Discrete

At some level there are a couple differences in methods.

Or a test result that might have a continuous set of possible values.

Smoothing was the only planner that actually really worked in a continuous domain.

We can actually count the values.

Solomon Golomb.

These local rollouts are continuous trajectories.

Those values are discrete.

They scale quadratically with the dimensionality of the state space.

Euler by the way was a famous mathematician, Leonhard Euler.

In Unit 5 and 6 I'll dive into control.

You can see here that a right turn is being executed, followed by a lane shift.

It could be 9.58. We can actually list them. So in this case, when we round it to the nearest hundredth, we can actually list of values.

Temperature is a continuous value. Our base number would not be able to predict the temperature, it only can predict discrete classes.

Let me talk about discrete versus continuous.

As usual, you get a chance to program all these wonderful things.

This is the first value it can take on, this is the second value that it can take on.

Say, given 12, find the exponent 3 needs to be raised to.

Congratulations. You made it through my first motion class.

It's a continuous thing, because your steering is continuous, and time is continuous.

The Dúnedain the men of the West were scattered and few and beset by many dangers

And it's time for our mathematics curriculum to change from analog to digital, from the more classical, continuous mathematics, to the more modern, discrete mathematics the mathematics of uncertainty, of randomness, of data that being probability and statistics.

That is, we have to know the set of available actions to us.

While continuous and I guess just another definition for the word discrete in the English language would be polite, or not obnoxious, or kind of subtle.

Discretely of course, ma'm.

Let me draw in an abstraction of the state space, and discretize the states as shown with these red lines over here.

But any animal could have a mass anywhere in between here.

And this is how it's done.

You have discrete random variables, and you have continuous random variables.

Y is the mass of a random animal selected at the New Orleans zoo.

Most of the times that you're dealing with, as in the case right here, a discrete random variable let me make it clear this one over here is also a discreet random variable.

The exact, the precise time that you would see at the men's 100 meter dash.

Extinction

Go to Germany, find him. Brother's dead. The family is lost.

Typical cluster velocity dispersion are several hundred kilometers per second, even a couple thousand kilometers per second, for galaxies moving within the cluster potential well.

Narrator And here the histogram filter scores better.

Even though this is the way I've defined it now, a finite interval, you can take on any value in between here.

The fleet's beginning to break up.

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

Logistic Regression is actually a classification algorithm that we apply to settings where the

There is a number of very sharp turns over here that are just irreconcilable with the motion of a car.

It's 0 if my fair coin is tails.

And I want to think together about whether you would classify them as discrete or continuous random variables.

Our example so far was one of classification.

So here are the 4 concepts again partially observable versus fully, stochastic versus deterministic, continuous versus discrete, adversarial versus benign.