?
Thanks for the video. Please i wanna application on real world data like breast cancer, finances .. usinf python can u provide me some ressources. Tank u in advance
This is amazing!
Great Intro to P.H!
Thanks, this was really helpful
excellent video! Tanks.
So clear!! Thank you!
Amazing video. Thank you.
Hi Matthew, I am an academic researcher, wonder can I have a copy of this slide for academic purposes? Thanks!
Thank you for the introduction, but what kind of software did you use to show the evolution of the simplicial complex?
excellent video
thank you very much!
Thank you so much! thats very helpful! What kind of software did you use to generate the barcode though?
Probably the easiest software to use to produce persistence barcodes is Ripser, github.com/Ripser/ripser. There is also a version of Ripser that runs in your browser at live.ripser.org/ .
is there a method to compare two persistance barcodes ?
Yes, there are various distances on persistence barcodes. Probably the most common is the bottleneck distance.
@@mlwright Thanks a lot for the quick reply.
i like your animations
what software you used to make the animation ?
PowerPoint and screen-capture software
@@mlwright May be I should have asked what software you used to systematically change ball size, view and draw persistance barcodes ?. Thanks.
@@milandoshi7640 All of that was done with the "Animation Pane" in PowerPoint.
We went to Messiah College together and lived on the same floor.
You're right, Eddie! Thanks for saying hi!
Awesome