Formation Control for Nonholonomic Agents Using Passivity Techniques
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摘要: 讨论了非完整性多体编队运动问题.首先利用动态反馈将单个体的动力学模型线性化为2个三阶输入输出积分链的形式;然后提出一种带有单个体间阻尼注入的非连续分布式控制律,并利用Liapunov方法证明了在该控制律作用下闭环系统的渐进稳定性;最后通过一个平面机器人的编队运动仿真验证了所提方法的有效性.Abstract: The problem of formation control for multiple nonholonomic agents on a plane was studied. A dynamic feedback linearization method was used to transform each agent's dynamicalmodel in to two third-order in tegrator chains. Then a decentralized formation control law with inter-agent damping in jection was derived. A symptotical stability of the overall system was proved by Liapunov method. Simulation for a planar vehicles. formation maneuver shows the effectiveness of the proposed strategy.
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Key words:
- nonholonomic agents /
- formation /
- full-state linearization /
- passivity
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