Towards a verification approach for reconfigurable embedded systems. - Fatma Krichen; Amal Gassara; Bechir Zalila; Mohamed Jmaiel (ISCC, 2012)

Towards a Multi-scale Modeling for Architectural Deployment Based on Bigraphs. - Amal Gassara; Ismael Bouassida Rodriguez; Mohamed Jmaiel (ECSA, 2013)

A multi-scale modeling approach for software architecture deployment. - Amal Gassara; Ismael Bouassida Rodriguez; Mohamed Jmaiel (SAC, 2015)

A Bigraphical Modeling Methodology for Multi-scale Reconfigurable Systems. - Amal Gassara; Ismael Bouassida Rodriguez (WETICE, 2016)

Encoding Bigraphical Reactive Systems into Graph Transformation Systems. - Amal Gassara; Ismael Bouassida Rodriguez; Mohamed Jmaiel; Khalil Drira (Electron. Notes Discret. Math., 2016)

A tool for modeling SoS architectures using bigraphs. - Amal Gassara; Ismael Bouassida Rodriguez; Mohamed Jmaiel (SAC, 2017)

Describing correct deployment architectures based on a bigraphical multi-scale modeling approach. - Amal Gassara; Ismael Bouassida Rodriguez (Comput. Electr. Eng., 2017)

A bigraphical multi-scale modeling methodology for system of systems. - Amal Gassara; Ismael Bouassida Rodriguez; Mohamed Jmaiel; Khalil Drira (Comput. Electr. Eng., 2017)

A Graph Based Model for UAVs Group-Wide Collaboration Applied on an Anti-terrorism Scenario. - Amal Gassara; Ismael Bouassida Rodriguez (CRiSIS, 2019)

Executing bigraphical reactive systems. - Amal Gassara; Ismael Bouassida Rodriguez; Mohamed Jmaiel; Khalil Drira (Discret. Appl. Math., 2019)

A Generic Blockchain-based Exchange Place. - Salma Bradai; Amal Gassara; Ahmed Ben Ali; Philippe Genestier; Michel Giordani (BRAINS, 2020)

Describing correct UAVs cooperation architectures applied on an anti-terrorism scenario. - Amal Gassara; Ismael Bouassida Rodriguez (J. Inf. Secur. Appl., 2021)

Blockchain-Based Exchange Place: Genericity vs Performance. - Salma Bradai; Amal Gassara; Khaled Taouil; Badii Louati (CRiSIS, 2023)

Optimizing blockchain performance in multi-use case marketplaces. - Salma Bradai; Amal Gassara; Khaled Taouil; Moez Hachicha; Ghayth Farhat (Innov. Syst. Softw. Eng., 2025)