Відео

appreciate it!

RuntimeError: Trying to backward through the graph a second time (or directly access saved tensors after they have already been freed). Saved intermediate values of the graph are freed when you call .backward() or autograd.grad(). Specify retain_graph=True if you need to backward through the graph a second time or if you need to access saved tensors after calling backward. I took this error. (I am not using the same dataset). Thank you.

😮

Haha we have actually made an app similar to Parallel live (with agents) for a hackathon

thank u!

I have two questions : 1) I understand that this is multiplication free, with ternary weights being essentially additions and subtractions. However, it's still not clear to me if these additions and subtractions are performed on floating point numbers (presumably bf16). 2) I looked at the paper and I don't understand the relation between the MLGRU and the GLU. They seem to share a Wg matrix, but is it really the same ? Fig.2 in the article a matrix Wm is shown, but not in the equations of th eGLU. Very confused.

Looks like very interesting techniques. And great to see the team also looked at the potential implementation cost reductions from MatMult free. It will be interesting to see how this scales up to larger models.

Very cool, could you share the workflow and Notion notebook?

obviously you have to read the docstrings to do the Class LSTM(nn.module): part? ....no?

Ace is both highest and lowest in most games of poker and black jack.

Can you do high/low with suits and face_cards working with lists and tuples?

I know this an old video, would it be possible to change the code a bit to work with "Deck Builder" type game instead of just a standard deck

Nice and simple I like it.

Nice and simple Like it.

1:00 Yess, exactly the point: long system prompt + input.

hi! nice content 🤝

Thank you very much for your work! Helped me a lot!

nice!!

Bruh you're quick with it, but also straightforward. I like your style of teaching for sure!

why not for i in range(0, number): if i * i == number: print(i) much easier and you get the value of what number is the square root

What is the names of the algorithm used in here? Does it have a mathmatical name?

thank you for this! i'm working on a blackjack project for class and didn't know how to approach the deck of cards, this will help!

Sorry for misspelling your last name, @Yujian Tang

Hey Yujian, can we use a csv, instead of a json? To use as a file to store the information? @Yujian Jung

Really?

I managed to create a deck and to even shuffle the deck! Now I just need to figure out how to deal the cards out to multiple players and I'm one step closer to making a card game.

I have a question regarding the step n**2 <= num ; so I understood that this means that the prime factors of a number all exist less than or equal the square root of a number num. But in the case of num as 28 , it has a prime factor of 7 , and 7 squared is not less than or equal 28 , but somehow the code also worked and i got 7 included in the prime factors as a result. So does this code only checks prime factors less than or equal to square root of a number ? or did i get this wrong as somehow it also worked correct with 28; maybe this while statement only means that for n less than or equal square root of the number to divide num by n??

hi! great video! what extension do you use to color code everything?

if I do "while n <= num", I get the same result. Why should I do "while n**2 <= num"?

this is actually work! thank you!

recently came across this channel and I'm enjoying this style of content, many thanks!

Right now doing an assessment, this video really helped out.

Don't you use elif and else instead of 3 if statements?

Write a program by using class and methods to show winner if below scenario pass in deck of cards. King of Spade, Queen of Heart King of Heart, Queen of Diamond King of Diamond, Queen of Club King of Club, Queen of Spade Hint: Input should be two digit like (2,5), if 2= King of Spade and 5= Queen of Heart then person is the winner. can u help me with this scenario

cool

there is not enough link to githov so as not to copy the code manually from the screen to your computer. think about it in the future. the video also starts with some kind of vague start, as if I had to watch some previous videos before it, although it does not say that this is part 2 or something like that.

you are the best teacher I have ever seen !

Why do we need to intialize the hidden_states and cell_states of the lstm every training step?

nice, short and clear

Yo, dude keep going, keep creating videos like this i want to learn from you

*promo sm* 💥

First

Very nice video, I have a question about PCA If you train a model, let's say EigenFace, in OpenCV, and you want to use it to compare the trained model with an image, using PCA, how can you do that? Basically my doubt is comparing an Eigenfaces model with an image and the output should be the closes PCA image and its class

Its cool seeing someone use flask for a change! Cant wait for part 2 :)

Thanks for the vid good help for us beginners. Can I ask what is the empty card list for? Thanks!

how to do with a function?

Thanks alot!

Bruh. This is exactly what I was looking for. You the realist. Just found your channel and will be munching on your videos until finals are done.

lol you type so fast

Short & simple. Thanks