[MUSIC]
>> TigerBot is a humanoid robot.
>> We were looking to build a humanoid research platform for different programs at RIT.
>> The project as a whole, it started in the research lab then went up through the college
and the university and the companies.
>> It started off with a robot that was about two feet tall.
Every year it's grown and grown, and the past three years we've been tackling the full-scale
humanoid, which is kind of a giant leap from what the previous years have been doing.
We built, from the ground up, a full-scale humanoid robot.
This year we focused a lot on trying to implement biomimetic design features.
And what that means is looking at how humans and other animals move and trying to replicate
that in a mechanical sense.
Because a lot of research has shown that that actually provides better control and lends
itself better to realizing a more human-like walking gate.
>> We are trying to mimic the biological systems of human beings and hopefully implementing
them on TigerBot and making sure that both intelligence and the controls are implemented
successfully.
>> Some of the examples of that are in our hips - the human hip is a ball joint.
What we've done is we've combined three motors.
And to replicate that exact range of motion, all three of those motors are oriented so
that their axes of rotation all intersect at one point.
And that one point becomes the center of our ball joint.
From now, doctoral students and masters students are going to take the humanoid robot and they're
going to work on walking gate algorithms.
What that will do for us is it's going to teach us how to make machines walk and move
more like humans.
As we learn from trying to replicate human motion, we're going to learn more about how
we can make improvements in prosthetics, in exoskeleton design and in regular old robots
that can help around the house or in business space or even in a factory floor.

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