Multiobjective optimization & the pareto front

[@theodoreomtzigt7145]

The UA-cam algorithm didn't do your content justice. This is such a nice and clean description of the Pareto front and MOOP that it should not have taken me days of searching to find it.

[@ericdelmelle9734]

thank you @Theodore

[@roo_g8019]

!

[@aleksandarhaber]

This is true. Great explanation!

[@aleksandarhaber]

Good explanation.

[@Snowmanver2]

Thank you so much, sir! The lecture is understandable and is extremely helpful for my studies. Highly appreciated!!!

[@ravencode5505]

Great explanation! Love from 🇮🇳

[@ZeckeD2312]

Excellently explained!

[@Badrovic-ti6pq]

Thank you so much !! finally understand it!

[@TheAric95]

I finally understand it! Thank you!!!

[@yuktikaura]

Great!

[@imadeddineaziez7585]

Very interesting, thank you !

[@ramahruday6219]

Thank you !

[@TechyonChronosx]

THANKS !!! 😇

[@DarkNevrozz]

Bien expliqué merci

[@ericdelmelle9734]

merci!

[@oO-es6xb]

Merci

[@kritsaphongphuthibpaphaisi1509]

Is it possible to apply DNN(Deep neuron network) to help solve this kind of problem?

[@ericdelmelle9734]

Yes

[@jeffreyeiyike122]

what are the pareto sets

[@sakiamagai2667]

I'm confused because if we multiply one objective by w and the other by 1-w, the line will be linear? If this is true, it will not a curve like how pareto frontier is supposed to be @ericdelmelle9734 could you please explain? I kind of tried it right now on my own and it turned into a linear line