Atlas, The Next Generation

The new Atlas is designed to be used outdoors and in buildings. It is designed for mobile operation. It is supplied by electricity and hydraulic pressure. It uses sensors on the body and foot to balance the head LIDAR and the stereo sensor to help avoid obstacles, evaluate terrain, navigate and manipulate objects. This atlas version weighs about 5 feet 9 inches (1 head short from the DRC atlas) and weighs 180 pounds.

In February 2016, Boston Dynamics released a YouTube video called "Atlas, Next Generation". The height of this video is about 5 feet 9 inches (175 cm, 1 head short of the original DRC atlas). In a new humanoid robot video, robots perform many tasks that are difficult or impossible for previous generation humanoid robots. In February 2018, SpotMini opened the door to another robot using the forefoot, but the advertisement video ranked first on YouTube and the follow-up video of the same month is over. The audience considers this robot "creepy" and reminding the various science fiction robots is not to abandon their mission. "

• Previously I wrote about a company called Boston Dynamics called Atlas. In this new demo, Atlas jumps to the box and creates a backflip. It is wonderful to think about what next generation Atlas can do. "Boston Dynamics" Atlas' robot is currently undergoing a completely inclined back flip. "As the manual manual era is over, we encourage everyone to start learning the Swift programming language. • As early as 2005 - 2010, the broadcast industry experienced a painful process of upgrading equipment from standard definition (SD) to high definition (HD). Today, TV stations are nervous due to extra cash and do not want to upgrade cameras, recording equipment, broadcasting systems, and antennas so fast to Ultra HD (UHD).

The combination of Amelia and Viv 's world, and other AI' s worlds that appear online, with Boston Power 's next generation Atlas predictive robot is a machine that can carry out all four types of work in the world. This means serious social reconsideration. Should a machine move in place of a person, should someone be forced to perform this task under the threat of poverty? The income itself is still linked to employment, so when finding that a lot of work is not fully available, is finding a job the only way to earn income? If the machine provides us more work without paying salary, where will the money go? What do you not buy anymore? Many of the work we create need not exist at all and can we only exist for the income they offer? These are the questions we need to start asking and they are very fast.