Automated vehicles for physically and visually challenged

L. Srinivasavaradhan, G. Chandramouli
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引用次数: 9

Abstract

Of late road traffic becomes congested and unmanageable. Notwithstanding the fact that government takes all steps to reduce congestion, in view of increasing two wheelers, four wheelers not to speak of autos, all important roads are abound with vehicles. Further, many persons do not drive with diligent-neither they think of themselves nor of others. In the circumstances, it is of dire need that with the available infrastructure we should do something for the benefit of the society as a whole. In this context we have developed a mechanism of fuzzy logic which reduces the accidents and also helps for physically/visually challenged persons. The proposed system will reduce the accidents by neighboring vehicle detection, obstacle detection, controlling the vehicle speed, traffic light detection and signboard detections. All these above mentioned facilities are automated (i.e.) with out any human interventions. One of the main advantages of our system is that we don't need to replace the existing vehicles, placing the circuit in speedometer is enough. Another main advantage is that the same circuit that we have designed can also be extended to defence, space research, wheel chairs etc..
为残疾人和视力障碍人士设计的自动驾驶汽车
后来道路交通变得拥挤不堪,难以管理。尽管政府采取了一切措施来减少交通拥堵,但鉴于两轮车、四轮车越来越多,更不用说汽车了,所有重要的道路上都挤满了车辆。此外,许多人开车不勤奋——既不为自己考虑,也不为别人考虑。在这种情况下,迫切需要利用现有的基础设施,我们应该为整个社会的利益做点什么。在这种情况下,我们开发了一种模糊逻辑机制,它可以减少事故,也可以帮助身体/视力有障碍的人。该系统通过邻车检测、障碍物检测、车速控制、红绿灯检测和路牌检测来减少交通事故的发生。上述所有设施都是自动化的(即),没有任何人为干预。我们的系统的一个主要优点是,我们不需要更换现有的车辆,把电路放在速度计就足够了。另一个主要优势是,我们设计的电路也可以扩展到国防、太空研究、轮椅等领域。
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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