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首页> 外文期刊>International Journal of Control >Formation control of multiple vehicles using dynamic surface control and hybrid systems
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Formation control of multiple vehicles using dynamic surface control and hybrid systems

机译:使用动态表面控制和混合系统控制多辆车辆的编队

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This paper deals with the formation control of multiple vehicles, using a combination of dynamic surface sliding control and hybrid systems. Each vehicle must perform several manoeuvres, either independently, or in a coordinated fashion as part of a vehicle formation. A dynamic surface controller is designed for each manoeuvre. Switches between manoeuvres and communication protocols between vehicles are represented using hybrid systems formalisms. Here, we present the design of both independent and coordinated dynamic positioning (DP) controllers for ocean vehicles using dynamic surface control. Independent and coordinated dynamic positioning are manoeuvres that the modules forming a floating runway at sea must perform. Experimental results using scaled modules are shown. [References: 19]
机译:本文结合动态表面滑动控制和混合动力系统来研究多辆车辆的编队控制。作为车辆编队的一部分,每辆车必须独立地或以协调的方式进行几次操纵。为每个动作设计了动态表面控制器。车辆之间的操纵和通信协议之间的切换使用混合系统形式表示。在这里,我们介绍了使用动态表面控制的海洋车辆独立和协调动态定位(DP)控制器的设计。独立和协调的动态定位是构成海上浮动跑道的模块必须执行的操作。显示了使用缩放模块的实验结果。 [参考:19]

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