2. Mission Design, Operations & Optimization (2)

Papers

1. 21st JOHN V. BREAKWELL KEYNOTE LECTURE: RELATIVE MOTION

2. Orbital Control of Geostationary Satellites – Development of an Automated Maneuvering Planning System

3. OPTIMIZATION DESIGN FOR A COMMUNICATION NANOSATELLITE CONSTELLATION

4. Rapid trajectory design in the Earth-Moon ephemeris system via an interactive catalog of periodic and quasi-periodic orbits

5. optimal rendezvous in curvilinear coordinates

6. Solar Sailing with invariant manifolds in the Earth-Sun system

7. PHASING PROBLEM FOR SUN-EARTH HALO ORBIT TO LUNAR ENCOUNTER TRANSFERS

8. End-of-life extension of L2 missions to Near Earth Objects using manifold dynamics.

9. Automatic Planning and Scheduling of Active Removal of Non-Operational Satellites in Low Earth Orbit

10. orbit type selection and orbit keeping analyses for relay satellites around the earth-moon L2