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Hey Watson, copyread.squarespace.colloquium

This is great

Simple and perfect!

Madam can a lqr controller track a sinusoidal signal?

An interesting overview -- thank you!

Hello Professor Hasler, At 5:10, you say "this is a rank of one". I thought that observability matrix was rank of four. What was meant by rank of one? Did you mean rank of four? Best regards, - Dominique Deveaux

Oh wow! I've got a BUNCH of YOURS to catch up on!! I'm totes familiar with these as circuit elements, i watch these to try n get my head round the Laplace stuff :)

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It would be amazing if you could create playlists of your videos

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I dont understand this, I thought shot noise 2qI is related to "junctions " or depletion regions. In MOSFET channel in strong inversion/saturation you dont have this?

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That's what I've been thinking for a while.

r u trans?

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Fantastic. Absolutely fascinating preview. Very forward looking. There is a growing need to implement analog versions of LLMs in inference mode. Useful intelligence emerges in 70 billion parameter and larger models of LLMs after weeks and months of training on thousands of GPUs. So then it remains beyond the reach of an individual to train their own LLMs. But fine-tuning is feasible. And so then I am very interested in how an LLM (with all of it's digital MLPs (multi-layer perceptrons) and attention mechanisms) can then be mapped to analog multipliers, adders, or more advanced neuromorphic solutions. I see your work as foundational in this area. My comment is wordy and rambling, but I will come back and refine it as I continue to learn more.

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Can anyone let me know where to buy this board?

can you pls share all the videos on the basics of floating gate transistor

*Chirp*

Good explanation

Thank you for this 4 minute video! I was struggling to understand what the motivation was for this topic.

sorry for the late comment, but how is the time constant calculated here to be 0.16 microseconds?

Is there anyone producing those FPAA on par with those you use at Georgia tech or would I basically have to build the chip myself if I want to learn how to use those?

Hi, Professor Hasler, thank you so much for your amazing and clear teaching on the concept of Euler formula! One thing: I think in the cos(theta)*sin(theta), as well as the sin(theta)^3 cases, the sign may have gotten flipped. I think they should be +sin(2*theta)/2 and 3sin(theta)/4 - sin(3theta)/4, respectively. Could you please double-check?

You seem very knowledgeable in the field. Cool video!

I came on a recommendation to your channel. Unfortunately, I don't see your playlists. It is not clear in what order to study the material. What hardware do you need to buy to study? Although everything looks very interesting. Thank you in advance for your feedback.