FUN

Systèmes embarqués et objets connectés - Démarche de conception (FUN)

Systèmes embarqués et objets connectés - Démarche de conception (FUN)

Coproduit par l'INP Toulouse et l'INSA Toulouse, ce MOOC constitue un module de positionnement général des systèmes embarqués et objets connectés dans leurs contextes opérationnels. Fortement novateur, il aborde ces systèmes selon un ensemble de points de vue pluridisciplinaires. L'objectif de ce MOOC est de vous permettre d'acquérir une démarche méthodologique, de mettre en place une pensée globale prenant en compte l'écosystème du domaine des systèmes embarqués et objets connectés dans une finalité de compréhension générale du système.

Le cours s'articule autour de 3 cas d'études illustratifs appartenant à des domaines d'activité différents (habitat intelligent, agriculture, avionique). Chaque cas servira de fil conducteur à l'introduction de la méthodologie d'analyse et des concepts. Il sera analysé sur le plan de la maturité des processus de développement, du niveau d'industrialisation nécessaire et du degré de sûreté de fonctionnement.
Dans chaque cas seront abordés un ensemble de volets qui seront traités à des niveaux différents selon la complexité du cas d'études : l'analyse système, la conception, l'énergie, les interfaces Homme/Système, la communication, la sécurité, l'intégration, la vérification...
Nous vous souhaitons donc un excellent MOOC !

Plan du cours

Le cours s'appuie sur 3 cas illustratifs.
Cas 1 - Objet connecté : le détecteur de fumée connecté
Cas 2 - Système embarqué communicant : le calculateur d'aide au pilotage d'un engin agricole roulant
Cas 3 - Système embarqué critique : amélioration du confort passager d'un aéronef
Chaque cas se structure de manière identique :

  • Introduction au cas d'étude
  • Le système dans son environnement
  • La démarche d'analyse
  • L'analyse du système par domaine
  • La conception du système embarqué
  • Conclusion du cas d'étude
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