rootbrowseIAC-17B2session IPIP. Interactive PresentationsPapers1. Deep Space Probe High Gain Antenna Field Of View Analysis Using 3D EM Simulation For Robust Design2. The feasibility study of lunar orbiter radiometric error analysis3. Operations Concept for TC & TM Applied to Rovers on the Moon4. ADVERTISING (communication) IN SPACE AS BUSINESS START-UP5. "What improvements to the Deep Space Network (DSN) are needed to support manned missions to Mars."6. Autonomous Navigation Method for Lunar Probes Using the Heterogeneous Constellation7. discussion on the use of small aperture antennas in maritime vsat networks8. Lost in GNSS: A need of commercial space policy for Positioning, Navigation and Timing.9. Assessment of Atmospheric bias in Geodetic Surveying Applications exploiting the S/N ratio of GNSS receivers10. DESIGN OF COST EFFECTIVE LEO SATELLITE CONSTELLATION FOR AUTOMATIC DEPENDENT SURVEILLANCE-BROADCAST (ADS-B)11. the research of detecting the outlier in data processing of relative navigation of tight formation flying12. Performance and Prediction of Combined Clock Error Model for Beidou New Generation Navigation Satellite13. INS/CNS Integrated Navigation Algorithm Using Small Field Star Tracker for Airborne Platform14. Inter-satellite Quantum Key Distribution Pathfinder Mission15. a novel x-ray pulsar-based navigation technology16. A priority-based rateless coded cooperation communication scheme for spacecrafts multi-access channels17. Design Technology of the UHF Proximity Link Transceiver for Chinese Mars Relay Telecommunication18. Cableless Communication Inner the Space Launch Vehicle Based on the LED Visible Light Communication Technology19. Application of Multipath Hemispherical Model in Multipath Error Reduction Method of Beidou Monitoring Receiver20. Advanced MCM technology for inter-satellite link (ISL) space communication21. A set of measurement and verification system for the dynamic optical scatter characteristics of space target22. Development and prospect of satellite-based augmentation system23. Research on interoperability features of satellite-based augmentation system