The method of coordinates calculation of a flight trajectory of the aircraft, adjusted by the reference points and values of radiuses of circles on which the bend in case of change of a direction of the movement should carry out the aircraft is resulted. It is shown that it’s easier to carry out nessesary calculations in special system of the co-ordinates which position in space is defined by three reference points of a trajectory
Adapting to complicated battlefield situation, modern aircrafts should be capable of reaching more a...
This work deals with fi nding an optimal trajectory of an aircraft, both in continuous and discretiz...
Adirect method for a real-time generationof near-optimal spatial trajectories of short-termmaneuvers...
A simple mathematical model of the aircraft flying to create test trajectories is used for modeling ...
This paper discusses the problem of determining a kinematics (in terms of transfer function, as far ...
Abstract — The purpose of this communication is to investigate the interest of using a spatial refer...
In this paper, we propose a new method and algorithms that allow us to design complex spatial trajec...
International audienceThe purpose of this communication is to investigate the interest of using a sp...
The purpose of the scientific research, results are determinated in the article, is to analytically ...
An algorithm for aircraft trajectory prediction is presented that is based on two algebraic represen...
In this paper, optimal four dimensions trajectories (three space dimensions and one time dimension) ...
This article is concerned with methods of computing a path in 3-DOF space that describes the desired...
This thesis presents the flight trajectory analysis for a given aircraft configuration starting wit...
The paper describes an application of the A * algorithm for flight path planning for airplanes with ...
In the paper, mathematical relationships which are used to describe kinematic variables of the aircr...
Adapting to complicated battlefield situation, modern aircrafts should be capable of reaching more a...
This work deals with fi nding an optimal trajectory of an aircraft, both in continuous and discretiz...
Adirect method for a real-time generationof near-optimal spatial trajectories of short-termmaneuvers...
A simple mathematical model of the aircraft flying to create test trajectories is used for modeling ...
This paper discusses the problem of determining a kinematics (in terms of transfer function, as far ...
Abstract — The purpose of this communication is to investigate the interest of using a spatial refer...
In this paper, we propose a new method and algorithms that allow us to design complex spatial trajec...
International audienceThe purpose of this communication is to investigate the interest of using a sp...
The purpose of the scientific research, results are determinated in the article, is to analytically ...
An algorithm for aircraft trajectory prediction is presented that is based on two algebraic represen...
In this paper, optimal four dimensions trajectories (three space dimensions and one time dimension) ...
This article is concerned with methods of computing a path in 3-DOF space that describes the desired...
This thesis presents the flight trajectory analysis for a given aircraft configuration starting wit...
The paper describes an application of the A * algorithm for flight path planning for airplanes with ...
In the paper, mathematical relationships which are used to describe kinematic variables of the aircr...
Adapting to complicated battlefield situation, modern aircrafts should be capable of reaching more a...
This work deals with fi nding an optimal trajectory of an aircraft, both in continuous and discretiz...
Adirect method for a real-time generationof near-optimal spatial trajectories of short-termmaneuvers...