367documents trouvés
Swarm-based intelligent routing (SIR) - A new approach for efficient routing in content centric delay tolerant networks
A.D.NGUYEN, P.SENAC, V.RAMIRO, M.DIAZ
OLC, NIC Labs
Manifestation avec acte : International Symposium on Mobility Management and Wireless Access (MOBIWAC 2011), Miami (USA), 31 Octobre - 4 Novembre 2011, 5p. , N° 11764
Diffusable
126456Communicating systems with UML 2. Modeling and analysis of network protocols
D.GARDUNO, M.DIAZ
OLC
Ouvrage (auteur) : Communicating systems with UML 2. Modeling and analysis of network protocols, Septembre 2011, 262p. , N° 11762
Non diffusable
126449Knowledge base for an autonomic transport layer
E.EXPOSITO, C.CHASSOT, M.DIAZ
OLC
Manifestation avec acte : IFIP International Conference on Wired/Wireless Internet Communications (WWIC 2011), Barcelone (Espagne), 15-17 Juin 2011, pp.174-185 , N° 11388
Diffusable
124989STEPS. An approach for human mobility modeling
A.D.NGUYEN, P.SENAC, V.RAMIRO, M.DIAZ
OLC, NIC Labs
Manifestation avec acte : IFIP Networking 2011, Vanlence (Espagne), 9-13 Mai 2011, 12p. , N° 11765
Diffusable
126458A formal model for the specification and analysis of HLA based distributed multimedia interactive simulation using hierarchical time stream petri nets
A.HAKIRI, M.DIAZ
OLC
Manifestation avec acte : International Conferences on Advances in Multimedia, MMEDIA 2011, Budapest (Hongrie), 17-22 Avril 2011, pp.23-29 , N° 10123
Lien : http://hal.archives-ouvertes.fr/hal-00594902/fr/
Diffusable
Plus d'informations
Abstract
This paper proposes a formal model for the specification and analysis of distributed multimedia simulation. This model is based on Hierarchical Timed Stream Petri Nets (HTSPN), which has been proposed for specifying temporal and logical constraints in high level multimedia description and simulation. It takes into account a powerful synchronization definition between different flows issued from distributed multimedia systems. A simulation was done using a special Java-based framework to assess the methodology and analyze the expression and interpretation power of HTSPNs. For instance, such an interpreted model permits powerful analysis techniques for validating the quality of service in computer networks before protocol implementation. Consequently, it allows the specification of both the temporal non-determinism of weakly distributed applications and the temporal variability of the multimedia processing. An example is used to demonstrate the capabilities of this scheme to specify the QoS requirements of simulated applications.
Smart networked objects & internet of things
R.BRIAND, G.HAYE, S.BEAUSSART, C.PERSON, M.BAFLEUR, M.DIAZ, J.M.DILHAC, D.DRAGOMIRESCU, M.O.KILLIJIAN, P.D.BERGER, C.JANNETEAU, J.CAELEN, T.TARIS, C.MULLER, D.GAITI
ESTIA, FEMTO-ST, IEMN, Institut Telecom, ISGE, OLC, MINC, TSF, LETI, LIST, LSI, MIB, STAR, UT
Rapport LAAS N°10825, White Paper de l'Association Instituts Carnot, Janvier 2011, 45p.
Diffusable
123657New generation of transport protocols for autonomous systems
E.EXPOSITO, C.CHASSOT, M.DIAZ
OLC
Manifestation avec acte : Global Communications Conference (GLOBECOM 2010), Miami (USA), 6-10 Décembre 2010, pp.1674-1678 , N° 10456
Diffusable
123330End-to-end quality of service over heterogeneous networks
T.BRAUN, M.DIAZ, J.ENRIQUEZ-GABEIRAS, T.STAUB
OLC, Bern, TID
Ouvrage (éditeur) : PHEI, Publishing House of Electronics Industry, N°ISBN 978-7-121-10170-0, Novembre 2010, 238p. , N° 08508
Non diffusable
123115STIgmergy Routing (STIR) for content-centric delay-tolerant networks
A.D.NGUYEN, P.SENAC, M.DIAZ
OLC
Manifestation avec acte : Latin-American Workshop on Dynamic Networks (LAWDN), Buenos Aires (Argentine), 4 Novembre 2010, 4p. , N° 10675
Lien : http://hal.archives-ouvertes.fr/inria-00531763/fr/
Diffusable
Plus d'informations
Abstract
This paper introduces a STIgmergy based Routing protocol (STIR) for Content Centric Delay Tolerant Networks. STIR makes the most of spatio-temporal interactions between nodes to set up bio-inspired gradient fields between content producers and content users. STIR routing follows this gradient field to efficiently route information in Delay Tolerant Networks. The validation of this protocol has been coupled with the definition of a new mobility parametric model that makes possible to easily express the preferential locations and movements commonly observed in real human mobility traces. Performance evaluations by simulations demonstrate that STIR delivers better performances than traditional protocols even in case of highly dynamic networks.
Specification of the Feel@Home system for end-to-end QoS, privacy and network security. Deliverable R2
A.ABOU EL KALAM, M.DIAZ, E.EXPOSITO, J.FASSON, J.GOMEZ MONTALVO, M.MAACHAOUI, B.PAILLASSA, W.WERAPUN
IRIT-ENSEEIHT, OLC
Rapport de Contrat : France Telecom R&D. CRE N° 902121, Novembre 2010, 123p. , N° 10834
Diffusion restreinte
123673