Modeling of movement of a system of two linearly connected objects in stochastic stations in the software of an automated air traffic control system

Authors

DOI:

https://doi.org/10.18372/2073-4751.68.16520

Keywords:

software, automated flight data processing system, wavelet filtering, mathematical pendulum, analytical communication

Abstract

Mathematical and software have been developed to increase the efficiency of the automated air traffic control system and to solve the problem of flight safety. This allows from a single system position to synthesize conflict-free trajectory control of aircraft by means of an automated information processing system.

The problem of estimating the parameters of aircraft movement in stochastic formulation is formulated.

To solve the problem in the new production, wavelet filtering of data is used for the first time, taking into account the analytical relationships between the determined bases of object motion, which allows to increase the accuracy of estimating the motion characteristics of objects in airspace. This makes it possible to reduce the minimum allowable interval between aircraft and to optimize the structure of the airspace in order to improve capacity and ensure flight safety.

The accuracy and reliability of systems increases.

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Published

2021-12-22

Issue

Section

Статті