RMAC

IF 1.3 Q4 MEDICAL INFORMATICS
Hitender Vats, R. S. Tomar
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引用次数: 0

Abstract

One knows that smart transport is also an integrated part of healthcare technologies. To minimize the pollution for benefiting the healthcare, the traffic throughput on roundabout intersection has to be increased which will reduce wasted time and will also enhance passenger comfort. This paper presents a new approach by use of cooperative vehicular control utilizing VANET without compromising the safety of vehicles. This intersection side unit (ISU)-based system use lane change mechanism. The modular use of lane with lane change in newly designed protocol CARA (collision avoidance at roundabout algorithm) will greatly enhance the capacity utilization of roundabout. A new simulator ‘RoundSim' was also developed exclusively for simulation in roundabout. A new MAC protocol RMAC (roundabout MAC) is also designed which will suit the roundabout management utilizing lane change to minimize sudden jerk to passengers, thus enhancing healthcare of people. This RMAC utilizes message set with different prioritization scheme which results in better utilization of allotted frequency spectrum.
RMAC
众所周知,智能交通也是医疗技术的一个组成部分。为了最大限度地减少污染,有利于健康,必须增加交叉路口的交通吞吐量,这样可以减少浪费的时间,也可以提高乘客的舒适度。本文提出了在不影响车辆安全的前提下,利用VANET进行车辆协同控制的新方法。该系统基于交叉口侧单元(ISU),采用变道机制。新设计的环形交叉口避撞算法CARA (collision avoidance at roundabout algorithm)将带变道的车道模块化使用,大大提高了环形交叉口的容量利用率。一个新的模拟器' RoundSim'也开发了专门模拟在回旋。设计了一种新的环形交叉口控制协议RMAC (roundabout MAC),该协议将适应环形交叉口的管理,利用变道来减少乘客的突然颠簸,从而提高人们的健康水平。该RMAC利用具有不同优先级方案的消息集,从而更好地利用分配的频谱。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
CiteScore
5.20
自引率
0.00%
发文量
18
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