Comparative analysis of two steering modes using a car-like mobile robot

Octavio Diaz-Hernández, Samuel Rodriguez-Huitron
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Abstract

Nowadays, the steering system in automotive vehicles still is Ackerman type, which maneuverability is limited, but this dominant system has forced drivers to deal with the maneuverability restrictions that it implies. In this paper is tested and compare two steering modes using a carlike mobile robot. The vehicle was operated by the user through a joystick and two different algorithms were programmed in the vehicle, one is the classic Ackerman steering mode and independent steerability. It was possible to perform the same tests in a workspace for each management mode and then a comparison was made between them. The result of this study allows us to deal with the implementation of a new steering system in cars and / or means of transport to improve the current driving system.
仿车移动机器人两种转向方式的对比分析
目前,汽车的转向系统仍然是阿克曼式的,其操纵性是有限的,但这种主导系统迫使驾驶员去处理它所隐含的操纵性限制。本文采用一种类似汽车的移动机器人对两种转向方式进行了测试和比较。用户通过操纵杆对车辆进行操作,并在车辆中编程了两种不同的算法,一种是经典的Ackerman转向模式和独立转向模式。可以在工作空间中对每种管理模式执行相同的测试,然后在它们之间进行比较。这项研究的结果使我们能够在汽车和/或交通工具上实施新的转向系统,以改善目前的驾驶系统。
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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