Spacecraft flying in tetrahedron formations are excellent for electromagnetic and plasma studies. The quality of the science recorded is strongly affected by the tetrahedron evolution. This paper is a preliminary study on the computation of quality factors and visualization for a formation of four or five satellites. Four of the satellites are arranged geometrically in a tetrahedron shape. If a fifth satellite is present, it is arbitrarily initialized at the geometric center of the tetrahedron. The fifth satellite could act as a collector or as a spare spacecraft. Tetrahedron natural coordinates are employed for the initialization. The natural orbit evolution is visualized in geocentric equatorial inertial and in geocentric solar magnetosph...
A recent development in spacecraft mission design involves the increasing use of Distributed Spacecr...
International audienceReciprocal Vectors of the tetrahedron have been used since the beginning of th...
Abstract - The SPHERES Tether project of the MIT Space Systems Lab (MIT-SSL) is working in support o...
This paper presents an algorithm that can provide initial conditions for formation flying at the beg...
The present paper studies the formation flight of four nanosatellites forming a tetrahedron. The m...
Abstract: The problem of designing, deploying, and keeping a highly elliptical orbit tetra...
This paper describes the underlying dynamics of formation flying in a high-eccentricity orbit such a...
This paper describes the underlying dynamics of formation flying in a high-eccentricity orbit such a...
A control methodology to design and establish spacecraft formations is presented. The intuitive desi...
A decentralized control algorithm for the construction of a tetrahedral configuration using differen...
The Centre for Large Space Structures and Systems Inc. (CLS3) is planning a low Earth orbit formati...
The fundamentals of spacecraft formation flying and general orbital mechanics are reviewed. Original...
The MMS mission consists of four identical spinning spacecraft in a tetrahedron-like formation durin...
Abstract: The capability of maintaining two satellites in precise relative position, stable in a cel...
Abstract - Spacecraft formation flying technology is opening new scenarios for future space missions...
A recent development in spacecraft mission design involves the increasing use of Distributed Spacecr...
International audienceReciprocal Vectors of the tetrahedron have been used since the beginning of th...
Abstract - The SPHERES Tether project of the MIT Space Systems Lab (MIT-SSL) is working in support o...
This paper presents an algorithm that can provide initial conditions for formation flying at the beg...
The present paper studies the formation flight of four nanosatellites forming a tetrahedron. The m...
Abstract: The problem of designing, deploying, and keeping a highly elliptical orbit tetra...
This paper describes the underlying dynamics of formation flying in a high-eccentricity orbit such a...
This paper describes the underlying dynamics of formation flying in a high-eccentricity orbit such a...
A control methodology to design and establish spacecraft formations is presented. The intuitive desi...
A decentralized control algorithm for the construction of a tetrahedral configuration using differen...
The Centre for Large Space Structures and Systems Inc. (CLS3) is planning a low Earth orbit formati...
The fundamentals of spacecraft formation flying and general orbital mechanics are reviewed. Original...
The MMS mission consists of four identical spinning spacecraft in a tetrahedron-like formation durin...
Abstract: The capability of maintaining two satellites in precise relative position, stable in a cel...
Abstract - Spacecraft formation flying technology is opening new scenarios for future space missions...
A recent development in spacecraft mission design involves the increasing use of Distributed Spacecr...
International audienceReciprocal Vectors of the tetrahedron have been used since the beginning of th...
Abstract - The SPHERES Tether project of the MIT Space Systems Lab (MIT-SSL) is working in support o...