I was impressed with this video of robot parkour. It's all the more amazing because they're still top-heavy, so the balance protocols have to work extra hard to compensate.
At the bleeding edge of robotic development, it doesn't matter how often they fail, it matters what they can do at all. The Kittyhawk flight lasted only a few seconds.
Look at the development of the cheetahbot -- it started out tethered and running on a conveyor belt, doing random jumps, which was impressive. Now it runs free around the campus, climbing steps, wading through leaves, and doing backflips.
Once you've built a robot that can do something challenging on occasion, it's all about refinement: figuring out how it succeeds and why it fails, then tweaking the hardware and software to improve reliability.
(no subject)
Date: 2021-08-19 03:03 am (UTC)Fixed!
Date: 2021-08-19 03:10 am (UTC)Re: Fixed!
Date: 2021-08-19 01:13 pm (UTC)(no subject)
Date: 2021-08-19 11:09 am (UTC)There's also a 'behind the scenes' video of them failing... which honestly makes it more impressive.
Well ...
Date: 2021-08-19 07:53 pm (UTC)Look at the development of the cheetahbot -- it started out tethered and running on a conveyor belt, doing random jumps, which was impressive. Now it runs free around the campus, climbing steps, wading through leaves, and doing backflips.
Once you've built a robot that can do something challenging on occasion, it's all about refinement: figuring out how it succeeds and why it fails, then tweaking the hardware and software to improve reliability.