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Concept for Hull-Loss Free Aircraft – Fuzzy Expert for More Advanced Automation in Flight Control

机译:船体损失自由飞机的概念​​ - 用于飞行控制中更先进的自动化的模糊专家

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What is discussed here is a pursuit for the ultra safety transport in the operation, targeting mainly to eliminate human related accidents. The Concept for the Hull-Loss Free Aircraft is presented as the ultra safety aircraft in the operation. Those are consisted of the highly reliable structure and systems based on the fault tolerant design concept, the more automation based on the autonomous control law, and the compatible Air Traffic Control (ATC) system based on the autonomous control and digital communication with the aircraft. The author reminds the importance to place the Flight Command System as a top layer in the flight control for the autonomous operation of the aircraft, including to the ATC interface, and stresses the effectiveness of the Fuzzy Expert System as core control logic to complete the autonomous control in the aircraft. The example of the computer simulation by the logic for the collision avoidance in the air is presented. The co-existence by an autonomous system and a pilot is referred to have well possibility, taking into consideration that the human body and brain has unconscious, and autonomous controls in many ways. The one-man pilot, the windowless cockpit, 10-12 -failures/flight hour system reliability requirement for a critical failure as a specification, the autonomous controlled ATC with the digital interface with the aircraft, etc. Are proposed in the extension of the discussion.
机译:什么是这里讨论的是一个在操作超安全运输,主要针对以消除人类有关的事故的追求。对于赫尔无损耗飞机概念是作为在操作的超安全的飞机。这些是由基于容错设计理念的基础上,自主控制法更多的自动化,并基于自主控制和与飞机数字通信兼容的空中交通管制(ATC)系统高度可靠的结构和系统。笔者提醒的重要性,把飞行指挥系统在对飞机的自主操作,包括对ATC接口的飞行控制顶层,并强调模糊专家系统的有效性为核心控制逻辑来完成自主控制飞机。计算机模拟由用于避免碰撞在空气中的逻辑的示例被呈现。由一个自治系统的共存和飞行员被称为具有很好的可能性,考虑到人的身体和大脑在许多方面不自觉,和自主控制。在一个人的飞行员,没有窗户的驾驶舱,10-12 -failures /对严重故障作为规范飞行小时的系统可靠性的要求,自主控制的ATC与飞机等数字接口的扩展,提出了讨论。

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