Optimization-based trajectory planning with adaptive SMC for space applications
Pierantonio Bertuccio
Optimization-based trajectory planning with adaptive SMC for space applications.
Rel. Elisa Capello, Jaemyung Ahn. Politecnico di Torino, Corso di laurea magistrale in Ingegneria Aerospaziale, 2023
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Abstract
In the history of the space exploration, the ability to navigate, rendezvous and interact with a target in orbit always had profound importance. As our understanding of the cosmos deepens, the demand for advanced satellite systems capable of undertaking more complex missions has grown exponentially with newer challenges upfront. The number of unmanned missions and satellite has recently risen more than ever, driving a potential revolution in satellite operations thanks to topics like space debris removal, on-orbit servicing and formation flying. These activities have recently taken some spare of the space market as they are now supported and adopted inside the space companies.
ESA is developing the “Clean Space” program and has already expressed interest in starting on-orbit servicing missions to extend the life of the already orbiting satellites instead of having them replaced (with every kind of waste inferred) or having to lunch more
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