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Semi-Autonomous Cooperative Control
Program Description
This site summarizes a series of programs dedicated to
the formation flying spacecraft problem. Issues tackled
include: formation optimal planning and formation keeping
in LEO, HEO, and libration point orbits, collision probability
evaluation, validity of model approximations at L2, and
sensor scheduling for large formations.
Sponsors
NASA GSFC, JPL, CETDP, AFRL
Staff and Students
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Darren Zanon |
AE Ph.D. Student
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Planning for Autonomous Formation Flying
Control of Satellite Clusters |
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Terry McLoughlin |
ECE Ph.D. Student
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Communication and Control Architectures
for Multiple Satellite Autonomy |
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Isaac Miller |
ME Ph.D. Student
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Dynamics and Control of Satellite Formation
Constellations at Sun-Earth Lagrange Points; Sensor
Fusion |
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Jayant Kulkarni |
TAM Ph.D. (2005)
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Robust and Distributed Control Applications
Current: Post-Doctoral Associate at the Center for Theoretical
Neuroscience, Columbia University |
Publications
- I. Miller, M. Campbell, “Validation of Simplified
Formation Models at L2”, submitted to the Journal
of Guidance, Control, and Dynamics.
- T. McLoughlin, M. Campbell, “Scalable GNC Architecture
and Sensor Scheduling for Large Spacecraft Networks”,
submitted to the Journal of Guidance, Control, and Dynamics.
- J. Kulkarni, and M. Campbell, “Stabilization Spacecraft
Flight in Halo Orbits: An H-inf Approach,” accepted
and to appear in the IEEE Transactions on Control Systems
Technology.
- Zanon, D., Campbell, M., “Optimal Planner for
Spacecraft Formations in Elliptical Orbits,” accepted
and to appear in the AIAA Journal of Guidance, Control,
and Dynamics.
- Campbell, M., “Collision Monitoring and Avoidance
in Satellite Clusters,” IEEE Transactions on Control
System Technology, Vol. 13, No. 1, Jan. 2005, pp. 42-55.
- Campbell, M., “Planning Algorithm for Multiple
Satellite Clusters,” AIAA Journal of Guidance, Control,
and Dynamics, Vol. 26, No. 5, Sept-Oct 2003, pp. 770-780.
- Schetter. T., Campbell, M., Surka, D., “Multiple
Agent Based Autonomy for Satellite Constellations,”
Journal of Artificial Intelligence, Vol. 145, No. 1-2,
April 2003, pp. 147-180.
- Campbell, M., Schetter. T. “Comparison of Multi-Agent
Based Organizations for Satellite Constellations,”
AIAA Journal of Spacecraft and Rockets, Vol 39, No. 2,
March-April 2002, pp. 274-283.
- D. Zanon, M. Campbell, “Optimal Planning for Tetrahedron
Formations near Elliptical Orbits,” AIAA Guidance,
Navigation and Control Conference, Aug 2005.
- I. Miller, M. Campbell, “Validation of Simplified
Formation Models at L2”, American Control Conference,
June 2005.
- T. McLoughlin, and M. Campbell, “Precision Formation
Keeping at L2 Using the Autonomous Formation Flying Sensor,”
2nd International Formation Flying Symposium, Sept 2004.
- T. McLoughlin, M. Campbell, “Robust Sensing, Communication
and Control Architectures for Large Precision Spacecraft
Networks,” 2004 Guidance, Navigation and Control
Conference, August 2004.
- D. Zanon, M. Campbell, “Optimal Planning for Tetrahedral
Formations Near Elliptical Orbits,” 2004 Guidance,
Navigation and Control Conference, August 2004.
- M. Campbell, D. Zanon, and J. Kulkarni, “Cluster
Planning and Control for Spacecraft Formations,”
2004 AAS/AIAA Spaceflight Mechanics Meeting, Feb 2004.
- L. Breger, P. Ferguson, J. How, S. Thomas, T. McLoughlin
and M. Campbell, “Distributed Control of Formation
Flying Spacecraft Built on OA,” 2003 AIAA Guidance,
Navigation and Control Conference, Austin TX, Aug. 2003.
- Campbell, M., “Planning Algorithm for Large Satellite
Clusters,” AIAA Guidance, Navigation and Control
Conference, Monterrey CA, August 2002.
- Campbell, M, Udrea, B., “Collision Avoidance in
Satellite Clusters,” American Control Conference,
Anchorage AK, May 2002.
- Campbell, M., Knagenhjelm, V., Yingling, J., “Flight
Software Development for the ION-F Formation Flying Mission,”
2001 IEEE Aerospace Conference, Big Sky MT, March 2001.
- Schetter, T., Campbell, M., Surka, D., “Multiple
Agent-Based Autonomy for Satellite Constellations,”
2000 ASA/MA Conference, September, 2000.
- Campbell, M. Schetter, T., “Formation Flying Mission
for the UW Dawgstar Nanosatellite,” IEEE Aerospace
Conference, March 2000.
- Schetter, T., Campbell, M., Surka, D., “TeamAgent
for Multiple-Agent based Satellite Clusters (TechSat21),”
2000 GSFC Workshop on Multi-Agent Systems, Greenbelt MD,
March 2000.
- Schetter, T., Campbell, M., Surka, D., “Comparison
of Multiple Agent Based Organizations for Satellite Constellations,”
2000 FLAIRS AI Conference, Orlando FL, April 2000.
- Campbell, M., Fullmer, R., Hall, C., “The ION-F
Formation Flying Experiments,” AIAA Space Flight
Mechanics Meeting, January 2000.
- Campbell, M., et al “The ION-F Mission and Dawgstar
Satellite,” 1999 AIAA Space Technology Conference,
September 1999.
- Böhringer, K., Campbell, M., Vagners, J., “AI
Based Satellite Constellations,” American Association
for Artificial Intelligence (AAAI) Spring Symposium Series,
March 1999.
- Campbell, M., Böhringer, K., “Intelligent
Satellite Teams for Space Science,” 2nd international
Conference on Integrated Micro-nanotechnology for Space
Applications, April 1999.
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Collision monitoring using probability
ellipsoids. |
Stellar Imager, a future mission of many spacecraft
flying in formation, to be flown at L2.
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Fuel maps and control switching solutions as a function
of true anomaly in a highly elliptical orbit. |
Probability level sets (top), showing the evolution of
error of a double integrator model as compared to a high
fidelity simulator. Results show validity for ~2 hrs.
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Sensor switching example, showing fast switching of a
single sensor can replicate the performance results of
a fully centralized solution.
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