利用车云环境监测车辆及道路污染情况

S. Khandelwal, Ashwini B. Abhale
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引用次数: 9

摘要

印度拥有大量的车主,超过50%的车辆持续在道路上行驶。相比之下,大多数车辆都遇到了事故,它造成人员死亡,并产生了大量的有毒气体,车辆在运行过程中排放出来,并遇到了事故。因此,各种各样的技术被用于保护和鼓励智能交通系统(ITS)。许多结果提出了相关的挑战和当前的问题,以及与成本和资源的可及性有关的限制。车辆云环境(VCE)的结果是统一的。车载云环境是一种利用各种车载资源(如计算单元、存储设备和互联网设施)进行正确决策,对处理交通状况和提供道路安全产生影响的新技术。在本文中,我们专注于车辆云环境可以成为未来的技术变革模型,通过使用具有自主交通状况信息的智能车辆网络,自动控制道路车辆,开发意见系统来提供经济可行的解决方案,以防止事故以及分析道路上车辆排放的有毒气体量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Monitoring vehicles and pollution on road using vehicular cloud environment
India is having numerous amounts of vehicle's owner and more than that 50% of vehicles are continuously running on a road. As a contrast, most of the vehicles are meeting with an accident, it causes human fatalities and generated a large amount of toxic gases are emitted out during vehicle running as well as meet into an accident. Hence, various technologies have deployed to preserve and encourage Intelligent Transportation Systems (ITS). A numerous results were suggested the related challenges and current issues of vehicular networks as well as limitation related to the cost and accessibility of a resource. Vehicular Cloud Environments (VCE) are unitary of the results. Vehicular Cloud Environments is a novel technology that point to impact on handing traffic condition and providing road safety using various vehicular resources, such as computing units, storage devices and internet facility for correct decision-making. In this paper, we focus on the vehicular cloud environments can be the future technological changing model that offers economically feasible solutions by using intelligent vehicular networks with autonomous traffic condition information, self vehicle control on road and develop opinion systems to prevent an accident as well as analysis amount of toxic gases emitted from a vehicle on a road.
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