The thesis addresses the issue of monocular relative pose determination for non-cooperative spacecrafts. An algorithm, called SVD method, is described and its peculiarities are discussed. The SVD technique is implemented both on a dataset of synthetic imagery of PRISMA mission's Tango spacecraft and on a dataset of real images of a CubeSat mock-up. The results are, then, analyzed so to highlight the fundamental limitations and the optimal operative range for the SVD architecture.

Analysis and Validation of a Vision-Based Pose Initialization Algorithm for Non-Cooperative Spacecrafts

Fracchiolla, Pierdomenico
2019/2020

Abstract

The thesis addresses the issue of monocular relative pose determination for non-cooperative spacecrafts. An algorithm, called SVD method, is described and its peculiarities are discussed. The SVD technique is implemented both on a dataset of synthetic imagery of PRISMA mission's Tango spacecraft and on a dataset of real images of a CubeSat mock-up. The results are, then, analyzed so to highlight the fundamental limitations and the optimal operative range for the SVD architecture.
2019-07-15
computer vision, spacecraft
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/28328