Simulated Studies on the Performance of Intelligent Transportation System Using Vehicular Networks

Stephen Neal Joshua Eali, N. Rao, K. Swathi, K. Satyanarayana, D. Bhattacharyya, Tai-hoon Kim
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引用次数: 1

Abstract

In this paper we tend to propose the instrument for recognizing fast vehicle in transport unintended Network (VANET). Keeping in mind the tip goal to understand the surrounding condition, each vehicle often communicates its position, temporal order knowledge in its correspondence run. At the purpose once a vehicle enters the territory of a Road aspect Unit (RSU), the RSU gets the position and temporal order knowledge of the vehicle and send it to the Central Server. The Central Server registers the traditional speed, blockage and street mischances of the vehicle utilizing time and position knowledge gotten from the RSUs. At the purpose once a vehicle is found to own a lot of speed or Road mishap had happened than the specific space, the Central Server communicates this knowledge to any or all RSUs in its vary. At the purpose once the vehicle once more comes into the scope of a RSU, it illuminates the vehicle to drive within as way as doable or to require redirection utilizing a notice message. Keeping in mind the tip goal to assess the execution of our set up, we've got utilised Veins 0.5 breed check system that chips away at OMNeT++ as a system check system, Simulation of Urban movableness (SUMO) as traffic check system.
基于车载网络的智能交通系统性能仿真研究
在本文中,我们倾向于提出一种识别交通意外网络中快速车辆的工具(VANET)。牢记了解周围条件的提示目标,每辆车通常在其对应运行中传达其位置、时间顺序知识。为此,一旦车辆进入道路外观单元(RSU)的区域,RSU就会获得车辆的位置和时间顺序知识,并将其发送到中央服务器。中央服务器利用从RSU获得的时间和位置知识来登记车辆的传统速度、堵塞和街道事故。为此,一旦发现车辆速度过快或发生了特定空间以外的道路事故,中央服务器就会将这一信息传达给任何或所有不同的RSU。为此,一旦车辆再次进入RSU的范围,它会照亮车辆,使其以尽可能可行的方式行驶,或要求使用通知消息重定向。考虑到评估我们设置执行情况的提示目标,我们使用了Veins 0.5品种检查系统,该系统将OMNeT++作为系统检查系统,将城市机动性模拟(SUMO)作为交通检查系统。
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来源期刊
International Journal of Grid and Distributed Computing
International Journal of Grid and Distributed Computing COMPUTER SCIENCE, SOFTWARE ENGINEERING-
自引率
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0
期刊介绍: IJGDC aims to facilitate and support research related to control and automation technology and its applications. Our Journal provides a chance for academic and industry professionals to discuss recent progress in the area of control and automation. To bridge the gap of users who do not have access to major databases where one should pay for every downloaded article; this online publication platform is open to all readers as part of our commitment to global scientific society. Journal Topics: -Architectures and Fabrics -Autonomic and Adaptive Systems -Cluster and Grid Integration -Creation and Management of Virtual Enterprises and Organizations -Dependable and Survivable Distributed Systems -Distributed and Large-Scale Data Access and Management -Distributed Multimedia Systems -Distributed Trust Management -eScience and eBusiness Applications -Fuzzy Algorithm -Grid Economy and Business Models -Histogram Methodology -Image or Speech Filtering -Image or Speech Recognition -Information Services -Large-Scale Group Communication -Metadata, Ontologies, and Provenance -Middleware and Toolkits -Monitoring, Management and Organization Tools -Networking and Security -Novel Distributed Applications -Performance Measurement and Modeling -Pervasive Computing -Problem Solving Environments -Programming Models, Tools and Environments -QoS and resource management -Real-time and Embedded Systems -Security and Trust in Grid and Distributed Systems -Sensor Networks -Utility Computing on Global Grids -Web Services and Service-Oriented Architecture -Wireless and Mobile Ad Hoc Networks -Workflow and Multi-agent Systems
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