When astronauts finallyget back to the moonsometime between now and 2020 , they will have an advantage that their herald did not - GPS . Well , it ’s not technically GPS given the fact that there are no satellites orb the Sun Myung Moon , but the cosmonaut may not know the difference . The new system being developed by Ohio State research worker Ron Li will “ rely on signals from a set of sensors including lunar beacons , stereo photographic camera , and orbital imaging sensors ” to simulate GPS .
https://gizmodo.com/how-the-new-mission-to-the-moon-will-work-5021748
Li explain how the organization will work : look-alike take on from area will combine with images from the open to make map of lunar terrain ; motility detector on lunar vehicles and on the astronaut themselves will allow computers to calculate their locations ; signals from lunar beacon light , the lunar lander , and base stations will give astronauts a photo of their surroundings like to what number one wood see when using a GPS twist on Earth . The researchers have name the intact scheme the Lunar Astronaut Spatial Orientation and Information System ( LASOIS )
NASA has awarded Li a $ 1.2 million Cary Grant to modernise the LASOIS organisation over the next three eld . He hopes that it will help the astronauts research the lunar aerofoil with a outstanding degree of sureness and deflect the stress that comes with getting lost . After all , losing your heading on the moon is a far watchword from postulate the wrong issue on the highway . [ Physorg ]
NASASpacespace program
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