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PROBLEM OF THE EFFICIENT MODERNIZATION OF THE AIRPLANE STABILIZING COMPLEXES

机译:飞机稳定系统的高效现代化问题

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摘要

To achieve the high borders of aircraft trajectory motion accuracy the efficient modernization of existing on-board stabilizing complexes is offered. In particular, it is proposed to modernize laws of the stabilizations, used in the complexes, by results of scientifically-motivated choice of the optimal structures and simultaneously parameters of the stated laws, obligatory taking into account the stochastic nature of real disturbing factors of flight. The modernized algorithm of optimal structure synthesis of an interconnected system of stabilization of an aircraft in cruising motion is offered, which is based on ideas of the Wiener-Kolmogorov's method, taking into consideration only random disturbing factors of the movement. On practical example of the synthesis of optimal structures of the system of aircraft lateral motion stabilization in cruising flight and obtained results it is shown that due to offered optimal processing of on-board navigational information flows it is possible to provide competitiveness of the aircraft motion in echelons.
机译:为了实现飞机轨迹运动精度的高边界,提供了现有机载稳定系统的高效现代化。特别地,建议通过科学地选择最佳结构和同时指定所述定律的参数的结果,对复合物中所用的稳定定律进行现代化,必须考虑到实际干扰因素的随机性。 。基于维纳-柯尔莫哥洛夫(Wiener-Kolmogorov)方法的思想,仅考虑机芯的随机扰动因素,提供了一种在巡航运动中稳定飞机的互连系统的最佳结构综合的现代化算法。在巡航飞行中飞机横向运动稳定系统的最佳结构综合的实际例子中,获得的结果表明,由于提供了机载导航信息流的最佳处理,因此有可能提高飞机运动的竞争力。梯队。

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