Trajectory Tracking for Leader-Follower Vehicle System with Velocity Constraints

Senyi Liu, Yutong Xie, Lianxin Zhang, Xiangyu Lei, Xiao Yu, Zhenglong Sun, Huihuan Qian
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引用次数: 1

Abstract

Leader-follower system could expand the load capacity in transport tasks. While few related literatures pay attention to the physical limitation and limit the maximum output velocity of designed controller. This paper expands a trajectory tracking controller with velocity constraints to leader-follower system. Leader and follower are both subjected to linear velocity constraint and angular velocity constraint due to the physical limitation. Selected trajectory tracking controller is applied in leader-follower system. Meanwhile, noises in reference trajectory of follower are released by Kalman filter. Then, a physical experiment platform with Turtlebots is established to verify this control scheme. Finally, experiment results of several examples proved the practicability of proposed control system. The velocity commands of this control system would not exceed the limitation of physical limitation.
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具有速度约束的Leader-Follower车辆系统的轨迹跟踪
Leader-follower系统可以扩大运输任务的负载能力。而很少有相关文献关注物理限制和限制所设计控制器的最大输出速度。本文将一种带速度约束的轨迹跟踪控制器扩展到领导者-追随者系统。由于物理上的限制,领导者和跟随者都受到线速度约束和角速度约束。选择轨迹跟踪控制器应用于领导-跟随系统。同时,通过卡尔曼滤波去除从动器参考轨迹中的噪声。在此基础上,建立了Turtlebots物理实验平台,对该控制方案进行了验证。最后,通过几个算例的实验结果证明了所提控制系统的实用性。该控制系统的速度指令不会超过物理限制。
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