Add to ORKGThis project is to investigate the applicability of advanced control theory and methodologies to the Formation Flying of Nano-satellites. The first part in this investigation is to study the satellite formation flying guidance and control. Followed, how Spacecraft Control Toolbox (SCT) can increase the efficiency of the Spacecraft Dynamics and Control software is discussed. In addition, investigation to the how the orbit disturbances will affect the formation flying. Finally, a brief overview of five small satellites In Line Leader–Follower formation flying guide is presented.Bachelor of Engineerin
This thesis proposes a distributed robust control approach for low-thrust nanosatellite formation fl...
For the upcoming formation flying technology demonstration mission NetSat a relative orbit propagato...
Small satellites are suitable for formation flying missions where a large number of spacecraft serve...
This project is to investigate the applicability of advanced control theory and methodologies to the...
Nanosatellites flying in formation vastly increase the capability of small satellite missions. The...
Two nanosatellite missions that lay the groundwork for satellite formation flying are being realized...
Project objectives The proposed research is part of a national project (coordinated by the Universit...
The Centre for Large Space Structures and Systems Inc. (CLS3) is planning a low Earth orbit formati...
This paper gives an analysis and provides implementable solutions for constrained control problems o...
Formation flying is commonly identified as the collective usage of two or more cooperative spacecraf...
Small satellites are growing in popularity because they offer an effective option that enables missi...
The goal of the research program is to develop a prototype of a satellite constellation consisting o...
Small satellites, like popular nanosatellite platforms called CubeSats, are suitable for formation f...
The purpose of the present paper is the analysis of current tasks concerning with creation and deorb...
Autonomous formation flight has long been studied as a means to provide high resolution sensing from...
This thesis proposes a distributed robust control approach for low-thrust nanosatellite formation fl...
For the upcoming formation flying technology demonstration mission NetSat a relative orbit propagato...
Small satellites are suitable for formation flying missions where a large number of spacecraft serve...
This project is to investigate the applicability of advanced control theory and methodologies to the...
Nanosatellites flying in formation vastly increase the capability of small satellite missions. The...
Two nanosatellite missions that lay the groundwork for satellite formation flying are being realized...
Project objectives The proposed research is part of a national project (coordinated by the Universit...
The Centre for Large Space Structures and Systems Inc. (CLS3) is planning a low Earth orbit formati...
This paper gives an analysis and provides implementable solutions for constrained control problems o...
Formation flying is commonly identified as the collective usage of two or more cooperative spacecraf...
Small satellites are growing in popularity because they offer an effective option that enables missi...
The goal of the research program is to develop a prototype of a satellite constellation consisting o...
Small satellites, like popular nanosatellite platforms called CubeSats, are suitable for formation f...
The purpose of the present paper is the analysis of current tasks concerning with creation and deorb...
Autonomous formation flight has long been studied as a means to provide high resolution sensing from...
This thesis proposes a distributed robust control approach for low-thrust nanosatellite formation fl...
For the upcoming formation flying technology demonstration mission NetSat a relative orbit propagato...
Small satellites are suitable for formation flying missions where a large number of spacecraft serve...