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AN APPROACH TO VALIDATION PLANS FOR SATELLITE CONTROL GENERATED WITH PLANNERS SYSTEMS BASED AUTONOMOUS ARTIFICIAL INTELLIGENCE

机译:基于自主人工智能的平板系统生成的卫星控制验证计划方法

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The algorithms generated all possible plans for FSM described, regardless of the end state. However to meet the main requirement of the planner (from an initial goal, shall be able to plan to achieve the final goal) it is necessary that the algorithms are changed including the restriction to be selected only the plans that include final goal. The plausibility checker would be completed with this implementation and can be used to verify the plans on the ground stations. The method for the plausibility checker can be used in the safety bag. However, the approach changes slightly due to the dynamic characteristic of the, the purpose of including a safety bag on-board computer is to make the actions of the plan are evaluated in real time, therefore the initial state is changed, assuming is position.
机译:无论最终状态如何,算法都会为所描述的FSM生成所有可能的计划。但是,为了满足计划者的主要要求(从最初的目标开始,应能够计划以实现最终目标),必须更改算法(包括限制条件),以仅选择包含最终目标的计划。似真性检查器将通过此实现完成,并可用于验证地面站上的计划。可信度检查器的方法可以在安全袋中使用。但是,该方法由于其动态特性而略有变化,包括一个安全气囊车载计算机的目的是使计划的动作得到实时评估,因此初始状态会发生变化,假设位置是正确的。

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