Fundamental information on the interior of Mercury can be inferred from its rotational state, in terms of obliquity and amplitude of physical libration in longitude. For this reason a dedicated Rotation Experiment will be performed by the ESA mission BepiColombo. A system-level experiment simulator has been developed in order to optimize the observation strategy and is here presented. In particular, this abstract will focus on the estimation process, the optimization algorithms and the selection of optimal pattern matching strategies.
Implementation of an End-to-End Simulator for the BepiColombo Rotation Experiment / A. Palli; A. Bevilacqua; A. Genova; A. Gherardi; L. Iess; R. Meriggiola; P. Tortora. - ELETTRONICO. - 7:(2012), pp. 1-2. (Intervento presentato al convegno European Planetary Science Congress (EPSC 2012) tenutosi a IFEMA-Feria de Madrid, Madrid, Spain nel 23-28 September 2012).
Implementation of an End-to-End Simulator for the BepiColombo Rotation Experiment
PALLI, ALESSANDRA;BEVILACQUA, ALESSANDRO;GHERARDI, ALESSANDRO;TORTORA, PAOLO
2012
Abstract
Fundamental information on the interior of Mercury can be inferred from its rotational state, in terms of obliquity and amplitude of physical libration in longitude. For this reason a dedicated Rotation Experiment will be performed by the ESA mission BepiColombo. A system-level experiment simulator has been developed in order to optimize the observation strategy and is here presented. In particular, this abstract will focus on the estimation process, the optimization algorithms and the selection of optimal pattern matching strategies.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
