While there is growing interest in implementing future NASA Earth Science missions as Distributed Spacecraft Missions (DSMs), there are currently no tool to help in the design of DSMs. The objective of our project is to provide a framework that facilitates DSM Pre-Phase A investigations and optimizes DSM designs with respect to a-priori Science goals. Our Trade-space Analysis Tool for Constellations (TAT-C) allows to investigate questions such as: "Which type of constellations should be chosen? How many spacecraft should be included in the constellation? Which design has the best cost/risk value?" This paper provides a description of the TAT-C tool and its components
Distributed Space Missions (DSMs) are gaining momentum in their application to earth science mission...
Satellite constellations present unique capabilities and opportunities to Earth orbiting and near-Ea...
Satellite constellations present unique capabilities and opportunities to Earth orbiting and near-Ea...
Under a changing technological and economic environment, there is growing interest in implementing f...
Traditionally, space missions have relied on relatively large and monolithic satellites, but in the ...
Multipoint measurement missions can provide a significant advancement in science return and this sci...
Distributed Spacecraft Missions (DSMs) are gaining momentum in their application to Earth Observatio...
Opportunities for multi-point measurements, greater revisit frequency, failure robustness, and impro...
Constellations are gaining popularity in government and commercial space-based missions for Earth Ob...
Distributed Spacecraft Missions (DSMs) are gaining momentum in their application to Earth Observatio...
Satellite constellations and Distributed Spacecraft Mission (DSM) architectures offer unique benefit...
Satellite constellations and Distributed Spacecraft Mission (DSM) architectures offer unique benefit...
Satellite constellations and Distributed Spacecraft Mission (DSM) architectures offer unique benefit...
Satellite constellations and Distributed Spacecraft Mission (DSM) architectures offer unique benefit...
Distributed Space Missions (DSMs) are gaining momentum in their application to earth observation mis...
Distributed Space Missions (DSMs) are gaining momentum in their application to earth science mission...
Satellite constellations present unique capabilities and opportunities to Earth orbiting and near-Ea...
Satellite constellations present unique capabilities and opportunities to Earth orbiting and near-Ea...
Under a changing technological and economic environment, there is growing interest in implementing f...
Traditionally, space missions have relied on relatively large and monolithic satellites, but in the ...
Multipoint measurement missions can provide a significant advancement in science return and this sci...
Distributed Spacecraft Missions (DSMs) are gaining momentum in their application to Earth Observatio...
Opportunities for multi-point measurements, greater revisit frequency, failure robustness, and impro...
Constellations are gaining popularity in government and commercial space-based missions for Earth Ob...
Distributed Spacecraft Missions (DSMs) are gaining momentum in their application to Earth Observatio...
Satellite constellations and Distributed Spacecraft Mission (DSM) architectures offer unique benefit...
Satellite constellations and Distributed Spacecraft Mission (DSM) architectures offer unique benefit...
Satellite constellations and Distributed Spacecraft Mission (DSM) architectures offer unique benefit...
Satellite constellations and Distributed Spacecraft Mission (DSM) architectures offer unique benefit...
Distributed Space Missions (DSMs) are gaining momentum in their application to earth observation mis...
Distributed Space Missions (DSMs) are gaining momentum in their application to earth science mission...
Satellite constellations present unique capabilities and opportunities to Earth orbiting and near-Ea...
Satellite constellations present unique capabilities and opportunities to Earth orbiting and near-Ea...