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Evolving Systems: An Outcome of Fondest Hopes and Wildest Dreams

机译:不断发展的系统:最美好的希望和最疯狂的梦想的结果

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New theory is presented for evolving systems, which are autonomously controlled subsystems that self-assemble into a new evolved system with a higher purpose. Evolving systems of aerospace structures often require additional control when assembling to maintain stability during the entire evolution process. This is the concept of Adaptive Key Component Control that operates through one specific component to maintain stability during the evolution. In addition, this control must often overcome persistent disturbances that occur while the evolution is in progress. Theoretical results will be presented for Adaptive Key Component control for persistent disturbance rejection. An illustrative example will demonstrate the Adaptive Key Component controller on a system composed of rigid body and flexible body modes.
机译:提出了有关进化系统的新理论,这些系统是自动控制的子系统,这些子系统可以自我组装成具有更高用途的新进化系统。在组装过程中,不断发展的航空航天结构系统通常需要额外的控制,以在整个进化过程中保持稳定性。这是“自适应关键组件控制”的概念,它通过一个特定的组件进行操作以在演化过程中保持稳定性。另外,这种控制通常必须克服在进化过程中发生的持续干扰。将给出用于持久性干扰抑制的自适应关键组件控制的理论结果。一个说明性示例将演示在由刚体和柔体模式组成的系统上的“自适应关键组件”控制器。

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