Atlas robot 2020
Atlas is a two-dimensional human robot primarily developed and monitored by Boston Dynamics, an American robotics company, funded and supervised by the U.S. Defense Advanced Research Projects Agency (DARPA). The robot was originally designed for a variety of search and rescue missions and was released to the public on July 11, 2013.
The design and production of the Atlas was overseen by DARPA, a U.S. Department of Defense agency in collaboration with Boston Dynamics. One arm of the robot was developed by Sandia National Labs and the other by iRobot. In 2013, Gilpratt, head of the DARPA program, compared the prototype version of the Atlas to a small child, saying that just walking, a 1-year-old would most likely fall ... that's where we are now. "
Atlas is based on the former Petman humanoid robot of Boston Dynamics and is illuminated by blue LEDs. With 28 degrees of freedom in its limbs, the Atlas can navigate rough terrain and climb independently using its arms and legs, but the 2013 prototype version is attached to an external power supply.
In October 2013, Boston Dynamics uploaded a video saying that the Atlas can withstand projections and is balanced on one leg.
Atlas robots programmed by six teams took part in the DARPA robotic challenge, testing a robot's ability to perform a variety of missions, including entering and exiting a vehicle, driving, opening a door, and activating a power tool. Various other robots also competed. The competition was inspired by the 2011 Fukushima Daiichi nuclear disaster and the winning team will receive a $ 2 million prize.
At the 2015 DARPA Robotics Final, IHMC Robotics' Atlas (named Running Man) finished second to the Korean team, Kaist, and their DRC-hobo robot, six minutes apart, completing the entire course course in 50:26.
Atlas, the new generation
On February 23, 2016, Boston Dynamics posted a video of a new version of the Atlas robot on YouTube. The new version of the Atlas is designed to work on both exterior and interior buildings. He specializes in mobile handling and is very good at walking a wide range including snow. He can spin and wheel the cart. It is electrically powered and hydrologically active. He maintains his balance using sensors in his body and legs, and uses LIDAR and stereo sensors in his head to avoid obstacles, to assess terrain, to support movement and to move objects, even when objects are moving. . This version of the Atlas is 150cm (4in 11in ft) tall and weighs 80kg (180lb).
What happened, Atlas? Edit
On November 16, 2017, Boston Dynamics posted an updated video for the Atlas Robot on YouTube. In this video, Atlas is shown jumping on boxes, turning 180 degrees and jumping backwards.
On May 10, 2018, Boston Dynamics posted an updated video of the Atlas Robot on YouTube.
On October 12, 2018, Boston Dynamics posted an updated video for the Atlas Robot on YouTube. In this video, Atlas is shown running while jumping over boxes.
On September 24, 2019, Boston Dynamics released another Atlas robot update video on YouTube, showing Atlas showing what looks like a gymnastic sport. The robot demonstrates the ability to perform balances, contours, and rotations all in a fluid sequence. Boston Dynamics says the robot has been trained using "new technologies that streamline the development process."
Atlas aims to assist emergency services in search and rescue operations, closing valves, opening doors, and activating motorcycle equipment in areas where people can survive.  The Ministry of Defense stated in 2013 that it was not interested in using the robot for offensive or defense wars.
During the 2015 DARPA Robotics Technology Competition, Atlas performed eight tasks as follows:
Drive a utility vehicle to the site.
Walk through the rubble.
Remove debris by blocking a door.
Open a door and enter a building.
Climb an industrial ladder and climb an industrial walkway.
Use a tool to drill a concrete slab.
Find a valve near a leaky pipe and close it.
Connect a fire hose to the riser and activate a valve.
The Atlas was released to the public on July 11, 2013. The New York Times describes the robot as "a clear example of how computers can push their legs and move around in the physical world," entering the long-awaited era of giant - fragile - humanistic robots. "A new species called robot sapiens is emerging," said Gary Brodsky, an artificial intelligence species.