The problem of optimal reorientation of the spacecraft orbit is considered. For solving the problem we used quaternion equations of motion written in rotating coordinate system. The use of quaternion variables makes this consideration more efficient. The problem of optimal control is solved on the basis of the maximum principle. An example of numerical solution of the problem is given
A first order analytical model for optimal small amplitude attitude maneuvers of spacecraft with cyl...
Spacecraft can be commanded to perform fuel-optimal attitude maneuvers subject to path constraints a...
Spacecraft reorientation can require propellant even when using gyroscopes since these have momentum...
The problem of optimal reorientation of the spacecraft orbit is considered. For solving the problem ...
The problem of optimal reorientation of the spacecraft orbit is considered. For solving the problem ...
The problem of large-angle, three-dimensional reorientation of asymmetric space vehicles in a fuel o...
This paper examines an optimal spacecraft attitude control problem in the presence of complicated at...
This paper considers the problem of planning optimal attitude motions for spacecraft. The extremal s...
This paper mainly deals with the optimal control of an accompanying satellite (AS) rotating around t...
A method requiring low-computational overhead is presented which generates low-torque reference moti...
Abstract An effective procedure is presented for the determination of the optimal control input for ...
This paper considers the problem of optimal controlling of a programmed motion of a rigid spacecr...
The optimal control problem of the spin axis of a gyrostat is studied and solved via a direct transc...
The nature of time optimal rotations of a rigid spacecraft with distinct principal moments of inerti...
We study the problem of determining time-optimal control of in-plane rendezvous transfer of spacecra...
A first order analytical model for optimal small amplitude attitude maneuvers of spacecraft with cyl...
Spacecraft can be commanded to perform fuel-optimal attitude maneuvers subject to path constraints a...
Spacecraft reorientation can require propellant even when using gyroscopes since these have momentum...
The problem of optimal reorientation of the spacecraft orbit is considered. For solving the problem ...
The problem of optimal reorientation of the spacecraft orbit is considered. For solving the problem ...
The problem of large-angle, three-dimensional reorientation of asymmetric space vehicles in a fuel o...
This paper examines an optimal spacecraft attitude control problem in the presence of complicated at...
This paper considers the problem of planning optimal attitude motions for spacecraft. The extremal s...
This paper mainly deals with the optimal control of an accompanying satellite (AS) rotating around t...
A method requiring low-computational overhead is presented which generates low-torque reference moti...
Abstract An effective procedure is presented for the determination of the optimal control input for ...
This paper considers the problem of optimal controlling of a programmed motion of a rigid spacecr...
The optimal control problem of the spin axis of a gyrostat is studied and solved via a direct transc...
The nature of time optimal rotations of a rigid spacecraft with distinct principal moments of inerti...
We study the problem of determining time-optimal control of in-plane rendezvous transfer of spacecra...
A first order analytical model for optimal small amplitude attitude maneuvers of spacecraft with cyl...
Spacecraft can be commanded to perform fuel-optimal attitude maneuvers subject to path constraints a...
Spacecraft reorientation can require propellant even when using gyroscopes since these have momentum...