IAA authors:
Pastor-Morales, M. C.;Rodríguez-Gómez, Julio F.;Morales-Muñoz, Rafael;Gómez-López, Juan M.;Aparicio-del-Moral, Beatriz;Candini, Gian Paolo;Jerónimo-Zafra, Jose M.;López-Moreno, Jose J.;Robles-Muñoz, Nicolás. F.;Sanz-Mesa, Rosario
Authors:
Pastor-Morales, M. C.;Rodríguez-Gómez, Julio F.;Morales-Muñoz, Rafael;Gómez-López, Juan M.;Aparicio-del-Moral, Beatriz;Candini, Gian Paolo;Jerónimo-Zafra, Jose M.;López-Moreno, Jose J.;Robles-Muñoz, Nicolás. F.;Sanz-Mesa, Rosario;Neefs, Eddy;Vandaele, Ann C.;Drummond, Rachel;Thomas, Ian R.;Berkenbosch, Sophie;Clairquin, Roland;Delanoye, Sofie;Ristic, Bojan;Maes, Jeroen;Bonnewijn, Sabrina;Patel, Manish R.;Leese, Mark;Mason, Jon P.
Journal:
Society of Photo-Optical Instrumentation Engineers (SPIE) Conference Series
Abstract:
<p>The Spacecraft INterface and control Board for NomAD (SINBAD) is an electronic interface designed by the Instituto de Astroffisica de Andalucfia (IAA-CSIC). It is part of the Nadir and Occultation for MArs Discovery instrument (NOMAD) on board in the ESAs ExoMars Trace Gas Orbiter mission. This mission was launched in March 2016. The SINBAD Flight Software (SFS) is the software embedded in SINBAD. It is in charge of managing the interfaces, devices, data, observing sequences, patching and contingencies of NOMAD. It is presented in this paper the most remarkable aspects of the SFS design, likewise the main problems and lessons learned during the software development process.</p>
URL:
https://ui.adsabs.harvard.edu/#abs/2016SPIE.9913E..3IP/abstract