Discrete

Discrete

He made a number of contributions to discrete math and ultimately, computer science.

Those values are discrete.

Al, for one, looks at much more discrete decision spaces with discrete variables.

Everything else was very discrete.

They are not discrete values.

Are you crazy? Be discrete.

It's more discrete and private.

And because there's a small number of discrete values, I would therefore treat it as a classification problem.

They are variant by discrete decisions,

Third, the domain must be discrete.

Let me talk about discrete versus continuous.

It does not take on discrete values.

You get two or three discrete locations.

This is called the Discrete Logarithm problem.

So that's a zero one valued discrete output.

So this is clearly a discrete random variable.

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

Is this a discrete or a continuous random variable?

Is this a discrete or a continuous random variable?

Is this a discrete or a continuous random variable?

We are now dealing with a discrete random variable.

They can only be applied to discrete state spaces.

Most of the time that you're dealing with a discrete random variable, you're probably going to be dealing with a finite number of values.

So is this a discrete or a continuous random variable?

So you see a maze with lots of discrete states.

This was Fizeau's solution to sending discrete pulses of light.

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

So once again, this right over here is a discrete random variable.

Is this going to be a discrete or a continuous random variable?

They can only be applied to discrete state spaces is clearly wrong.

Well, that year, you literally can define it as a specific discrete year.

We have discrete data elements we don't have a time function on them.

First, I'd like to know whether the state space was discrete or continuous.

It's little discrete that's spelled D I S C R E T E bits.

And these strands of magnetic field inside the superconductor, they come in discrete quantities.

We're going to go away from the discrete world and into the continuous world.

So the fundamental problem here is A is discrete, whereas the robotic world is continuous.

I could get you admitted right away, and the whole thing could be very discrete.'

The characteristic of classifcation is that the target labels or the target class is discrete.

While histogram filters tend to be approximate because the world tends not to be discrete.

With a discrete random variable, you can count the values. You can list the values.

We also attach a discrete short range communication radio, and the robots talk to each other.

That's my random variable Z. Is this a discrete random variable or a continuous random variable?