8. Mission Design, Operations and Optimization (1)

Papers

1. Bi-objective optimization of a multiple-target active debris removal mission

2. A method for fast, accurate and robust computation of low-thrust transfers between LEO orbits

3. mission design and analysis for irnss-1a

4. new technology for the optimization of satellite maneuvers between near-circular orbits for the purposes of various space missions

5. Variable Specific Impulse Low-thrust Low Thrust Trajectory Optimization Using Homotopic Approach

6. A homotopy-based method for optimization of hybrid high-low thrust trajectories

7. Application of a Multi-Objective Evolutionary Algorithm to the Spacecraft Stationkeeping Problem

8. triangular formation flying under the elliptic restricted three-body problem formulation

9. A survey of different classes of Earth-to-Moon trajectories in the patched three-body approach

10. Transfer and rendez-vous strategies for the deployment and the servicing of an inhabited space station at Earth-Moon L2

11. Optimal Transfers in the Earth-Moon System through Polyhedral Representation of Invariant Manifolds

12. MOID-Increasing Disposal Strategies for LPO Missions

13. quasi-periodic orbits in the vicinity of the sun-earth system l2 point and their implementation in "spectr-rg" and "millimetron" missions