All Stories

  1. Testbed Validation of Spacecraft Safe Mode for a Deep Space CubeSat
  2. Validation of a Low-Cost Avionics Package for Small Spacecraft via Rocket-Based Field Tests
  3. CubeSat IMUs
  4. On the Development of Spacecraft Operating Modes for a Deep Space CubeSat
  5. A Comparison of Thruster Implementation Strategies for a Deep Space Nanosatellite
  6. Operational Considerations for a Swarm of CubeSat-Class Spacecraft
  7. Testbed Validation of Location-Scheduled Control of a Reconfigurable Flux-Pinned Spacecraft Formation
  8. Exploration of the Mars Entry, Descent, and Landing Design Space by Means of a Genetic Algorithm
  9. On the Performance of a Genetic Algorithm for Spacecraft Controller Gain Optimization
  10. Preliminary Optimization Results for an Almost Globally Stable Control Law Using a Genetic Algorithm
  11. CHARM: A CubeSat water vapor radiometer for earth science
  12. Reconfigurable Spacecraft Controller Design via Location-Scheduled Control
  13. Further Results Towards a Location-Scheduled Control Methodology
  14. A Mission Architecture for Scientific Exploration of a Trojan Object using Solar Electric Propulsion
  15. Towards a Location-Scheduled Controller for Nanosatellites