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Model for vertical handover decision in vehicular networks

机译:车辆网络垂直切换决策模型

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With financial, business and personal transactions shifting to the mobile domain, Mobile Computing and Wireless Communication technologies are on focus. One of the major challenge is to provide best connectivity across heterogeneous networks, in fast moving vehicles, without knowledge and disturbance to the user. An Intelligent system is required for seamless vertical handover, with less battery consumption and with best connectivity. The Vertical Handover process can be optimized for different criteria like cost, bandwidth, signal strength etc. This paper aims to develop a best solution framework for VHO in vehicular networks where OMNeT++ (Objective Modular Network Testbed in C++) can be used for evaluating and testing along with Veins (Vehicles in Network Simulation) software for the simulation of Inter-Vehicular Communication (IVC) framework, which is composed of an event-based network simulator and a road traffic micro simulation model.
机译:通过财务,业务和个人交易转移到移动域,移动计算和无线通信技术正在焦点上。其中一个主要挑战是在快速移动的车辆中提供跨异质网络的最佳连接,而不是对用户的知识和干扰。无缝垂直切换需要智能系统,电池消耗量较少,最佳连接。垂直切换过程可以针对成本,带宽,信号强度等的不同标准进行优化。本文旨在为OMNET ++(C ++中测试的客观模块化网络)的车辆网络中的VHO开发最佳解决方案框架可用于评估和测试除了用于模拟车辆间通信(IVC)框架的软件以及由基于事件的网络模拟器和道路交通微模拟模型组成的软件。

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