... AI potentially seem well suited to many ‘traditional’ space applications, including remote sensing, telecommunications and navigation. The use of AI in space missions will facilitate applications for extensive data generated by new Earth observation...
...This effort helps the company to maintain its position at the forefront of the production of infrared detectors for space applications, and allows it to play a key role in various projects for monitoring gases of concern. This includes the Copernicus...
..., which is supported through ESA’s Networking and Partnering Initiative, harnessing advanced academic research for space applications, has its roots in molten salt electrolysis. In chemistry and manufacturing, electrolysis is a technique that uses...
...). It is expected that mass-production will considerably reduce manufacturing costs while allowing high-performance space applications. Furthermore, the constellations will make use of multiple orbit inclinations to gain global coverage. Small...
... Earth observation missions are a prime example of data-intensive space applications Earth observation missions are a prime example of data-intensive space applications. Numerous smallsat Earth observation constellations are under current development...
... the issue of a worldwide connection allowed by Space through Policies, Technologies and Applications. A detailed analysis on the impact that space policies, space technologies and space applications have on the daily life of people, organizations...