rootbrowseIAC-18D1session 33. Technologies to Enable Space SystemsPapers1. Advanced GNC for In-Orbit Autonomous Assembly of Flexible Vehicles – IOA-GNC2. Ground testing of vision-based GNC systems by means of a new experimental facility3. A HIGHLY INTEGRATED NAVIGATION UNIT FOR ON-ORBIT SERVICING MISSIONS4. Testing vision-based guidance and navigation systems for entry descent and landing operations5. Rover Orientation Estimation using Sun Sensors for Lunar and Planetary Exploration6. A new complementary multi-core data processor for space applications7. Problems, Challenges and Experiences from Several Practical SoC Chips for Spaceborne Electronics8. application of gpu on-orbit and self-adaptive scheduling by its internal thermal sensor9. Beyond functional correctness - Getting Flight Software Timing Right10. The Research Center for Space Colony at the Tokyo University of Science Dual space-Earth development of future living technologies11. Thermoelectric system of thermostating for space stations, Moon and Martian bases12. Fault Estimation and Fault-tolerant Control for Control Moment Gyro Actuated High Agility Spacecraft13. Application of a Scintillator Detector as a Fault Tolerance System for FPGA