Відео

0vO, with the same votes, can we just pick the one that is farthest from hyperplane?

Good explanation, thank you !!😀

Thank you sir

Hi, I can see this Salesmen Travelling Problem is symmetric, i.e., the distance matrix is symmetrical, the distance traveled between two points is the same. By the same way, can I proposed the pheromone travelled between two points in this problem be the same? i.e, the pheromone matrix is symmetrical in the Salesmen Travelling Problem? Will this through affect the solution?

always nice to learn a thing or two from elon musk.

Good video. Where are your sources from? So i can counter my prof the next time his ass ask where do i get my algorithm lol

Wow that is really clarifying a lot of things in one place. Very greatfull!

Amazing video, thanks for sharing this valuable content, what are the advantages of the encoding/decoding process? Performance?

Sir please explain, if the original path chosen for each ant in the beginning is through transition probabilities and if yes how, or if it is random

Hello sir, How can we define the optimal theta ?

Many thank for six part videos. Great job!!! BUt I have a question? Could you tell me what't the different between the Part6(ACS) and Part5(ACO) video?

Hi , its great. how can we access to your notes?

支持

Awesome content !!! Thank you

Prof Lam, At 11:50 for the AS method: why the contributions from ant 1, 2 and 5 are 1/15? Would you please elaborate on this? Should they be the same as SACO (1/35, 1/55, 1/40)? Thank you.

Super helpful video, thanks heaps : )

I did not understand are hidden layer input weights "c" and centroids we choose "c" the same "c"?

how did you manage to put on ads, while you are only having 665 subscribers

Professor please help in Stability analysis of closed loop TS Fuzzy system. Please provide your email I'd

Dear Professor, could you please teach something about T-S fuzzy systems?😍

Thank you professor

How can u check the convergence of this method

What is the stopping criteria of this method

layhfdk a3chiri

best explanation of multiclass classification using SVM, thanks Prof. Lam.

Looks like not a lot of people study these though

Amazing resource, really!

Great video, thank you for sharing it

What is the end of this method?how do I get to know the answer?

Hi, you have to do NES and CMA-ES, that'd be perfect.

beautifully explained, thanks.

Hi, awesome lectures, going through them, quick and dirty nicely explained, thanks.

Excellent video..one question though, on the mobile robot doesn't the error angle have a polarity as well as a magnitude?

Thanks for the video, well explained!

thank you sir

Your Nelder-Mead Algorithm works very well Which source (paper, books) do you use for this video? Thank you

Could you upload the slides for the module if possible please

Would it be possible for you to upload the tutorial questions and solution pdfs for this module in a Google drive folder and share the link?

This is very well done. Thank you for the clear explanation.

This is awesome, but I have a question, on the slide at 3:50 what does lambda[i] represent?

thank you

Hi sir ,how can I download slides, because the link don't active

Very helpful!

Hi from TU Kaiserslautern, Germany. Writing on my diploma thesis. Very thankful for your videos! Pretty much some of the best explanations to actually be able to write code for yourself at home in any language. Thank you!

Why we Use RBFNN for approximate unknown functions in nonlinear systems?

thank you sir for giving clear explaination

Great video. It helped a lot to implement the algorithm in the context of machine scheduling.

Thanks