Allen Shirley Gonzalez Charles Allen Eric

Wilson Angela Garcia Elizabeth Martinez Anthony

White Laura Perez Jose Clark Nancy

Gonzalez Jason Jones Deborah Thompson Timothy

Runolfsson Flat

Bradtke Islands

Hello Mr. Bachir El Khadir, I recently came across your channel and was truly impressed by your videos and your clear explanations. I've just started working with AI and am also using the Manim library (created by Grant Sanderson) to make animated explanations. I would really appreciate any advice you could offer, and I'm also curious to learn more about how you create your videos.

Hello Mr. Bachir El Khadir, I recently came across your channel and was truly impressed by your videos and your clear explanations. I've just started working with AI and am also using the Manim library (created by Grant Sanderson) to make animated explanations. I would really appreciate any advice you could offer, and I'm also curious to learn more about how you create your videos.

Hello Mr. Bachir El Khadir, I recently came across your channel and was truly impressed by your videos and your clear explanations. I've just started working with AI and am also using the Manim library (created by Grant Sanderson) to make animated explanations. I would really appreciate any advice you could offer, and I'm also curious to learn more about how you create your videos.

Balistreri Branch

Corbin Terrace

Harris Jennifer Harris Kenneth Thompson Richard

Lee Jason Perez Karen Jones Betty

Clark Joseph Young Elizabeth Johnson Jessica

Jones Donald Robinson Elizabeth Perez Anna

Clark Sandra Thompson Cynthia Walker Melissa

Thank you sir Loved it

thanks

I understood in 2 minutes what i couldn't in two hours. Thank you for such a great video!

Was that comment at the end what I thought it was 💀

what is the ita?

Thank you so much for this amazing effort

nice vid

Thank you. I have been searching all over for a video with proper explanation and a solved example.

Taylor Sharon Walker Nancy Moore Gary

If the goal is to determine the asymptotic stability of x_{k+1} = A x_{k}, can you not compute the eigenvalues of A (which is a simpler task)? Applying semi-definite programming here seems unnecessary?

Jackson Lisa Garcia Patricia Taylor Edward

Thank you

very smart. But I still need another video presenting differential to help understand the slope, opposite direction thing in 2D. But this is clear. Also I like the small step demonstration.

0:20 wrong, updates happen in opposite to gradient

I used linear regression in my forex bot!

you explained it well in two minutes. Thanks a lot

a version of 3 blue 1 brown . keep it up . well explained

I didnt get anything, really bad explanation

I'm so amazed by your contribution and dedication in your video. I just want you to know that your series help me a lot. Thank you. I admire your work.

Helpful for revising the topic :)

is there a mistake?

壓力大

Love the video!

i looooooooooove when the background music stops. it tells you to open your eye and focus your ear, a really important revelation is coming ....

This is an excellent explanation of this subject. Last year I took an Intro to Optimization course at my university and had to fight tooth and nail to get the grade I wanted. This trilogy has really increased my intuition on the subject and helped me better understand the more complex math behind KKT and other optimality math theorems which you omitted in this video. Thanks!

What an actual boss of a video

@Visually Explained, could you help me understand @8:26, why the Newton method can be written from xk - grad^2(f(xk))^-1 * grad(f(xk)) to xk- g(x)/ grad(g(x)) ?

Do you have a video for quasi newton?

hdj😂

summizaitok

The site isnt working could you please fix it

@Visually Explained, I need some help for 16:41, how did the grad(fx) + (-t)/g(x) * grad(x) turns to grad(f(x)-t(log(-g(x)))) ??

Great content

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