Were we able to get verbal confirmation?

This of course has two very clear implications for life in general.

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Consider state C4, which one is the optimal action provided that you can run around as long as you want.

He offered no specific explanation for his strange behavior.

Next problem.

Now, remember we looked at the two possibilities of E going first and revealing a strategy of playing one with probability P and two with probability of 1 P.

Layer after layer of legend, sport, details that resonate.

Thrun And here is our car network which we discussed at the very beginning of this unit.

There's some sort of a prior, of which we mean the probability before you run a test, and then you get some evidence from the test itself. and that all leads you to what's called a posterior probability.

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In the next video, we'll continue this discussion and we'll take a little bit about the types of random variables you can have.

Norvig Let's show an example of where a backwards search makes sense.

Why do this?

So one way to solve it is to have a big, complicated, nested if statement.

What we're going to see in this video is that random variables come in two varieties.

NT To my delight, I discovered I could visualize my inventions with the greatest facility.

He's awesome. He's so commanding. Yeah?

And now let me ask you another question.

We're showing the utilities to the player Max, and so tell me what Max's strategy is by putting in probabilities in these 2 boxes for his 2 plays 1 and 2.

(Applause)

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And it shouldn't just be a mechanical thing, and that's why I've gone through the exercise of showing you why they work.

This isn't always the case, different banks have different exposures to CDOs.

The problem with questions is they create uncertainty.

It's changing.

At least we have to understand a bit better what that means.

I don't know for certain when he will arrive.

Would you please check this matter with your bank?

Let's take this matrix and multiply it times another matrix.

But we don't lose in what we really care about, which is accurate guidance about what algorithms are gonna be faster than others.

But it turns out that it's true anywhere you go on the ellipse.

I am speaking here in the name of your parents and your employer, and I am requesting you in all seriousness for an immediate and clear explanation.

One of the key problems is that these robots have to decide what to do next.

Let me clear this and go to the next page, or go to another page.

It's so obvious we don't need proof.

And I want to be very clear here

And you do it kind of infinitely fast, but you do it enough to change the momentum of this in a well defined way.

And then we distributed this x times x plus two, and this three times x plus two, and simplify.

You probably have no clue what to expect for the standard deviation.

Maybe it really is happening. How else could you know so much?

Examination of the recipient's encryption preferences yielded that you be asked whether or not to encrypt this message. Encrypt this message?

You may expect me tomorrow.

It'll become very useful in the future when you're trying to write a computer graphics program, or you're trying to do an economics simulation, or a probability simulation, to say oh, I have this matrix that represents where different particles are in space, or this matrix represents the state of some type of game.

That's a technical term for a recipe of instructions that are unambiguous, executable, and terminating.