Very interesting. One thing I’m surprised by is that you can model these dynamics with repeated matrix multiplication in the observed space (pixels). Maybe I’m just used to Kalman Filters.. but I’d guess the first step is to assume some to-be-learn function that maps to a lower dimensional latent space.. and then there you apply repeated matrix multiplies. Very cool. These patterns are beautiful.. it seems repeated matrix multiplication is a lot more flexible than I thought
Clear and excellent presentation. A little typo on the slide shown at 17:10: you refer to MATLABs backslash, but what appears on the slide is an ordinary (front)slash.
Thank you so much. What a wonderful presentation. I learned about PiNN early this year from my mentor and I have been studying it in order to apply it in my research in Quantum sensing and Many body systems. I am Interested in how you applied it to Quantum physics, how did you deal with encoding the underlying physics prior of a system whose state is inherently probabilistic? For example in fermionic systems where measurement destroys the quantum state.
This message is for Steve Burton it is a pleasure to finally be able to leave a message I've been taking your class for The Last 5 Years online on RUclips Plus my professor Joseph George new physics with Joseph George his wife him and myself plus his son. We have a different Theory on dark matter. Dark hoes. We would like your expertise please? If you could look at what my professor is at in his research with him and his wife and son could you review it and if you could give us 2% more than what we had before yesterday would be fine thank you sir. I'm a theoretical scientist and a sophomore in Applied Mathematics which I enjoy the most is the implied mathematics.! Thank you so much just an old cowboy.:-)
Research groups making videos like these to explain their research should become standard procedure!
Very interesting. One thing I’m surprised by is that you can model these dynamics with repeated matrix multiplication in the observed space (pixels). Maybe I’m just used to Kalman Filters.. but I’d guess the first step is to assume some to-be-learn function that maps to a lower dimensional latent space.. and then there you apply repeated matrix multiplies.
Very cool. These patterns are beautiful.. it seems repeated matrix multiplication is a lot more flexible than I thought
Benjamin fue profesor mio en la FCFM , es impresionante que colabore en investigaciones de prestigio.
great advancement in data modelling , great presentation brother
Clear and excellent presentation. A little typo on the slide shown at 17:10: you refer to MATLABs backslash, but what appears on the slide is an ordinary (front)slash.
Thanks for spotting this! The slide is correct but I should have said "frontslash" (www.mathworks.com/help/matlab/ref/mrdivide.html).
R.I.P. Dr. Baddoo
Interesting idea and nice presentation. Thank you!
Hello, I would like to use this in my thermal project, but it also has a signal q that enters the system. Is it possible to integrate it?
Thank you so much. What a wonderful presentation. I learned about PiNN early this year from my mentor and I have been studying it in order to apply it in my research in Quantum sensing and Many body systems. I am Interested in how you applied it to Quantum physics, how did you deal with encoding the underlying physics prior of a system whose state is inherently probabilistic? For example in fermionic systems where measurement destroys the quantum state.
Nice lecture , @Steve Brunton sir waiting for LCS further lecture
Very nice presentation!
How DMD is useful to plot basin of attractor of a chaotic attractor?
RIP Peter Baddoo
Can you use a convolution instead of a circulant matrix?
Very elegant!
Sir can you please make a video on continuous and discrete dynamical systems. How are they related?
Read any introductory book like Strogatz.
This message is for Steve Burton it is a pleasure to finally be able to leave a message I've been taking your class for The Last 5 Years online on RUclips Plus my professor Joseph George new physics with Joseph George his wife him and myself plus his son. We have a different Theory on dark matter. Dark hoes. We would like your expertise please? If you could look at what my professor is at in his research with him and his wife and son could you review it and if you could give us 2% more than what we had before yesterday would be fine thank you sir. I'm a theoretical scientist and a sophomore in Applied Mathematics which I enjoy the most is the implied mathematics.! Thank you so much just an old cowboy.:-)
Was it a snowboarding class?
@@chrisw3327 No, it was a dance class