rootbrowseIAC-18D1session IPIP. Interactive Presentations - IAF SPACE SYSTEMS SYMPOSIUMPapers1. Multi-Asset System Design Methodology for Earth Observation2. Study on multiply-level model for solid rocket motor: construction and data structure3. Software Package Design for Partial Automatization of the Design Process of Re-entry Interplanetary Modules4. The JPL Innovation Foundry A-Team for Advanced Concepts and Innovative Methods5. A Preliminary Design of a Mission to Triton: a Concurrent Engineering Approach6. The Virtual Testbed Approach towards Modular Satellite Systems7. variable structure sliding mode control based on passivity theory for free floating space robot8. Data Exchange between Space Environment Analysis Tools using the Neutral STEP Protocol9. Conceptual Design of Space Mechanism based on Model Based Engineering and Model Based Systems Engineering – A Set of concise Methods to increase Engineering Efficiency10. Verification of Attitude and Orbit Control System On-board Autonomy software using Model Checking11. SMACK my Simulator Up - How BigData tools can be used to improve system simulation scalability12. system concurrent engineering of a people tracking satellite, a case study13. Analysis of current design methodologies and processes, and potential transfer and applications in Concurrent Engineering14. SYSTEM ENGINEERING CHALLENGES AND TOOLS IN MULTI-PROJECT ENVIRONMENT15. A Framework for Hardware-in-the-loop Simulation of Relative Orbit Dynamics16. dynamic surface control and vibration suppression of double-flexible-arm space robot with dead-zone and external disturbance17. SCRUM methodology in aerospace projects18. Beyond the Trundling: A Tightly Coupled Multicore Processor for Extreme Performance in Space Missions19. An improved multidisciplinary optimization approach for satellite design20. Innovative Architecture Optimization Approach for Highly Reliable Satellite Attitude Control21. conception of a microsatellite subsystem using multi-paradigm modelling and multidisciplinary collaborative environment22. passive finite-dimensional repetitive control based on singular perturbation method of free-floating space robotic manipulators system with two flexible joints23. Innovative System Design Synthesis and Optimization of Re-entry Vehicles Conceptual Design24. System Design of Upper Stage in KSLV-II used in Korean Lunar Exploration Program25. Multi-fidelity design under uncertainty for the James Webb Space Telescope26. Predictive control of a space manipulator through error expectation and kinetic energy expectation27. FACILITATORS – Facilities for testing orbital and surface robotics building blocks28. The effective system engineering for the lunar exploration payload system29. An Automatic Model-based Requirement Decomposition and Verification Tool for Space Mission Concept Design30. Parallel, Remotely-Controlled Robotic Manipulation31. Integrating hardware data into simulations for attitude control design32. High-precision surface force modelling approach for space-based fundamental physics mission