先进的驾驶辅助系统(ADAS),以避免事故在印度的t路口

Vaibhav V. Ukarande, Gaurav R Bhalekar
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引用次数: 4

摘要

智能交通系统(ITS)的主要目标是解决交通问题,最大限度地减少交通事故。路上发生的事故。印度政府2015年的年度事故报告强调了基于路口类型分类的事故。这些路口有不同类型,如t型路口、Y型路口、交错路口、环岛路口、四臂路口。根据这份报告,其中t型路口的死亡人数最多。本文提出了一种基于Zigbee的高级驾驶辅助系统,以避免印度t型路口的交通事故。本系统主要针对夜间交通信号一般不亮的情况,夜间司机驾驶车辆较为粗暴,在t型路口转弯时应更加小心,以免发生事故。我们的系统是由一个主节点和三个辅助节点每个辅助节点由Arduino Uno,超声波传感器和无线个域网S1模块部署在50米的距离将断路器和超声波传感器附近部署速度将检测车辆来结的存在,它会将消息发送给主节点由Arduino大型板、Zigbee模块和显示板部署在丁字路口的中心。在我们的案例中,我们已经在测试板上实现了我们的系统,并取得了令人满意的结果。
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Advanced Driver Assistance System (ADAS) to avoid accidents at T-Junction in India
The main objective of the Intelligent transportation system (ITS) is to resolve traffic problems and minimize the no. of accidents on the road. The annual accident report of 2015 by the government of India highlights the accidents based on a classification of Junction type. The junctions are of different types like T-Junction, Y- Junction, Staggered Junction, Roundabout Junction, Four-arm Junction out of which according to this report, T-Junction accounts for highest number of deaths. This paper proposes Zigbee based advanced driver assistance system to avoid accidents at T-Junction in India. This system mainly focused for night time where traffic signals are generally off and during night time drivers drive the vehicles roughly and while taking a turn at the T-Junction more care should be taken so as to avoid the possibility of accidents. Our system is consists of one Master node and three Auxiliary nodes each Auxiliary node comprised of Arduino Uno board, Ultrasonic sensors and Zigbee S1 module deployed at a distance of 50 meters before the turn and ultrasonic sensors deployed near the speed breaker which will detect the presence of vehicle coming to the junction and it will send a message to the Master node which consists of Arduino Mega board, Zigbee module and display board deployed at the centre of T-Junction. In our case, we have implemented our system on test board and we have got promising results.
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