Imen JERBI
Titre: Request relaxation based-on provider constraints for a capability-based NaaS services discovery Résumé: La tendance est de plus en plus vers l'utilisation des services cloud. Une étude a montré que…
Titre: Request relaxation based-on provider constraints for a capability-based NaaS services discovery Résumé: La tendance est de plus en plus vers l'utilisation des services cloud. Une étude a montré que…
Titre: An automated approach for facilitating email answering from business process perspective Abstract: Our approach discovers business process activities and their associated data from previously sent emails, and uses this…
Titre: Dynamic Link Networks - Emulation and Validation Abstract: A model-based approach to verify the adequacy and correct emulation of dynamic link networks is presented, i.e. networks whose links’ parameters…
Titre: Machine learning for road active safety Abstract: Lane change is one of the most common reasons for road accidents. Thus, designing an efficient collision-less lane change maneuver is of…
Titre: A natural language interface for querying process execution data Abstract: In this poster, we showcase our research on a natural language interface that facilitates the querying of process execution…
Titre: Enrichissement de graphes d’attaque basé sur les ontologies Résumé: Les graphes d’attaque logiques permettent de connaitre la position de l'adversaire ainsi que ces potentielles actions pour attaquer un système.…
Titre: VRTEG - Virtual Reality Interface Evaluation Abstract: Design and evaluation of hybrid VR interfaces in real-life use-cases. The VRTEG technology - VR/Eye-tracking/Electroencephalogram (EEG) - is developed through 2 prototypes:…
Titre: Designing IoT Systems for Smart Communities - Conception de Systèmes IoT pour les Communités Intelligentes Abstract: Today's sensorized spaces deploy applications falling to diverse categories (e.g., real-time, video streaming,…
Titre: AI-based attack response and programmability of future networks Abstract: This thesis aims at improving the resilience of future network systems by reasoning on their network state in order to…
Titre: Zero-Watermarking Approach for Data Integrity and Secure Provenance in IoT Networks Abstract: A zero-watermarking approach is proposed to establish end-to-end data trustworthiness in a home IoT network.In this approach,…