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A robot with artificial intelligence and balloon shape, nicknamed "flying brain" and trained to interact with a German astronaut, took off on Friday to the International Space Station (ISS) aboard the ship Dragon. , from the company SpaceX .
At 05h42 Florida time (09:42 local) took off from Cape Canaveral the Falcon 9 rocket in the fifteenth SpaceX refueling mission
The Dragon capsule, integrated into the Falcon 9 rocket , carries 2,700 kilograms of equipment and is part of SpaceX's contract with NASA for approximately $ 1,600 million.
LIVE NOW: Listen to the members of the team's launch after the launch of SpaceX #Dragon earlier this morning, carrying science and supplies to the International Space Station. Watch at: https://t.co/ZuxLDtRxxM pic.twitter.com/dCwmdKN0k9
– NASA (@NASA) June 29, 2018
The first phase of the launch had place without problems until Dragon separates from the rocket, after about ten minutes, and deployed its solar panels. On Monday, July 2, he must reach the ISS, 400 km above sea level.
This is not the first trip of this rocket or cargo ship: in 2016 Dragon has was launched in space, and two months ago The same rocket was used to put a NASA satellite in orbit.
"A Historical Experience in AI"
A key piece of material that Dragon wears is a device the size of a basketball called CIMON (the English acronym for interactive mobile companion of l & # 39; crew).
Manfred Jaumann, director of Airbus, baptized "flying brain" .
Activation of CIMON Christian Karrasch, project director at the German Aerospace Center (DLR) on Thursday, said that "CIMON was formed to recognize the" historic moment "because it will be the first robot of this type to interact with people in the space .. voice and face of Alexander Gerst, a 42-year-old geophysicist from the European Space Agency
Floating in the eyes of astronauts, CIMON can detect with their camera frontal if the person in front of them is really Gerst or someone else.It was also designed to interpret the emotional state of Gerst.
It has more than ten propellers that l & # 39; 39, help avoid stumbling by floating in the Columbus module of the Space Lab.
Although the six crew members can speak CIMON (which is designed to communicate in English), has been trained to work better with Gerst.
The main purpose of this It will demonstrate whether this technology works, because the robot must be able to guide Gerst in several procedures, including showing photos and videos if necessary.
Gerst may also ask him questions beyond the mere procedure in question.
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