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Research on Motion Control of Wheeled Self-balancing Robot Based on ODE Virtual Reality Technology

机译:基于颂态虚拟现实技术的轮式自平衡机器人运动控制研究

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The simulation results of traditional system simulation, whose technology is based on the solution of mathematical model, are mostly numerical curve, lack of telepresence, third dimension and immersive. According to this problem, virtual reality technology ODE (Open Dynamics Engine) is used for the simulation of characteristic parameters on wheeled self-balancing robot. A wheeled robot model having the feature of real robot's kinematics and dynamics has been built in virtual reality environment to achieve free balance, fixed-point balance, speed tracking, heading control and linear obstacle negotiating. And related procedures have been designed for real-time detection of model parameters and export of simulation data which provide a reliable basis for the experimental study.
机译:传统系统仿真的仿真结果,其技术基于数学模型的解决方案,大多数是数值曲线,缺乏远程呈现,第三维度和沉浸性。根据这个问题,虚拟现实技术ode(开放式动态引擎)用于仿真轮式自平衡机器人的特性参数。虚拟现实环境中建立了一个具有真正的机器人运动学和动态的特征的轮式机器人模型,以实现自由平衡,定点平衡,速度跟踪,标题控制和线性障碍谈判。相关程序已经设计用于实时检测模型参数和导出模拟数据,为实验研究提供可靠的基础。

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