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Article Images
Artificial intelligence boosts science from Mars
 
29 April 2008

ESA's Mars Express in orbit around Mars
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Mars Express left Earth for Mars on a six-month journey in June 2003, when the positions of the two planets made for the shortest possible route, a condition that occurs once every twenty-six months. The intrepid spacecraft was launched from the Baikonur Cosmodrome in Kazakhstan onboard a Russian Soyuz/Fregat launcher. It completed the interplanetary cruise, achieving a velocity of 10 800 km/h relative to Earth, in December 2003. Since entering its operational, near-polar orbit, Mars Express has operated perfectly, delivering some of the most spectacular and scientifically valuable results ever received from the Red Planet.

Credits: ESA - Illustration by Medialab
 
  AI for Mars Express: MEXAR2
 
ESA-developed artificial intelligence tool used for Mars Express
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The MEXAR2 tool in use in the Mars Express mission planning room at ESA's Space Operations Centre (ESOC), in Darmstadt, Germany. MEXAR2 uses artificial intelligence techniques to optimise data downloading from Mars Express, reducing workload by over 50% and largely eliminating data loss.

Credits: ESA
 
 
ESA's 15m tracking station at Perth, Australia
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ESA's Perth station is located 20 kilometres north of Perth (Australia) on the campus of the Perth International Telecommunications Centre (PITC), which is owned by Telstra, and operated by Stratos.

Credits: ESA
 
  AI can help solve other mission operations problems
 
ExoMars rover
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The ExoMars rover will be ESA's field biologist on Mars. Its aim is to further characterise the biological environment on Mars in preparation for robotic missions and then human exploration.

This mission calls for the development of a Mars orbiter, a descent module and a Mars rover. The Mars orbiter will have to be capable of reaching Mars and putting itself into orbit around the planet. On board will be a Mars rover within a descent module.

The Mars descent module will deliver the rover to a specific location by using an inflatable braking device or parachute system.

Using conventional solar arrays to generate electricity, the Rover will be able to travel a few kilometres over the rocky orange-red surface of Mars. The vehicle will be capable of operating autonomously by using onboard software and will navigate by using optical sensors. Included in its approximately 40 kg exobiology payload will be a lightweight drilling system, a sampling and handling device, and a set of scientific instruments to search for signs of past or present life.

Credits: ESA

 


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Institute of Cognitive Sciences and Technologies
 
 
 
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