Abstract: The work describes algorithms for minimization in the spaces of impulse components and angles of impulse applications. It is shown that there is a possibility of reducing considerably the time of searching optimal solutions making use of some specific physical characteristics of the task. The described graphical interaction with the task ensures that advantages of numerical and analytical methods are put together. The given iterative procedure shows how to obtain solution with the required accuracies taking in to account all main perturbations. Solutions of four, three and two impulse tasks are given as examples.Note: Research direction:Theoretical and applied problems of mechanic
The subject of this paper is the problem of estimating the maneuver parameters performed by an activ...
The three-dimensional rendezvous between two spacecraft is considered: a target spacecraft on a circ...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Abstract: The problem of a rendezvous of two spacecrafts on the close near-circular orbits...
Abstract: The four–impulse rendezvous of two spacecrafts moving initially on close near–ci...
Abstract: In a previous work, the authors developed a trajectory planning algorithm for spacecraft r...
A method has been developed for determining optimal, i.e. minimum fuel, trajectories for the fixed-t...
The word 'rendezvous' implies a pre-arranged meeting between two entities for a specific purpose. Th...
The goal of this paper is to find the number of impulses, value of them and transfer orbit(s) parame...
In this thesis, two fundamental steps of the orbital rendezvous are studied: the relative navigation...
In this paper we present, a comparison of trajectory optimization approaches for the minimum fuel re...
Abstract The goal of the present paper is to study orbital coplanar maneuvers between circular orb...
In this article, we focus on safe and effective completion of a rendezvous and docking task by looki...
The problem of spacecraft transferring to the vicinity of space debris object in close low-eccentric...
The minimum-time, low-constant-thrust, same circular orbit rendezvous problem is studied using a rel...
The subject of this paper is the problem of estimating the maneuver parameters performed by an activ...
The three-dimensional rendezvous between two spacecraft is considered: a target spacecraft on a circ...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Abstract: The problem of a rendezvous of two spacecrafts on the close near-circular orbits...
Abstract: The four–impulse rendezvous of two spacecrafts moving initially on close near–ci...
Abstract: In a previous work, the authors developed a trajectory planning algorithm for spacecraft r...
A method has been developed for determining optimal, i.e. minimum fuel, trajectories for the fixed-t...
The word 'rendezvous' implies a pre-arranged meeting between two entities for a specific purpose. Th...
The goal of this paper is to find the number of impulses, value of them and transfer orbit(s) parame...
In this thesis, two fundamental steps of the orbital rendezvous are studied: the relative navigation...
In this paper we present, a comparison of trajectory optimization approaches for the minimum fuel re...
Abstract The goal of the present paper is to study orbital coplanar maneuvers between circular orb...
In this article, we focus on safe and effective completion of a rendezvous and docking task by looki...
The problem of spacecraft transferring to the vicinity of space debris object in close low-eccentric...
The minimum-time, low-constant-thrust, same circular orbit rendezvous problem is studied using a rel...
The subject of this paper is the problem of estimating the maneuver parameters performed by an activ...
The three-dimensional rendezvous between two spacecraft is considered: a target spacecraft on a circ...
Due to the character of the original source materials and the nature of batch digitization, quality ...