基于xPC的实时控制系统的开发:机器人系统控制的解决方案

H. Low, Heng Wang, M. Wang
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引用次数: 33

摘要

构建机器人控制系统通常需要付出很大的努力。此外,远程操作系统还需要实时的操作环境。本文的工作旨在开发一个基于xPC Target的机器人系统实时控制系统。利用MATLAB、Simulink、Real Time Workshop、xPC Target和C/ c++编译器,在Simulink模块和机器人系统之间建立I/O板接口,以硬件在环仿真的方式成功地控制了物理系统。所提出的开发程序为实现实时机器人控制系统提供了一种方便的方法,不需要任何低级语言编程。通过对单直流电机控制、机械手控制和远程操作系统控制的实例分析,说明了利用xPC Target开发机器人控制系统的优越性和便捷性。
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On the development of a real time control system by using xPC Target: solution to robotic system control
Constructing a robotic control system usually needs much effort. Furthermore, the real time operating environment is required for a teleoperation/telemanipulation system. Work in this paper aims at developing a real time control system using xPC Target for robotic system control. By utilizing the software package MATLAB, Simulink, Real Time Workshop, xPC Target and a C/C++ compiler, the I/O boards are interfaced between the Simulink block and the robotic system such that the physical system is controlled successfully in the manner of hardware-in-the-loop simulation. The presented developing procedure shows a convenient way to implement a real time robotic control system, which does not require any low level language programming. Three case studies, which are single DC motor control, robotic hand control, and telemanipulation system control, are performed to demonstrate the advantages and easiness of developing robotic control system using xPC Target.
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