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首页> 外文期刊>International Journal of Innovative Computing Information and Control >GPS-BASED CAMEL-VEHICLE ACCIDENTS AVOIDANCE SYSTEM: DESIGNING, DEPLOYING AND TESTING
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GPS-BASED CAMEL-VEHICLE ACCIDENTS AVOIDANCE SYSTEM: DESIGNING, DEPLOYING AND TESTING

机译：基于GPS的骆驼车辆事故回避系统：设计，部署和测试

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摘要

Animal-Vehicle Collisions (AVC) phenomenon is a worldwide problem. In United States, Canada and Europe the AVC have been shown to be a considerable problem on the road. In Saudi Arabia, hundreds of Camel-Vehicle collisions are reported every year. They are causing numerous deaths and loss of property running into millions of Saudi Riyals. Ministry of Transport of the Kingdom spends billions of Saudi Riyals to treat this problem by building fences along the highways. Fences are costly to install, difficult to maintain, and they isolate the camel habitat. This paper investigates the design and the implementation of a deployable and intelligent Camel-Vehicle Accident Avoidance System (CVAAS) using global positioning system (GPS) technology. The use of GPS sensors in this kind of application is a novel idea. The main aim of the CVAAS is to save lives of humans and as well as camels in such accidents and save billions of Saudi Riyal through this research. The CVAAS's team developed high-level diagrams and detailed steps needed to accomplish the proposed system. To study the effectiveness of the CVAAS, the team implements and deploys the system into a selected test area. Finally, this paper provides a set of recommendations for deploying the CVAAS in large scale. In conclusion, it is expected that the CVAAS will be recognized as a world leader in using GPS technology for avoiding animal-vehicle collisions.
机译：动物车辆碰撞（AVC）现象是一个世界性的问题。在美国，加拿大和欧洲，已证明AVC在行驶中是一个相当大的问题。在沙特阿拉伯，据报告每年发生数百起骆驼与汽车的碰撞。他们造成无数人死亡和财产损失，流向数百万沙特里亚尔。王国运输部花费数十亿沙特里亚尔在公路沿线修建围栏，以解决这一问题。栅栏的安装成本高昂，难以维护，并且隔离了骆驼的栖息地。本文研究了使用全球定位系统（GPS）技术的可部署的智能骆驼车辆事故回避系统（CVAAS）的设计和实现。在这种应用中使用GPS传感器是一个新颖的想法。 CVAAS的主要目的是在此类事故中挽救人类和骆驼的生命，并通过这项研究挽救数十亿沙特里亚尔。 CVAAS的团队开发了高级图和完成拟议系统所需的详细步骤。为了研究CVAAS的有效性，该团队将系统实施并部署到选定的测试区域。最后，本文为大规模部署CVAAS提供了一系列建议。总之，预计CVAAS将在使用GPS技术避免动物与车辆碰撞方面被公认为世界领先者。

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