2C. Moon Exploration – Part 3

Papers

1. UNMANNED LUNAR EXPLORATION: FROM SCIENTIFIC NEEDS TO A PRELIMINARY MISSION STUDY FOR THE ITALIAN LUNAR ROVER

2. Thermal concepts for small surface stations, how to survive the Lunar night.

3. Capabilities of a Lunar Lander based on Ariane 5 shared Launch Opportunity

4. Estimating Landing Site Dispersion and Safety For Landing Systems With Hazard Detection And Avoidance Capability

5. REIPOS - Relative Interferometric Position Sensor

6. DYNAMIC MODELLING OF A WHEELED LUNAR MICROROVER

7. The Challenges of Designing a Lightweight Spacecraft Structure for Landing on the Lunar Surface

8. PERFORMANCE EVALUATION OF COMPLIANT LUNAR WHEELS IN LUNAR SOIL

9. Sensorimotor Controls and Displays for Safe and Precise Lunar Landing

10. The German Space Agency’s Moon Exploration Activities

11. Validation of a Lidar-Based Hazard Detection and Avoidance System for Autonomous Planetary Landing

12. Field Testing a Multipurpose 3D Sensor for Planetary Rover Missions

13. A Method of Crater Detection and Matching for Navigation of Landing on Moon

14. A COMPARATIVE STUDY OF LUNAR MISSION REQUIREMENT AND ONBOARD PROPULSION SYSTEM PERFORMACE

15. Structure optimization of a lunar rover wheel using the discrete element method

16. Studies on the Re-entry Angle of Lunar Probes

17. The Payload Management and Control for Chang’E-3 Lander

18. Hazard recognition methods for planetary lander with single camera

19. Autonomous Planetary Landing GNC and Hazard Avoidance, Performance Testing by means of Terrestrial Field Tests