搜索资源列表
puma3dfiles
- 6自由度puma机器人仿真程序源码。This is PUMA3d.M, a 3D Matlab Kinematic model of a Puma robot located in the robotics lab of Walla Walla University. The file uses CAD data converted to Matlab using cad2matdemo.m, which is located on the Mathworks central file ex
deadReckonSteering
- 该程序用PID系统实现差动转向车辆控制 -A framework for a differential steering vehicle controlled by a PID system tuned with a genetic algorithm. Kinematic model include: constant velocities and variable velocities model. Accurate and simplified kinematics are provide
solver_elastoplasticity_web
- 2D elastoplasticity solver for a time dependent two-yied model, which generalizes a classical model of linear kinematic hardening and features a hysteresis behaviour. -2D elastoplasticity solver for a time dependent two-yied model, which generalizes
KF
- 一种基于运动模型的扩展卡尔曼滤波（EKF）算法,该方法适用于任何能用状态空间模型表示的非线性系统，精度可以逼近最优估计.-an EKF positioning and tracking algorithm based on kinematic model. This method can apply to any state-space model which is the nonlinear system, and the accuracy can approach to best of al
Surf3D
- a real-time 3D pointing gesture recognition algorithm for natural human-robot interaction (HRI). The recognition errors in previous pointing gesture recognition algorithms are mainly caused by the low performance of the hands tracking module
REAAL
- real-time 3D pointing gesture recognition algorithm for natural human-robot interaction (HRI). The recognition errors in previous pointing gesture recognition algorithms are mainly caused by the low performance of the hands tracking module an
Chaboche-model-application
- 双线性随动 等向强化应变控制循环对称加载-Bilinear kinematic strain-controlled cyclic isotropic hardening symmetrical load
Gearbox-kinematic-modeling
- gearing box kinematic model
Missile-Attitude-control
- 1、利用simulink中sfunction方法建立航天器姿态动力学模型和运动学模型； 2、利用linmod对非线性模型线性化； 3、姿态模型线性化后，利用极点配置（pole）方法求取控制参数； 4、将控制参数带入非线性模型仿真控制效果。-One using simulink sfunction method to establish the dynamic model and kinematic model of the spacecraft attitude 2,
KalmanExample
- Simulation and Kalman filter for a 3rd order kinematic model Using a Discrete Wiener Process Acceleration (DWPA) model, we illustrate the usage of the Java implementation of the Kalman filter we presented in the previous post. The model we
6DOF-Trajectory-Planning
- 通过对六自由度机械臂的轨迹规划的具体分析!基于其运动学模型的算法的模拟实现!关节空间中的轨迹规化等方面的全过程的研究,阐述了机器人轨迹规划的一般规律"运用的规划方法可以很好解决在机械臂在工作过程中的平稳性,以及控制时的实时性和精确性等矛盾问题" -Through the six degrees of freedom manipulator trajectory planning of specific analysis! Algorithm based on its kinematic mo
DHM
- DHM PROGRAM which is used to calculate direct and inverse geometric model,direct and inverse kinematic model anddirect and inverse dynamic model of a serial robot with any dergee of freedem-DHM PROGRAM which is used to calculate direct and inverse ge
FdRLS
- 雷达数据处理对于观测的目标位置数据（称为点迹）进行滤波处理，自动形成航迹，并且可以对下一个目标的位置进行估计预测。利用最小二乘算法（LMS）进行滤波处理，得到了比较稳定的航迹估计。 最小二乘方法是参数估计中一种较为常见的参数估计方法。对于雷达观测数据，在我们假定已经精确知道航迹的运动学模型之后，通过建立观测方程，即可以对于模型的参数，如初速度，初始位置和加速度等进行最小均方误差估计。采用序贯最小二乘的方法可以对观测数据进行实时处理，已对待估计参数进行实时更新，然后利用观测模型可以对 数据进行
KINEMATIC
- 金属材料的随动强化有限元模型，适用于有限元分析的本构模型二次开发-Finite element model of kinematic hardening of metallic materials, constitutive model suitable for finite element analysis of secondary development
kinematic-simulation
- to formulate forward kinematics robot model using robotics tool box in matlab-to formulate forward kinematics robot model using robotics tool box in matlab
kinematic-
- 智能车辆基于运动学模型建立的横向控制策略，MATLAB-Intelligent Vehicle lateral control strategy based on the kinematic model, MATLAB
kinematic-model-of-7DOF-FFSR
- 该MATLAB程序为冗余七自由度自由漂浮空间机器人运动学模型-The MATLAB program is a kinematic model of a redundant 7 DOF free-floating space robot
dynamic-model-of-FFSR
- 该MATLAB程序为六自由度自由漂浮空间机器人动力学模型-The MATLAB program is a kinematic model of a 6DOF free-floating space robot
RoboArm-master
- 机械臂运动学模型，以及GUI开发，包含机械臂正运动、逆运动学验证(Kinematic model of robot arm and GUI development, including mechanical arm forward kinematics and inverse kinematics verification)
SCARA - nb
- SCARA的运动学模型，基于PMAC的两轴运动学方程。(The kinematic model of SCARA is based on the two axis kinematic equations of PMAC.)