And that sequence was especially difficult.

It works in three steps.

This is what the K means algorithm does.

First step

Emile waiting Diego

And you're just left with x 15 35.

This 1 dimensional space of forward locations you're going to use as an example to explain every single step of particle filters.

But how can I push this through the column and into the flask?

The numerator has the same degree as the denominator.

When I met the guys, and 10 of them agreed to take cameras in total, 21 ended up filming.

So if you pick wrong, so if it's step one initial pick is wrong

The screen has been successfully grabbed.

And all that machine needs to do is output 'true' or 'false.'

They've taken Penny.

But anyway, let's get back to solving this.

like string constants or hypertext tags.

That's 300 million years per minute.

Put your pivot here, and use your pencil to draw the arc. You say OK, this point and this point.

Okay, everybody freeze.

Yeah, it's OK so...

The day before principal photography, the schmuck.

K Means is an iterative algorithm and it does two things.

I always get goosebumps every time I see it.

They've shot the engine.

But anyway, the probe took measurements of the atmosphere on the way down, and it also took panoramic pictures.

And indeed I did, it was the very first thing I filmed, which was awesome.

She knew that she was not going to stay at the English clergyman's house where she was taken at first.

Again, a prosthetic arm was built.

Tomorrow's the first of production.

The customer development process is actually a 4 step process.

It looks like Saturn because, of course, it is.

It's a first step.

No shooting.

Precalculus class.

You might take a minute to just verify this, but this is exploiting the conditional independence very much as in the first step I showed you over here.

Please hold still for your photograph.

So he's filming her now.

And I also photographed the gift bag they gave me when I left.

And the work had to hold up for almost the first hour of the movie.

Having this is the same thing it's just, you know, photographed from the side.

How do we go about debugging it?

Joining us today is the trip's official cameraman.

It's hundreds of feet high. It's enormous.

You know?

I've always wanted a picture of a 1,500 person TED audience.