基于智能Agent的航天器MEMS 自主热控系统研究

Development of the spacecraft MEMS autonomous thermal control system based on Intelligent Agent

  • 摘要: 以航天器MEMS热控系统为对象,将系统层次的Agent智能体决策体系与热控系统自主控制任务相结合,形成一种无需外界过多干预的自主决策控制机制,即系统自身能依据所辨识出的外部轨道热环境及内部热负荷变化进行控制变量自主调节,达到优化协调多个控制变量且能自适应调节控制器参数的新型智能热控系统。

     

    Abstract: To achieve the goal of spacecraft autonomous thermal control, the Intelligent Agent decision-making architecture is applied to the spacecraft thermal control system based on micro-electro-mechanical systems (MEMS). With little human intervention(supervision or monitoring), the new intelligent spacecraft thermal control system autonomously modulates the control strategies and optimally regulates the control variables according to the identification or feedback of orbital thermal environmental parameters and internal heat load.

     

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