Change in y, change in y, over change in x, is equal to we take the first y point, which is 3.

What this rule gives us is a method to adapt our weights in proportion to the error.

What's changed to get there?

One of the problems is coming up with the right target.

Default value

There's not a lot of science behind that one either.

Reset to default value

So that's the change in y over, and we take the first x point.

I want to use the cost function of 1, so each step costs you exactly 1 for now.

Reset all items to their default values

There are many experts who can help answer Harriet's question.

Our goal is to make it so that the improvement we make is so much what you wanted and fits so cleanly into the flow of what you are looking for that you almost don't notice that it's happened.

I share your goals.

Range 014.

Whose house are we doin'?

You're sick! There's the target.

They're armed.

Where is...

Where's the target located?

They don't obsess over their differences.

From the very beginning, we started by talking to manufacturers.

Give me the subject's location.

We just took 3 minus 1.

Target position

Weapons are locked.

Target acquired.

Target Identified

Got eyes on two targets.

Number to be normalized

We always imagine that as our x axis.

I think it's time for us to apply them to water.

What's the goal here?

Other countries come with different things.

(Laughter)

TASTY's goal in 2013?

Ruby I think we just did. Ruby

Range, 5000 meters.

This is about Daniels, not Nicky!

Target in sight.

Aim at 475. 075 to the right.

40 kilometers to beacon.

10 kilometers to beacon.

5 kilometers to beacon.

What's the target?

Any idea what the next target is?