Path planning for car like mobile robot using robot operating system

S. Fusic, M. Karlmarx, I. Leando, K. Hariharan
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Abstract

This paper presents a novel Car Like Mobile Robot (CLMR) testing, to create a different path planning environment with static obstacles, by using the 3D open source simulation model under GAZEBO and another simulation tool is Matlab. First to design a mobile robot using gazebo software and planning the path for the developed environment. To implement the different path planning with static obstacle in the Matlab software, and also MATLAB program is written by to calculating the distance and identify the obstacles of the path. The gazebo software results are compared with the MATLAB simulation results with static obstacles for path planning. And finally design a prototype of CLMR. To compared the simulation and real-time results for static obstacles. In this paper the Matlab and Gazebo simulation results and hardware path planning results are compared to predict the proper path for reaching the destination.
基于机器人操作系统的类车移动机器人路径规划
本文提出了一种新型的类车移动机器人(Car - Like Mobile Robot, CLMR)测试方法,利用GAZEBO下的三维开源仿真模型和Matlab仿真工具,创建一个具有静态障碍物的不同路径规划环境。首先利用凉亭软件设计移动机器人,并对开发环境进行路径规划。在Matlab软件中实现了带有静态障碍物的不同路径规划,并编写了Matlab程序来计算路径的距离和识别障碍物。将凉亭软件的仿真结果与带有静态障碍物的MATLAB仿真结果进行对比,进行路径规划。最后设计了CLMR的原型。将静态障碍物的仿真结果与实时结果进行比较。本文将Matlab和Gazebo仿真结果与硬件路径规划结果进行对比,预测到达目的地的合适路径。
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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