Відео

Thank you so much!

How do you find Pareto line ?

Thank you for the perfect explanation. Can we call the last part as bayesian optimization, i.e. the combination of gaussian process and conditional probability mechanism?

that slack notification sound at 4:30 got me checking my slack 👀

Thank you so much! it has been helpful

00:02 NSGA-II helps find optimal solutions for multi-objective optimization problems. 02:34 Genetic algorithm uses survival of the fittest principle to find optimal solutions. 05:10 NSGA-II uses non-dominated sorting for population selection 07:49 Dominated sorting identifies individuals that dominate others 10:29 NSGA-II optimization involves finding different fronts based on domination count. 13:21 Non-dominated sorting results in sorted population RT due to its performance on target indicators. 16:04 NSGA-II optimization involves parent population selection and offspring creation 18:30 NSGA-II uses crossover and mutations in iterative process for optimization. Crafted by Merlin AI.

Video style looks copy of 3blue1brown channel🤣🤣

Excellent info. It works perfect. Thx a lot.

کیا آپ مہندس ھو؟ 😮

کمال کی ویڈیو ❤

Thanks!!!!

good explanation， thanks.

This is the first video I've watched about NGSA-II and also the last I need.🤩

Hello sir I run the code and faced to this problem please help me. #ModuleNotFoundError: No module named 'pymoo.model'

Hi! Könntet ihr mal was zum Thema KI Software machen?

非常感谢，讲解知识简单易懂，大师

Still useful today. Thank you.

Good video.

Can you plz make a video that how to take data from excel sheet and use it to optimize model

Умничка!

where is the code kharcosde?

very confusing wording around the part non-dominated sorting. not very clear

The non-dominated sorting algorithm/explanation kind of seems off.

If I'm not mistaken, your 1st example is not what you described as functions: when x1, x2=0, F1=0 and F2 =-8. Both F1 and F2 are ranging form -8 to 0....

What an amazing video! Saved me tons of time. Thank you :)

thank you its very helpfull until now...but it did not work with me..i got empty

encore merci j'avais bien galéré à l'installer sur windows docker va ma sauver la vie ... thank you again i had a hard time installing it on windows docker will save my life ;-))

Great video😊

Thank you for the great tutorial. In the code, you set "n_obj = 2", why there are two objectives? You only have one objective function "benchmarks.kursawe()"?

but im getting this output { "ok": true, "result": [] }, my result was empty, any allow settings me

Well explained!!!!

Hello, everything fine until pymoo.model.problem import Problem which returns me ModuleNotFoundError: No module named 'pymoo.model' any idea why?

Amazing! I am a beginner in this field and this helped me a lot with getting started. It would be very cool if you could make a video where you apply this to a more complex problem with multiple imputs.

Well explained, thank you. Just in case it doesn't show up in the suggestions, paretos follow-up to this video for hands-on BayesOpt tutorial is here. paretos - Coding Bayesian Optimization (Bayes Opt) with BOTORCH - Python example for hyperparameter tuning ua-cam.com/video/BQ4kVn-Rt84/v-deo.html

Thank you very much for your clear and concise explanation.

P r o m o S M

Thanks a lot for the Video. it was really good and well explained for each step. Do you have the second video which includes the multiobjective optimization coding by Botorch?

Thanks. Very helpful.

These are a life saver, (missed some classes, and your videos have been very helpful)

This was fantastic

This is great! Very straight to the point and easy to understand. Thank you!

incredible explanation, thank you

Thank you , this is great bro

Thanks for summarizing it all in such a short introduction. Grateful!

This was really helpfull for me in understanding GP thankyou so much for your efforts

Extremely valuable! There are few to no other resources out there on botorch or gpytorch. Thanks

Works great!

excellent, Thank you.

That's a pretty good explanation for complete beginners. Very helpful, thanks mate.

Very nicely explained, thank you 🎉