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, Les mouvements de ces robots ne doivent perturber ni la sécurité de l'homme ni son confort. D'un point de vu planification de mouvement, le planificateur doit d'une partéviterpart´partéviter de heurter l'homme ou l'environnement et d'autre part adapter les limites cinématiques du robot en fonction de la proximité de l'homme. A chaque niveau du système (planification et exécution/contrôle), le robot doit garantir la sécurité et le confort de l'homme. Nous proposons une approche de la planification et du contrôle de mouvement basée sur des trajectoires polynomiales. Dans unepremì ere partie, nous présentons un générateur de trajectoires qui limite la vitesse, l'accélération et le jerk. Il génère des trajectoires composées de suites de segments de courbes cubiques. Le cas mono-dimensionnel est d'abord présenté puisétendupuis´puisétendu au cas multi-dimensionnel. Dans unedeuxì eme partie, nous proposons d'approximer les trajectoires par des suites de triplets de segments de courbes cubiques