The airborne intelligent pilot motor actions decisions support system and its methodological foundation

Deals with the design ofan airborne intelligent pilot action level decisions support system, which provides a multifunctional cockpit display of optimal flight trajectory in the image of “road in the sky”. This system of intelligent support of pilot´s operation during maneuvering at “standard” trajectories (such as climb-up, flight on a route, battle maneuvering, returning to the base, landing etc.), is a part of a universal pilot support system. The general structure of such a system, its input and output signals, the way of boundary condition set, the method of optimization task solution (based on approximation of the trajectory by a special polynomial) and on-board trajectories formation procedure, are discussed