机器人模型预测控制, 机器人质心轨迹规划(Robot model predictive control, robot centroid trajectory planning)

采用matlab仿真分析了加入规划层的MPC控制器对无人车辆的跟随(Using matlab simulation analysis of the MPC controller added to the planning layer to follow the unmanned vehicle)

加入规划层的轨迹跟踪控制，无人驾驶车辆模型预测控制第二版第六章(Add trajectory tracking control of planning layer, Chapter 6 of the second version of model predictive control of driverless vehicles)

无人驾驶汽车轨迹规划，MPC模型预测控制，可直接运行(Path planning of driverless vehicle based on MPC model predictive control)

为减少道路突发事故，提高车辆通行效率，需要研究车辆的紧急避障以实现自主驾驶。 基于车辆点质量模型，设计了非线性模型预测控制( MPC) 路径规划器; 基于车辆动力学模型，设计了线性时变MPC 轨迹跟踪器。(Emergency obstacle avoidance is one of the key points for autonomous driving system. A path planning controller based on non-linear model predicti