Conference SpaceOps-2021
Sessions by date-time
Date is N/A
- 1.1. MDM - 1 "Multi-mission Approaches and Strategies"
- 1.2. MDM - 2 "Mission Design and Architectures"
- 1.3. MDM - 3 "Mission Simulation and Modeling"
- 1.4. MDM - 4 "International Cooperation & Mission Architecture"
- 1.5. MDM - 5 "Mission Design for Constellations"
- 1.6. MDM - 6 "Mission Design and Architecture"
- 2.1. OC - 1 "Operations Automation & Optimazation"
- 2.2. OC - 2 "Mars Surface Operations"
- 2.3. OC - 3 "Operations Engineering"
- 2.4. OC - 4 "Constellation Operations"
- 2.5. OC - 5 "Constellation Operations"
- 2.6. OC - 6 "Operations Design"
- 2.7. OC - 7 "Operational Validation"
- 2.8. OC - 8 "Payload Operations"
- 3.1. FE - 1 "The Insight mission"
- 3.2. FE - 2 "Flight operations, lessons and plans"
- 3.3. FE - 3 "The Hayabusa-2 asteroid mission"
- 3.4. FE - 4 "Extending mission capability"
- 3.5. FE - 5 "Operations management"
- 3.6. FE - 6 "End of life operations"
- 3.7. FE - 7 "Fault Management and Recovery"
- 3.8. FE - 8 "Tools and analysis"
- 4.1. GSE - 1 “Ground Segment Architectures & Design”
- 4.2. GSE - 2 "Mission Operations Systems infrastructures and roadmaps"
- 4.3. GSE - 3 "Ground Systems Engineering"
- 4.4. GSE - 4 "Service Architecture"
- 4.5. GSE - 5 "Software Development and Maintenance, Devops"
- 4.6. GSE - 6 "Payload Monitor and Control'
- 4.7. GSE - 7 "Small sat & cube sat Ground Systems"
- 5.1. DM - 1 "Data Visualisation Methods and Tools"
- 5.2. DM - 2 "Data Handling Techniques & Experiences"
- 5.3. DM - 3 "Architectures and Infrastructures for Data Management"
- 5.4. DM - 4 "Innovative Techniques for Data Management"
- 6.1. PS - 1 "Planning and Scheduling"
- 6.2. PS - 2 "Planning and Scheduling"
- 6.3. PS - 3 "Planning and Scheduling"
- 6.4. PS - 4 "Planning and Scheduling"
- 6.5. PS - 5 "Planning and Scheduling"
- 6.6. PS - 6 "Planning and Scheduling"
- 6.7. PS - 7 "Planning and Scheduling"
- 6.8. PS - 8 "Planning and Scheduling"
- 7.1. GNC - 1 "Flight Dynamics and Navigation"
- 7.2. GNC - 2 "Attitude Determination and Control"
- 7.3. GNC - 3 "Challenges in Trajectory Design and Analysis"
- 7.4. GNC - 4 "Interplanetary Missions, Formation Management"
- 7.5. GNC - 5 "GNSS, Astrodynamics and applications, Space Debris"
- 8.1. CAN - 1 "Communications, Ground and Space NetworkingI"
- 8.2. CAN - 2 "Network Operations and Management"
- 8.3. CAN - 3 "Ground Network and Antenna Concepts"
- 8.4. CAN - 4 "Communications Architectures for Complex Constellations"
- 8.5. CAN - 5 "Integrating Communications Networks Architectures"
- 8.6. CAN - 6 "Interplanetary Networking"
- 8.7. CAN - 7 "Backup Communications Approaches"
- 9.1. HSO - 1 "Utilisation of the International Space Station (ISS)"
- 9.2. HSO - 2 "Automation in Human Spaceflight Operations"
- 9.3. HSO - 3 "Human Spaceflights Operations Tecniques"
- 9.4. HSO - 4 "Human Exploration I"
- 10.1. CSIS - 1 "Standardized Ground Segment Services for Spacecraft Operations"
- 10.2. CSIS - 2 "Interoperable Standards Supporting Multiple Missions"
- 11.1. HFT - 1 "Training for Future Missions"
- 11.2. HFT - 2 "Building New Knowledge "
- 11.3. HFT - 3 "Collaboration and Managing Knowledge"
- 12.1. STO - 1 "Launch & Space Vehicles"
- 12.1. STO - 1 "Launchers & Space Vehicles"
- 12.2. STO - 2 "Balloons and Sounding Rockets"
- 13.1. AI - 1 "Approaches to introduce AI in operations"
- 13.2. AI - 2 "Methods and algorithms"
- 13.3. AI - 3 "AI in planning and scheduling"
- 14.1. CYB - 1 "Cyber Security for Space Operations"
- 15.1. SSU - 1 "Operational management of space traffic and debris mitigation"
- 15.2. SSU - 2 "Space Weather effects on spacecraft operations; challenges and opportunities"
- 16.1. BBO - 1 "Beyond Borders in Human Endeavour"
- 16.2. BBO - 2 "Beyond Borders in Human Endeavour"
- 16.3. BBO - 3 "Beyond Borders in Human Endeavour"