Abstract. This paper describes the design of an RCS based formation flying control for the Starlight space interferometer mission, consisting of two spacecrafts. Both slew and tracking control are seamlessly integrated within the same control architecture, allowing for position and velocity mode of operation, while ensuring smooth transition between slewing and tracking. To minimize the duration of thruster induced disturbances during interferometric observations, thruster activities on each spacecraft are synchronized and limited to the first second of each 30 second time window
The StarLight mission aimed to place the first formation flying optical interferometer into space in...
The concept of flying an occulting shade in formation with an orbiting space telescope to enable ast...
In a quest to improve space-based observational ca-pability, an increasing number of investigators a...
Abstract: This paper presents an adaptive control system for coordination and control of a fleet of...
Projecte fet en col.laboración amb Space Systems Laboratory (Massachusetts Institute ofTechnology, C...
This paper describes spacecraft formation control and sens-ing research with application to a Separa...
In the observation slewing of long base-line'interferometers formed by multiple b flying spacec...
In this paper we describe current research in tethered formations for interferometry, and a roadmap ...
This contribution addresses the control design for the three-spacecraft formation flying interferom...
Formation flying is commonly identified as the collective usage of two or more cooperative spacecraf...
Abstract: The capability of maintaining two satellites in precise relative position, stable in a cel...
ABSTRACT- This paper is the first comprehensive spacecraft formation flying guidance (FFG) survey. H...
This paper describes the TerraSAR-X / TanDEM-X formation control concept, which bases on the relativ...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 2009.In...
The MIT's Space Systems Laboratory developed the Synchronized Position Hold Engage and Reorient Expe...
The StarLight mission aimed to place the first formation flying optical interferometer into space in...
The concept of flying an occulting shade in formation with an orbiting space telescope to enable ast...
In a quest to improve space-based observational ca-pability, an increasing number of investigators a...
Abstract: This paper presents an adaptive control system for coordination and control of a fleet of...
Projecte fet en col.laboración amb Space Systems Laboratory (Massachusetts Institute ofTechnology, C...
This paper describes spacecraft formation control and sens-ing research with application to a Separa...
In the observation slewing of long base-line'interferometers formed by multiple b flying spacec...
In this paper we describe current research in tethered formations for interferometry, and a roadmap ...
This contribution addresses the control design for the three-spacecraft formation flying interferom...
Formation flying is commonly identified as the collective usage of two or more cooperative spacecraf...
Abstract: The capability of maintaining two satellites in precise relative position, stable in a cel...
ABSTRACT- This paper is the first comprehensive spacecraft formation flying guidance (FFG) survey. H...
This paper describes the TerraSAR-X / TanDEM-X formation control concept, which bases on the relativ...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 2009.In...
The MIT's Space Systems Laboratory developed the Synchronized Position Hold Engage and Reorient Expe...
The StarLight mission aimed to place the first formation flying optical interferometer into space in...
The concept of flying an occulting shade in formation with an orbiting space telescope to enable ast...
In a quest to improve space-based observational ca-pability, an increasing number of investigators a...