The scope of this document is to present the detailed performance analysis of the CS-based instrument selected at the Preliminary Design Review (PDR). With reference to the Deliverable TN2, issued at the PDR, the instrument selected for the third phase of the project is: - Concept #5A - "UV-VIS hyperspectral imager with dispersive elements on orbiter", which relies on a classical CS approach addressing the reconstruction of the full image/signal. According to the SOW, the present PM2 Report includes: oDefinition of the ?analytical and numerical models. oResults of the ?performance assessment. In addition, as suggested in the conclusions of the PDR, a further configuration addressing an upgraded version of the Concept #5A was also investigated. The latter exploits the light rejected by the DMD mirrors in off-position to implement an additional channel, with the aim of extending the application field and/or the performance of the instrument.

ESA ITT AO/1-8235/15/NL/RA - PM2 - Detailed Performance Models

Valentina Raimondi;Donatella Guzzi;Cinzia Lastri
2017

Abstract

The scope of this document is to present the detailed performance analysis of the CS-based instrument selected at the Preliminary Design Review (PDR). With reference to the Deliverable TN2, issued at the PDR, the instrument selected for the third phase of the project is: - Concept #5A - "UV-VIS hyperspectral imager with dispersive elements on orbiter", which relies on a classical CS approach addressing the reconstruction of the full image/signal. According to the SOW, the present PM2 Report includes: oDefinition of the ?analytical and numerical models. oResults of the ?performance assessment. In addition, as suggested in the conclusions of the PDR, a further configuration addressing an upgraded version of the Concept #5A was also investigated. The latter exploits the light rejected by the DMD mirrors in off-position to implement an additional channel, with the aim of extending the application field and/or the performance of the instrument.
2017
Istituto di Fisica Applicata - IFAC
Rapporto intermedio di progetto
COMPRESSIVE SENSING
PERFORMANCE MODELS
SPACE TECHNOLOGIES
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/341143
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