Add to ORKGAbstract: We delineate on the optimal control strategies for the uv-plane coverage and the associated combinatorial optimization problems. The results are represented in the context of the separated spacecraft optical interferometry ST3 mission
Among applications of formation flying, several case scenarios for High Resolution Remote Sensing Sa...
The ability of a spacecraft formation to maintain a stable relative geometry is often critical to th...
Spacecraft Formation Flying (FF) is a modern technology in Space Mission Design. Many recent mission...
The scienti c community has proposed several missions to expand our knowledge about the universe, i...
The use of multiple spacecraft formations to form interferometric images offer many advantages, incl...
Projecte fet en col.laboración amb Space Systems Laboratory (Massachusetts Institute ofTechnology, C...
In the current study, control strategies are investigated for spacecraft imaging formations in multi...
We consider a multi-spacecraft distributed formation consisting of several free-flying spacecraft, e...
The objective of the proposed NASA Origins mission, Planet Imager, is the high-resolution imaging of...
The capability of space-based sensors to collect images is directly related to the agility of the s...
In this paper, the design of minimum-fuel maneuvers for multispacecraft interferometric imaging syst...
In this paper, the design of minimum-fuel maneuvers for multispacecraft interferometric imaging syst...
In this article a methodology to obtain near-minimum fuel maneuvers for space-based in-terferometric...
This paper proposes an image-based visual-servoing algorithm that allows for optimal formation contr...
This paper proposes an image-based visual-servoing algorithm that allows for optimal formation contr...
Among applications of formation flying, several case scenarios for High Resolution Remote Sensing Sa...
The ability of a spacecraft formation to maintain a stable relative geometry is often critical to th...
Spacecraft Formation Flying (FF) is a modern technology in Space Mission Design. Many recent mission...
The scienti c community has proposed several missions to expand our knowledge about the universe, i...
The use of multiple spacecraft formations to form interferometric images offer many advantages, incl...
Projecte fet en col.laboración amb Space Systems Laboratory (Massachusetts Institute ofTechnology, C...
In the current study, control strategies are investigated for spacecraft imaging formations in multi...
We consider a multi-spacecraft distributed formation consisting of several free-flying spacecraft, e...
The objective of the proposed NASA Origins mission, Planet Imager, is the high-resolution imaging of...
The capability of space-based sensors to collect images is directly related to the agility of the s...
In this paper, the design of minimum-fuel maneuvers for multispacecraft interferometric imaging syst...
In this paper, the design of minimum-fuel maneuvers for multispacecraft interferometric imaging syst...
In this article a methodology to obtain near-minimum fuel maneuvers for space-based in-terferometric...
This paper proposes an image-based visual-servoing algorithm that allows for optimal formation contr...
This paper proposes an image-based visual-servoing algorithm that allows for optimal formation contr...
Among applications of formation flying, several case scenarios for High Resolution Remote Sensing Sa...
The ability of a spacecraft formation to maintain a stable relative geometry is often critical to th...
Spacecraft Formation Flying (FF) is a modern technology in Space Mission Design. Many recent mission...