You know, once again, I'll give you a few seconds to think about that.

So minus y squared.

Because it was the next step.

OK, so we don't even have to look at step 1.

You have to grow and explore and take risks and challenge yourself.

So that's wrong.

And so the next step is Step Il.

But let me show you how to work this device.

I love spoken word. I will keep coming back week after week.

I could trade it just like I could trade a share of IBM or

I've lost my crown.

Then we look using reflection, for example to find all of them.

Step Speed Run the program one step at a time

(Laughter)

(Music) (Applause)

I was born on the Steppe...

We brought these guys together and we started to try and solve this.

Generate a series from'start 'to'end' and for each step add the value provided in step. This creates a series where each value is'step 'larger than the value before it.

We even derived it mathematically, and you were able to write a computer program that implements this step of the Kalman filter.

To make this into a heap, we have to swap it with the smaller of the children 13.

They do the simple mathematics, averaging, etc., etc.

Their parents are so poor, they have no resources to get them back.

Let's see how this works.

So what if I had written it as so my unit step function's at zero initially, so what if I make it 2 minus a unit step function that starts at pi?

I've lost my filling.

I've lost a filling.

And what do we need to guarantee that?

Once that concludes in about log in time, we've got our self a heap again. We're back in business.

His pen becomes a machete, slashing ands, thens, becauses.

Learn to multiply, thickening in places ...

I see now a 15 over here for this maze where you have to go down,

We know it's somewhere there.

So Search Inside Yourself how does it work?

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

Now I can divide my spoken word journey into three steps.

One time step later, you see it over here.

We're already used one step going from destination to node.

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.

There was one missing step in this video which is, why is it that the optimization problem we wrote down on these slides, how does that actually

So now, all the remains to complete the Merge Sort is to take the two results of our recursive calls, these two sorted elements of length 4, and combine them to produce the final output, namely the sorted array of all eight of the input numbers.

So end up taking, you know, it's like a baby step

If obstacles, for example, look like this then from here it takes you more than 9 steps to get to the goal.

Step right in, thank you.

And so given that, in the last video I showed you that if we have to deal with the unit step function, so if I said,

JavaScript Client Library.