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| Humanoid robots from Boston Dynamics |
Boston Dynamics is known for its advances in the development of various forms of robotics. The company is currently developing Atlas robots. It appears in human form.
Atlas can jump, bounce, and even dance long distances over obstacles. His skills are shown in more than one clip posted by the company on the Internet, and these Boston Dynamics clips are usually broadcast.
The US company showed off its robotics skills in a new video that could take place on a parkour course. The clip garnered hundreds of thousands of views within hours of its release.
While all of these clips are interesting, one of the highlights of the company recently is a behind-the-scenes clip explaining how Atlas operates and how it performs these tasks, and this clip breaks away from the company in general. Because they just post the final score clip.
Humanoid robots from Boston Dynamics
Boston Dynamics is primarily a for-profit company. She is trying to use her technology and expertise in robotics. But this company is essentially a laboratory full of engineers and clients. They are generally more interested in innovation than finance.
It can be very difficult to coordinate your work and academic goals. Mainly because the company's ownership has changed more than once, from Google to Softbank to Hyundai.
The company recently launched more than one product, including Spot, a dog-shaped robot that can be used for multiple purposes, and Stretch, a wearable robot that relies on arms to move boxes and more.
At least the humanoid robot Atlas is not yet a commercial product. The company calls it a research and development platform.
It's not that human-like robots are unimportant. On the contrary, it can bring tremendous added value and benefit in most areas of daily life, but its development and design is very difficult.
Human-like robots, also known as legged robots, have skills that can make them an excellent target for military and military authorities, especially with unique skills such as strength, skydiving speed, bouncing back or simulating parkour.
Robots usually rely on simulation training and education. This is based on advanced software that allows them to simulate different conditions but without real physical exercise.
On the other hand, some robots require physical training, such as Atlas, and the company spends a lot of money on the training process. Since the engineering team will fix it right away in the event of a fall or trip to complete training, it will cost you more time and money.