Amine - Consultant cybersécurité CISCO

Storage management in DONA content

Gammar, S. M., Amine, E., & Kamoun, F. (2010). Distributed address auto
configuration protocol for Manet networks. Telecommunication Systems, 44(1-2), 39- 48.
Conference Papers  ********,A. Mettali Gammar, S. Kamoun, F. Dabbous, W. Turletti, T. Memory
management optimization for content routers in DONA: IEEE‐NCA‐2015: The 14th
IEEE International Symposium on Network Computing and Applications.  ********,A. Mettali Gammar, S. Towards new caching strategy for Information Centric
Networking based on data proximity control: CIT‐2015: IEEE International
Conference on Computer and InformationTechnology.  ********,A. Mettali Gammar, S. Kamoun, F. Dabbous, W. Turletti, T. Towards a new
internetworking architecture: A new deployment approach for information centric
networks, 15th International Conference on Distributed Computing and Networking,
(ICDCN), Coimbatore, India. January 2014. ICDCN 2014: 519-524.  Elabidi,A. Mettali Gammar, S. Kamoun, F. Dabbous, W. Turletti, T. Legout,
A. Hybrid approach for experimental networking research, 13th International
Conference on Distributed Computing and Networking, (ICDCN), Hong Kong,
China, January 2012.  Elabidi, A. BenAyed, G. Towards Constructing a Trustworthy Internet: Privacy- aware Transfer of Digital Identity Document in Content Centric Internetworking.
IEEE Proceedings of International Conference on Security in Computer Networks and
Distributed Systems (SNDS-2012), Trivandrum, India.  Elabidi, A. BenAyed, G. Mettali Gammar, S. Kamoun, F. 2011. Towards Hiding
Federated Digital Identity: Stop dissemination Mechanism in Content-Centric
Networking. ACM Proceedings of the 4th international conference on Security of
information and networks: SIN’2011 November 14-19, 2011, Sydney, Australia

Cybersecurity and networking undergraduate courses averaging 90 students per semester
covering the following topics: security theory, exploits, standards, local networking, performance
evaluation, ,network management and configuration
 Developed quizzes, exams, and homework
 Revised the syllabus to meet accreditation standards

Teaching Cybersecurity and Computer science undergraduate courses averaging 30 students per
semester covering the following topics: security theory, exploits, standards, local networking, coding
and programming
 Developed quizzes, exams, and homework
 Revised the syllabus to meet accreditation standards

Teaching networking undergraduate courses averaging 40 students per semester covering the following topics: local networking, network management and configuration
 Developed quizzes, exams, and homework

Teaching Computer Science undergraduate courses averaging 100 students per semester covering the following topics: Operating Systems, coding and programming
 Developed quizzes, exams, and homework

Teaching Computer Science undergraduate courses averaging 60 students per semester covering the
following topics: Coding and programming, algorithms, network presentation
 Developed quizzes, exams, and homework