Mohamed Ali (dali) Kaafar @ RUN
ULg Research Unit in Networking RUN
Mohamed Ali (dali) Kaafar RUN RUN



Name Mohamed Ali (dali) Kaafar
Former position at RUN Post-Doc
Current affiliation INRIA Rhône-Alpes
E-mail
Biographical Notes
Mohamed Ali (dali) Kaafar joined RUN in November 2007 and left in October 2008.
Current diploma(s) : Ir. Ms. 2004 ENSI (Tunisia), Dr. 2007 Nice Sophia
Publications at RUN
* Path Similarity Evaluation using Bloom Filters
B. Donnet, B. Gueye and M. Kaafar
Computer Networks, vol. 56, nb. 2, Feb. 2012, pp. 858-869
* A Survey on Network Coordinates Systems, Design, and Security
B. Donnet, B. Gueye and M. Kaafar
Keywords : Internet Coordinate Systems, Security
Download the PDF document
IEEE Communication Surveys and Tutorial, vol. 12, nb. 4, Dec 2010, pp. 488-503
* Detecting Triangle Inequality Violations in Internet Coordinate Systems by Supervised Learning - Work in Progress
Y. Liao, M. Kaafar, B. Gueye, F. Cantin, P. Geurts and G. Leduc
Proc. of Networking 2009, 12-14 May 2009, Aachen, Germany, L. Fratta, H. Schulzrinne, Y. Takahashi, O. Spaniol (eds.), LNCS, 5550, pp. 352-363, Springer
* Detecting Triangle Inequality Violations for Internet Coordinate Systems
M. Kaafar, F. Cantin, B. Gueye and G. Leduc
Download the PDF document
Proc. of Future Networks 2009 workshop, 18 Jun. 2009, Dresden, Germany
* Overlay Routing using Coordinate Systems
F. Cantin, B. Gueye, M. Kaafar and G. Leduc
Proc. of ACM CoNEXT Student Workshop, 9 Dec. 2008, Madrid, Spain
* A Self-Organized clustering scheme for overlay networks
F. Cantin, B. Gueye, M. Kaafar and G. Leduc
Download the PDF document
Proc. of International Workshop on Self-Organized Systems (IWSOS), 10-12 Dec. 2008, Vienna, Austria, K. Hummel, J. Sterbenz (eds.), Self-Organizing Systems, LNCS, 5343, pp. 59-70, Springer
* Towards a Two-Tier Internet coordinate system to mitigate the impact of Triangle Inequality Violations
M. Kaafar, B. Gueye, F. Cantin, G. Leduc and L. Mathy
Download the PDF document
Proc. of IFIP Networking 2008, 6-8 May 2008, Singapore, LNCS, 4982, pp. 397-408, Springer
(Acceptance ratio = 82/250 = 33%)
* Explication et réduction de l’impact des violations d’inégalités triangulaires dans Vivaldi
F. Cantin, B. Gueye, M. Kaafar, G. Leduc and L. Mathy
Actes de Colloque Francophone sur l’Ingénierie des Protocoles (CFIP), 25-28 mar. 2008, Les Arcs, France, A. Duda et R. Groz (ed.), p. 12
(Acceptance ratio = 28/51 = 55%)

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