Automating information flow control in component-based distributed systems. - Takoua Abdellatif; Lilia Sfaxi; Riadh Robbana; Yassine Lakhnech (CBSE, 2011)

Sécuriser les systèmes distribués à base de composants par contrôle de flux d'information. - Lilia Sfaxi; Takoua Abdellatif; Yassine Lakhnech; Riadh Robbana (Tech. Sci. Informatiques, 2012)

Construction de systèmes re'partis se'curise's à base de composants. (Automating Information Flow Control in Component-based Distributed Systems). - Lilia Sfaxi (2012)

Information flow control of component-based distributed systems. - Lilia Sfaxi; Takoua Abdellatif; Riadh Robbana; Yassine Lakhnech (Concurr. Comput. Pract. Exp., 2013)

Could Facebook Influence Municipal Elections?: Tunisian Case Study. - Arbi Chouikh; Lilia Sfaxi; Sehl Mellouli (ICEGOV, 2019)

DECIDE: A New Decisional Big Data Methodology for a Better Data Governance. - Mohamed Mehdi Ben Aissa; Lilia Sfaxi; Riadh Robbana (EMCIS, 2020)

DCBC: A Distributed High-performance Block-Cipher Mode of Operation. - Oussama Trabelsi; Lilia Sfaxi; Riadh Robbana (ICETE (2), 2020)

A Secure Distributed Hash-Based Encryption Mode of Operation Suited for Big Data Systems. - Oussama Trabelsi; Lilia Sfaxi; Riadh Robbana (ICETE (Selected Papers), 2020)

DECIDE: An Agile event-and-data driven design methodology for decisional Big Data projects. - Lilia Sfaxi; Mohamed Mehdi Ben Aissa (Data Knowl. Eng., 2020)

Phi: A Generic Microservices-Based Big Data Architecture. - Amine Maamouri; Lilia Sfaxi; Riadh Robbana (EMCIS, 2021)

Babel: A Generic Benchmarking Platform for Big Data Architectures. - Lilia Sfaxi; Mohamed Mehdi Ben Aissa (Big Data Res., 2021)

Designing and implementing a Big Data benchmark in a financial context: application to a cash management use case. - Lilia Sfaxi; Mohamed Mehdi Ben Aissa (Computing, 2021)

How to create graphs in hardware-constrained environments? Choosing the best creation approach via machine learning-based predictive models. - Mariem Loukil; Lilia Sfaxi; Riadh Robbana (Int. J. Data Sci. Anal., 2025)

Scaling down to scale up: benchmarking single-machine graph processing frameworks in a hardware-constrained environment. - Mariem Loukil; Lilia Sfaxi; Riadh Robbana (Computing, 2025)