| 2025 | ISNCC | COPS: Collaborative Observability and Privacy-preserving Security in ICS. | Wassila Lalouani, Reham Eltomy, Mohamed Baza |
| 2024 | ICFEC | Distributed Misbehavior Detection System for Cooperative Driving Networks. | Abdullahi Modibbo Abdullahi, Wassila Lalouani |
| 2024 | ISNCC | Digital Fingerprint for Intelligent Autonomous Vehicle Security. | Christopher Dube, Wassila Lalouani |
| 2023 | WiMob | Sec-PUF: Securing UAV Swarms Communication with Lightweight Physical Unclonable Functions. | Wassila Lalouani |
| 2022 | GLOBECOM | Collusion-resistant PUF-based Distributed Device Authentication Protocol for Internet of Things. | Wassila Lalouani, Mohamed Younis, Mohammad Ebrahimabadi, Naghmeh Karimi |
| 2022 | HealthCom | SWeeT: Security Protocol for Wearables Embedded Devices' Data Transmission. | Mohammad Ebrahimabadi, Mohamed F. Younis, Wassila Lalouani, Abdulaziz Alshaeri, Naghmeh Karimi |
| 2022 | ISCC | A Federated Learning Framework for Resource Constrained Fog Networks. | Wassila Lalouani, Mohamed F. Younis |
| 2022 | WCNC | A Robust Distributed Intrusion Detection System for Collusive Attacks on Edge of Things. | Wassila Lalouani, Mohamed F. Younis |
| 2022 | VLSID | An Attack Resilient PUF-based Authentication Mechanism for Distributed Systems. | Mohammad Ebrahimabadi, Mohamed F. Younis, Wassila Lalouani, Naghmeh Karimi |
| 2021 | GLOBECOM | Robust Distributed Intrusion Detection System for Edge of Things. | Wassila Lalouani, Mohamed F. Younis |
| 2021 | VLSID | A Novel Modeling-Attack Resilient Arbiter-PUF Design. | Mohammad Ebrahimabadi, Mohamed F. Younis, Wassila Lalouani, Naghmeh Karimi |
| 2021 | UIC | PALM: Platoons Based Adaptive Traffic Light Control System for Mixed Vehicular Traffic. | Dayuan Tan, Mohamed F. Younis, Wassila Lalouani, Sookyoung Lee |
| 2015 | GLOBECOM | Load-Balanced and Energy-Efficient Coverage of Dispersed Events Using Mobile Sensor/Actuator Nodes. | Wassila Lalouani, Mohamed F. Younis, Mohamed El-Amine Chergui, Nadjib Badache |
| 2014 | IWCMC | Effective handling of spreading events using wireless sensor and actuator networks. | Wassila Lalouani, Mohamed F. Younis, Miloud Bagaa, Nadjib Badache |