NASA’s Perseverance to Cover Longest Distance in a Single Month Using Artificial Intelligence
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Using artificial intelligence, the perseverance of Mars Rover NASA tried to travel a more than one month than the previous Rover Mission officials said that six-wheeled scientists were on a 5 kilometer journey which began March 14 and was full of sand, crater, and sharp stone fields.
The trip will take perseverance to ancient river delta, 40 meters high in Jezero crater, where a lake has billions years ago and held signs of past microscopic life “Delta is very important so we decide to minimize science activities and focus on driving to get there faster,” said Ken Farley of Caltech, Project Scientist perseverance, in a statement.
“We will take a lot of Delta images during the drive. We get closer, the more impressive the pictures,” he added The science team will look for these images for the stones that will eventually learn with closer details using the instrument on the perseverance arm.
To get there, the Rover depends on the self-driving autononv system, with the ability to “think while driving” – allows perseverance to take and process images while traveling Rover then navigates based on the images. Mission officials say it checks whether the rock is too close or whether the rover wheel will slip.And unlike its predecessor, perseverance has an additional computer dedicated fully for image processing. The computer depends on a single microchip, super efficient called a gate array that can be programmed with a good field for computer vision processing.
Furthermore, perseverance has a more sensitive understanding of the field and can overcome large stones “When we first saw the Jezero crater as a landing location, we were worried about the thick stone fields we saw spread on the crater floor,” said Mark Maimon Veteran Rover Planner and flight software developers from the NASA Jet Propulsion Laboratory.
“Now we can make a skirt or even straddle a stone that we cannot approach before,” he added While the previous Rover mission took slower steps to explore their path, Autonav provided a science team with the ability to zip to the location they mostly prioritized. That means this mission is more focused on its main objective: find a sample that ultimately wants to return to earth.
Rover’s dispute aims to characterize the geology of Mars and past climate, open the way for human exploration of the Red Planet, and become the first mission to collect and cache Martian Rock and Rock and Dust).
Using artificial intelligence, the perseverance of Mars Rover NASA tried to travel a more than one month than the previous Rover Mission officials said that six-wheeled scientists were on a 5 kilometer journey which began March 14 and was full of sand, crater, and sharp stone fields. The trip will take perseverance to ancient river…