No frakking way, Lee.

What about the obstacle course?

So what? We've been on the move.

Block... block, block.

KT OK, OK, OK. Oh, my God!

simulated obstacle course for automobiles

Here's our familiar grid again.

learning to clearly communicate where you are in your progress, what your roadblocks are, and understanding that that's okay.

Obstacle courses, simulated missions.

Here is an example of where this occurs.

And we also use three laser range finders.

His loss of memory is a psychological problem rather than a physical one.

One is to use dynamic programming with a stochastic action function. You've learned this in the previous homework assignment.

I had a PhD student work on very narrow openings with smoothing where we used the distance between obstacles as one way to scale the pressure that obstacles would assert on the path to pull away from themselves.

What you'll see, in fact, is that it's using that half circle leg as a distributed foot.

The second node to expand was this one over here 1, 2, 3, 4, 5, 6, 7.

Deal unbreaker.

And has she?

Watch it go over this.

Now I didn't cheat. I didn't tell it that there's a straight path over here.

left, up again, and down again.

Ten fucking seconds. It should take you no less than 10 fucking seconds to negotiate this obstacle.

I am starting up over here. These are my obstacles.

Now in reality this is an underestimate.

That is precisely what we do today.

Now, what's really going on?

What's gonna stop me, huh?

My fault, Alan.

A small barrier is...

It's the same as the grid over here.

But here's what really perplexed me.

Get the fuck off of my obstacle.

Of firecrackers stand in our way.

Your mind is not here to think up all kinds of fancy things.

So that's something you have to keep in mind.

It's the number of malfunctions.

No to barrier walls.

Jumping to lightspeed, beginning calculation.

It takes 11 steps to go from here to here.

As you can see the maze is changing as the car moves.

We are not handicapped.

So what we've been doing in my lab is looking at these unique sensory specialists, the bats, and we have looked at genes that cause blindness when there's a defect in them, genes that cause deafness when there's a defect in them, and now we can predict which sites are most likely to cause disease.

What you see here is the character standing there, and there's an obstacle that we put in its way.

As dry leaves that before the wild hurricane fly,

Push your enemies away, but stay away from obstacles