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- Finally, an example on trajectory planning is given and simulated. 给出了算例并进行了仿真计算,验证研究的正确性。
- The proposed interpolator can also be applied to the trajectory planning of the other parametric curves. 该算法同样可以应用于其他参数曲线的轨迹规划。
- In this paper, an effective geometry-graphics method based on Euclid space for welding robot collision-free trajectory planning is studied. 研究解决了基于工作空间焊接机器人无碰撞轨迹规划问题的有效途径几何图形法。
- In the forth chapter, it is to analyze the kinematics on the ArP2Arm, and to discuss the trajectory planning of the arm. 还有硬件,如一个具有5DOF的机械手臂ArP2Arm。
- In this paper, the influence ofinitial configuration on trajectory planning alg orithms for redundant robots is studied. 就初位形对冗余度机器人轨迹规划算法效果的影响进行了研究。
- The hand path tracking and joint trajectory planning is a very important research topic in the field of robot applications. 手部路径跟踪和关节轨迹规划是机器人应用领域中一个非常重要的课题。
- Consequently, two optimal dynamic trajectory planning problems in associated with this task space redundant DOF are investigated. 因此,本文即针对此直角座标空间多馀自由度提出两类最佳化动力轨迹规划问题及其求解方法。
- The trajectory planning of wire-driven rehabilitative robot was researched according to pelvis motion in the plane while a healthy person walking. 摘要根据正常人步态运动中骨盆在水平面内的运动情况,对绳索牵引康复机器人进行了轨迹规划研究。
- According to the nonholonomy and redundancy of a free floating space robot,we made a further research on trajectory planning under Descartes coordinate frame. 针对空间机器人非完整性和冗余性 ,对笛卡尔空间下的轨迹规划问题进行了研究。
- A 3-RPS parallel platform for experiment is build up.With the inverse kinematics theory of parallel mechanism,the trajectory planning of moving platform is analyzed. 构造了3-RPS并联机构试验台,运用并联机构逆运动学分析理论,分析研究动平台的运动轨迹规划。
- Because arc length of trajectory is regarded as the variant in geodesics based method, it possesses the advantages of non-time based trajectory planning at the same time. 本文的基于测地线的轨迹规划是以轨迹弧长作为参考变量的,因此它还具有非时间参考的机器人轨迹规划的优点。
- A geodesic based trajectory planning method for robots is proposed in this paper, which overcomes some shortcomings of traditional trajectory planning method. 摘要提出了一种基于测地线的机器人轨迹规划方法。
- The paper introduced the principles of case rotation system, presented the algorithm of trajectory planning, analyzed the characteristics of control system, and provided a compensation method for system friction nonlinearity by Coulomb friction model. 文中介绍了壳体翻滚系统的组成与原理,提出了一种轨迹规划的算法,分析了被控对象的特性,应用库仑摩擦模型补偿系统摩擦非线性,并对控制系统进行建模与仿真。
- The paper mainly discusses the realization of simulation modules, which include robot and environment building module, robot command module, trajectory planning module, kinematics module and collision check module. 摘要讨论了图形仿真系统中机器人及环境图形建模,机器人指令,轨迹规划,运动学正解逆解,碰撞检测,系统帮助等模块的实现方法。
- The second case is to track a series trajectory plans of walking for the biped robot. 透过计算,我们可以得到所有连杆的几何关系。利用连杆的几何关系,我们可以得到所有连杆的角度变化。
- Robot manipulability includes the geometry, kinematics and dynamics, trajectory planning and the mode of optima] control of framework, which is the base of the design and control of robot. Many specialists attach importance to it. 机器人操作性能涉及到机器人机构的几何学、运动学与动力学性能以及运动规划和最优控制方式,是机器人设计与控制的理论基础,越来越受到机器人学界的重视。
- To improve the rising-falling character and the walking stability of the hexapod robot, on the basis of its kinematics analysis, thin paper presents its fact trajectory planning on the flat ground without obstacles. 摘要在对六足步行机运动学分析的基础上,为了改善步行机的起落特性及步行稳定性,进行了平地无障碍足端轨迹规划。
- Trajectory planning of robot was also researched. In this paper, path planning algorithm in the joint space and two kinds of linear interpolation algorithms in the Cartesian space were introduced. 本文还研究了机器人轨迹规划技术,讨论了SCARA机器人的关节空间轨迹规划算法和笛卡儿空间的两种直线轨迹插补方法。
- On the basis of the results form various simulations, a simple method for determining EDOF is proposed, and this method can quickly and handily carry out the trajectory planning of tools. 在大量仿真实验结果的指导下,提出一种更加简单的确定多余自由度的方法,该方法可以在机床的实际控制中快捷地实现刀具轨迹规划。
- In a self-Reconfiguration modular exploration robots system (RMERS), the trajectory planning based on sensor information is carried out to validate the feasibility of space docking. 把该方法应用于可重构模块化探测机器人系统中,提出了基于传感器信息的轨迹规划方法,对子机器人空间对接过程的仿真试验验证了轨迹规划和空间对接的可行性。