Realistic Simulation of Network Protocols in VANET Scenarios

Sommer, Christoph; Dietrich, Isabel; Dressler, Falko

doi:10.1109/move.2007.4300819

Cited by 32 publications

(9 citation statements)

References 8 publications

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“…However, if the vehicles' traces are produced using traffic simulation tools, users are able to take full control of the traffic scenario. This also opens up the possibility to allow network simulations to be integrated into traffic simulations and control the simulations flow [22].…”

Section: Development Of Mobility Modelmentioning

confidence: 99%

“…In order to obtain good results in VANET simulation, large number of nodes needs to be distributed in a realistic testbed to form a large vehicular network while evaluation is to be made under a controlled environment [11]. If simulation is performed in an uncontrolled environment, the results might be affected by other disturbance such as noise, making troubleshooting task more difficult to be carried out.…”

Section: Introductionmentioning

confidence: 99%

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Sumo Enhancement for Vehicular Communication Development

Lim

Lee

Chin

et al. 2017

IJCT

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It is normal that every family is having at least one vehicle at their home as vehicles have become a daily needs for all of us. However, this also leads to the increased of road accidents where major causes are related to human errors which can be prevented. To tackle with this problem, vehicular ad hoc network (VANET) is introduced with the aim to make vehicles intelligent. In order to study the algorithm in VANET, a mobility simulator is needed for simulation purpose. In this case, SUMO is proved to be a good simulation tool in generating VANET environment while MATLAB is good for algorithm development. Yet, to develop a good simulation platform, modification on SUMO files are necessary. This paper discusses on the procedures in creating a lefthand traffic (LHT) simulation file that is suitable to be used in Malaysia. LHT simulation is not easy to achieve as modification on the road connection and traffic light files are required. This paper also showed the results of the simulation after SUMO files modification. Apart from that, this paper also showed the simulation of VANET environment using SUMO and MATLAB through a third party interfacing named TraCI4Matlab, which allows communication between MATLAB and SUMO simulator.

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Section: Development Of Mobility Modelmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Sumo Enhancement for Vehicular Communication Development

Lim

Lee

Chin

et al. 2017

IJCT

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show abstract

“…El simulador de red constituye una herramienta para modelar y evaluar el desempeño de ciertos componentes de los sistemas de comunicación (como estándares, protocolos, algoritmos, configuraciones, etcétera. ), con el fin de realizar pruebas del diseño sin efectuar la implementación real (Sommer, Dietrich, & Dressler, 2007).…”

Section: B Herramientas De Simulaciónunclassified

Redes vehiculares Ad-hoc: aplicaciones basadas en simulación

Orozco¹,

Llano²,

Michoud³

2012

Ingenium

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Recientes esfuerzos de investigación de la academia, la industria automotriz y el sector gubernamental de transporte señalan a los sistemas de transporte inteligente (STI) como la tecnología clave tanto en el mejoramiento de la seguridad en las carreteras, como en la eficiencia en el tráfico y el confort al conducir. Las redes vehiculares ad hoc (VANET) tienen un gran potencial para generar aplicaciones dirigidas a aumentar la seguridad en el tráfico. La interacción entre los vehículos y la infraestructura permite la comunicación en tiempo real, lo que a su vez permite proveer información a los conductores en situaciones peligrosas y evitar accidentes. Este artículo provee una visión general de las redes vehiculares Ad-hoc, describe sus conceptos fundamentales, los estándares de comunicación y las aplicaciones vehiculares, y presenta además, una evaluación de simuladores VANET.

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“…Efforts to integrate simulation tools have been made in [3], [4] and [5], where the authors highlight the need for integrated traffic and network simulation models. Also, hybrid approaches have been studied in [6] and [7].…”

Section: Introductionmentioning

confidence: 99%

HEAVEN — A hybrid emulating architecture for vehicular networks

Gutierrez-Perez

Arco-Fernández-Cano

Wilby

et al. 2009

2009 International Conference on Ultra Modern Telecommunications &Amp; Workshops

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In vehicular communications, safety applications are the most challenging and they have become a main target in the research activity. Comprehensive testing and validation of such applications is very complex, but it is absolutely necessary if the applications are going to be widely used in vehicles all over the world. In this scope, simulation is an indispensable tool for leading the way to new test strategies. The integration of specific purpose simulators under a common platform is necessary in order to test complex network/system interactions, although simulators are not always developed sufficiently to reproduce the physical interactions that can take place in a vehicular environment. Thus, hybrid simulators can fill the gap when pieces of hardware have to be included inside of the simulation process. However, the transition from a fully simulated environment to a completely real one is still an unsolved problem. In this work, we present a set of key concepts for the design of a simulation platform that allows both the integration of other specific purpose simulators with real or emulated objects, and the seamless transition from a software to a hardware environment. The main characteristics of such a platform include final binary code execution, integration of simulated and real objects, realistic modeling of component interaction, ease of extension to new characteristics, and scalability. The approach is powerful and can easily be adapted to any simulation scheme.

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Realistic Simulation of Network Protocols in VANET Scenarios

Cited by 32 publications

References 8 publications

Sumo Enhancement for Vehicular Communication Development

Sumo Enhancement for Vehicular Communication Development

Redes vehiculares Ad-hoc: aplicaciones basadas en simulación

HEAVEN — A hybrid emulating architecture for vehicular networks

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