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Author : Ventresque, Anthony, Bragard, Quentin, S. Liu, Elvis, Nowak,Dawid, Murphy, Murphy, Theodoropoulos, Georgios, Liu, Qi
Title : SParTSim: A Space Partitioning Guided by Road Network for Distributed Traffic Simulations
In : Distributed Simulations and Real-Time Applications (Ds-RT) -
Address : Dublin
Date : 2012

Author : Robitzsch, Sebastian, Murphy, Liam
Title : Analysis and Validation of the Maximal Reasonable Link Group Size in Static 802.11a Wireless Mesh Networks: A Study Towards Channel Assignment
In : World of Wireless Mobile and Multimedia Networks (WOWMOM Wkshps) -
Address : San Francisco
Date : 2012

Author : Robitzsch, Sebastian, Murphy, Liam
Title : Empirical Analysis of Measured 802.11 Receive Signal Strength Values Using Various Atheros Based Mini-PCI Cards
In : World of Wireless Mobile and Multimedia Networks (WOWMOM Wkshps) -
Address : San Francisco
Date : 2012

Author : Olariu, Cristian, Hava, Adriana, Szczechowiak, Piotr, Ghamri-Doudane, Yacine
Title : Prototyping Telematic Services in a Wireless Vehicular Mesh Network Environment
In : WCNC 2012 Workshop on Wireless Vehicular Communications and Networks (W5 - Wireless Vehicular Communications and Networks) -
Address : Paris, France
Date : 2012

Abstract : Next generation telematic services are expected to play a key role in future automotive applications. In order to achieve strong integration between the services and the underlying network infrastructure there is a need for both simulation and emulation of the entire system. This paper presents a combined simulation and emulation approach for telematic services prototyping in a wireless vehicular mesh networking environment. The ns3 wireless mesh model, SUMO vehicular mobility model and real telematic services are integrated to demonstrate high scalability and flexibility of the proposed approach.
Topics : emulation,ns3,simulation,telematics,vehicular networks,wireless mesh networks