It has no preference whatsoever. That is really the result of moving many, many times.

Wow, wow!

The answer?

Two answers? There may possibly be a third alternative.

Show it to you mathematically instead of this

And this isn't really going to be a finance video.

To write this out slightly more formally or to write this out in math, I'm going to interpret my hypothesis output as P of y equals 1, given X parametrized by theta.

How did we design the algorithms to do this?

Once you've done that, then there's the computation step.

With that we already solved the problem.

Are, the, the mathematical underpinnings of.

8 and 13.

Wrong!

Burning lots of midnight oil.

I'll be happy to check the math, but numbers don't lie, Penny.

This is a book on Optimal Transport, it is a problem involving mathematics, engineering, probability and geometry everything that was said.

And, once again, this is very important.

2 4 is the same thing as 1 2.

So finally, let me give you a actual mathematical definition that you could use to do formal proofs.

It sounds a lot like a Costas array.

Okay. So that's the cost function.

So we tackled the more complicated case.

Prev

And we'll understand that a little bit more in the future.

Here is a simple mathematical simulation of this from N. Wright.

These are just a few examples.

What could we do mathematically to either one of these equations (but we will focus on this one)

Music is a mathematical language.

In fact, what we ought to do is take a page from their playbook, because the initiatives and programs that have been set in place for women in science and engineering and mathematics are fantastic.

Turing's machine was entirely theoretical.

I think that's the main point to be made.

So that is how we would set up.

We have well motivated candidates for the dark matter.

One quarter and two quarters in each group.

It's quite beautiful because somehow, this is a gorgeous moment for design.

And the beginnings of the field were in artificial intelligence, imagine processing, and in pattern recognition.

And of course these aren't functions.

Theoretically, I'm doing math.

And then and only then, we throw down that mathematical structure.

So it's very physically easy for us to imagine.

Derivatives

And that's where I work.

This doesn't really make sense what we would do with this.

He is terrible at math.

That's where it gets more complicated.