Robot in sentence

863 examples of Robot in a sentence

No matter how you throw it, the robot recovers and comes back to him.

So one fundamental problem that the robots have to solve if they are to be autonomous, is essentially figuring out how to get from point A to point B. So this gets a little challenging, because the dynamics of this robot are quite complicated.

And so what the robot does, is it plans what we call a minimum-snap trajectory.

So this robot minimizes snap.

So these minimum-snap trajectories in this flat space are then transformed back into this complicated 12-dimensional space, which the robot must do for control and then execution.

And in the first video, you'll see the robot going from point A to point B, through an intermediate point.

(Whirring noise) So the robot is obviously capable of executing any curve trajectory.

So these are circular trajectories, where the robot pulls about two G's.

Here you have overhead motion capture cameras on the top that tell the robot where it is 100 times a second.

It also tells the robot where these obstacles are.

And here, you'll see Daniel throw this hoop into the air, while the robot is calculating the position of the hoop, and trying to figure out how to best go through the hoop.

So another thing the robot can do is it remembers pieces of trajectory that it learns or is pre-programmed.

So here, you see the robot combining a motion that builds up momentum, and then changes its orientation and then recovers.

So it has to do this because this gap in the window is only slightly larger than the width of the robot.

So just like a diver stands on a springboard and then jumps off it to gain momentum, and then does this pirouette, this two and a half somersault through and then gracefully recovers, this robot is basically doing that.

So his algorithm tells the robot what part to pick up, when, and where to place it.

So this robot is actually equipped with a camera, and a laser rangefinder, laser scanner.

The coordinate system is defined based on the robot, where it is and what it's looking at.

So I want to show you a clip of algorithms developed by Frank Shen and Professor Nathan Michael, that shows this robot entering a building for the very first time, and creating this map on the fly.

So the robot then figures out what the features are, it builds the map, it figures out where it is with respect to the features, and then estimates its position 100 times a second, allowing us to use the control algorithms that I described to you earlier.

So this robot is actually being commanded remotely by Frank, but the robot can also figure out where to go on its own.

I can ask this robot to go in, create a map, and then come back and tell me what the building looks like.

So here, the robot is not only solving the problem of how to go from point A to point B in this map, but it's figuring out what the best point B is at every time.

This is the first time a human has controlled a robot with thought alone.

And one day I came in and a woman who had lost a child was talking to a robot in the shape of a baby seal.

That robot put on a great show.

So during that moment when that woman was experiencing that pretend empathy, I was thinking, "That robot can't empathize.

And as that woman took comfort in her robot companion, I didn't find it amazing; I found it one of the most wrenching, complicated moments in my 15 years of work.

How do you take a robot and turn it into a field microbiologist?

This is all behavioral autonomy here that's being conducted by the robot on its own.

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