The lectures of Professor Brunton are outstanding from all points of view: fachlich, pädagogisch, organisatorisch and, why not, sprachlich (my first language is not English). For me, as a 78 old control engineer, your lectures are really a pleasure... Thank You very much for your knowledge, time and energy
such a great analogy with the periodic table to our current list of models and what kinds of problems they are good for solving. Look forward to the day that we have a nice lookup table, or even better, a NN that looks at our dataset and the problem at hand and gives us a list of potential models and how probable that they are the "best" model to choose for this problem.
But anyway thank you for your great class about NN. I have learned a lot after I configured the velocity to 0,75 and paused the video sometimes to think about what you have just explained.
If lets say we succeeded in pinning the behavior of neural networks rigorously, what do you think the "physical laws" of neural networks would look like? how can we write them down?
I often read social media comments about the evil things AI will do, and I think, "Other simpler methods can do that now. AI would just get in the way." Of course, telling them so is a waste of time. My recent interest is all the writers suing OpenAI over copyright. Again I think, "If the system is not trained with your intellectual property, it does not take your intellect into account, leading to possible bias." Telling them that is also a waste of time. (:
Huh it seems like people with science and engineering training can use their skills to make neural networks more systematic... like "making a science" out of it
![The moment we stopped understanding AI [AlexNet]](/img/1.gif)
The lectures of Professor Brunton are outstanding from all points of view: fachlich, pädagogisch, organisatorisch and, why not, sprachlich (my first language is not English).
For me, as a 78 old control engineer, your lectures are really a pleasure...
Thank You very much for your knowledge, time and energy
excited for Transformers lecture
yes
Thank you professor,
Best recap for beginners
Glad to hear it!
Finally a good channel for learning ai! RUclips is filled with opportunists and I'm glad to find this channel thank you so much
such a great analogy with the periodic table to our current list of models and what kinds of problems they are good for solving. Look forward to the day that we have a nice lookup table, or even better, a NN that looks at our dataset and the problem at hand and gives us a list of potential models and how probable that they are the "best" model to choose for this problem.
Very good and informative video as always. I Would really love to see more videos on this and if possible after this a series on CFD and/or FEA.
what do you think are the interesting things in computational fluid dynamics at the moment?
Thank u steve for continuing to make wonderful and relevant content
Steve thank you very much I follow all of your videos and books, big fan of you! I really enjoy how you explain, I’ve learned a lot.
But anyway thank you for your great class about NN. I have learned a lot after I configured the velocity to 0,75 and paused the video sometimes to think about what you have just explained.
Lol, I just typed 'convolutional neural network' into RUclips, and then, 3 seconds later, I received the notification about this video :D
Crystal. And needed. Suggests what the math might look like -- enough so to want to go on to the next installment. Thanks so much.
Excellent summary and explanation 👏🏻 Keep up the great work!
Thank you!
I am eager to learn more about deep autoenconder !
This serie is gold! Thabk you guus
Impressive explanation for such a hot topic
If lets say we succeeded in pinning the behavior of neural networks rigorously, what do you think the "physical laws" of neural networks would look like? how can we write them down?
Great one! I would also be interested in the thought of RNNs for CTR estimations for seasonality considerations.
So ready to dive into this series. Using the biological system analogy, what makes a learning model ‘smart’?Thank you Steve.
awesome video
Great lecture!
Really good
Got the jist of Neural Nets
Great vid, tx.
manifold; i just learned i need to learn a lot
Can the model parameters be the weights themselves?
Thanks for the excellent explanation. Can you share the information about your book that you mentioned in the video?
Thank you very much
You're welcome!
For people who build neural networks, where do they get the data from? are there special repositories that provide datasets?
Sir, please also try to make videos on neural operators.
@eigensteve.
How about creating a new playlist for this Machine Learning Primer ?
Thank You for your consideration.
Hi Steve what level of math do I need to read your engineering mathematics book. Seems like calc 1-3 and lin alg?
Is it new tutorial and video or it’s the earlier version?
Please which logiciel do use to do your presentation like that
I often read social media comments about the evil things AI will do, and I think, "Other simpler methods can do that now. AI would just get in the way." Of course, telling them so is a waste of time.
My recent interest is all the writers suing OpenAI over copyright. Again I think, "If the system is not trained with your intellectual property, it does not take your intellect into account, leading to possible bias." Telling them that is also a waste of time.
(:
Where can we get these slides?
basically nested giant 'if-else'
Not really… more like routing tables based on computations.
Huh it seems like people with science and engineering training can use their skills to make neural networks more systematic...
like "making a science" out of it
Why does he talk so fast? We have no time to make any thoughts about anything. I had to slow the speed to understand better.
I listen to him at 1.5x and pause when I want to think.
@@andromedagalaxy269 You mean 0,5x.
no I actually meant 1.5x. When he talks complicated logic then I pause, to give my brain some time to think.
@@andromedagalaxy269 Ok.