, de l'agent SOA afin d'optimiser les trois indicateurs de performance (TAC, DTS, CSR) lors de l'exécution de la PWIA, Notre approche a été testée en utilisant des données réelles de SUA de CHRU Lille dans deux contextes : Orchestration dynamique (DO) et orchestration statique (SO)

, charges de travail du personnel, urgences vitales, etc. L'architecture à trois niveaux proposée est déployée sous la forme d'un système novateur d'aide à la décision fonctionnant en temps réel au SUA. Les résultats expérimentaux indiquent que l'application du couple ordonnancement et orchestration permet d'améliorer les indicateurs de performance grâce au pilotage du workflow de chaque patient par les agents pendant son exécution, Les résultats montrent que l'OD est plus robuste face aux événements dynamiques tels que : changements dans les tâches de soins de traitement

, Intégrer dans l'architecture proposée des algorithmes d'IA pour améliorer d'avantage le parcours patient du début jusqu'à la fin en tenant compte de toute la chaine logistique inter-intra urgences

, ? Développer une bibliothèque d'algorithmes d'optimisation afin que le SOA choisisse (selon un raisonnement rationnel) l'algorithme adéquat en fonction de la complexité du terrain : nombre de ressources

, Intégrer des algorithmes d'apprentissage afin que les agents s'auto-organisent et s'autoadaptent face à des situations de tensions

, ? Proposer des protocoles d'évitements des tensions à intégrer dans les comportements des agents

, Améliorer l'architecture informatique proposée pour tenir compte de la logistique interurgences et inter-hôpital qui se trouvent dans la même région

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