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The American Institute of Aeronautics and Astronautics (AIAA)

is the world's largest technical society dedicated to the global aerospace profession.

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    Call for Papers Topics

    SpaceOps 2018 Call for Papers
    List of Topics/Sub Topics

       

    1 Mission Design and Management

    • Mission Design
    • Mission Architectures
    • Mission Engineering and Planning
    • Mission Simulation and Modelling
    • Early Concepts for Advanced Missions
    • Evolving Mission Capabilities
    • Long-Range Planning and Mission Optimization
    • Mission Design for Complex Constellations
    • Mission Design for Robotic Missions
    • Multi-mission Approaches and Strategies
    • Planning for Planetary Relay and Surface Communications
    • Revectoring Old Missions to New Tasks
    • Space Debris and Mission Design Mission Management
    • Cost-Effective Operations Approaches
    • International Cooperation for Mission Management
    • Managing Mission Risks and Opportunities
    • Public Engagement
    • Regulations and Laws Affecting Operations
    • International, Public, and Private Cooperation
    • International Cooperation on Other Planets

     

    2 Operations Concepts and Flight Execution

    • Mission Operations Concepts (application layer)
    • Flight Operations Concepts (end-to-end)
    • Flight Execution Processes
    • Real-time Flight Control, Lessons Learned and Plans
    • Operations Automation and Optimization
    • Operations Engineering
    • Operations Procedures Management
    • Operational Validation
    • Operations Management
    • Operations Concepts for Constellation & In Situ Operations
    • Operations Concepts for Robotic Missions
    • Payload Operations Concepts
    • End of Life Operations
    • Fault Management and Recovery
    • Processes for Designing Operations
    • Spacecraft Emergency and Contingency Operations

     

    3 Ground Systems Engineering and Data Management

    • Ground Segment Engineering
    • Ground Systems Engineering
    • Control Centre Architectures
    • Ground Data Systems Development, Validation and Maintenance
    • Advanced Technologies for Space Operations
    • Flight Control Systems and EGSE
    • Ground Segment Architectures and Design
    • Payload Monitoring and Control
    • On-board/ground Interfaces
    • Data Management
    • Space Cyber Security
    • Archive Systems and Data Mining
    • Automation and Health Monitoring, Flight and Ground
    • Data Distribution
    • Information Architectures and Information Models
    • Operations System Architectures and Services
    • Payload and Science Data Handling
    • Service Oriented Architectures
    • Software Development and Maintenance
    • Systems Engineering and System Design for Operability
    • Ground Systems Testing and Validation

     

    4 Planning and Scheduling

    • Mission Planning and Scheduling Methods
    • Mission Planning Systems
    • Planning and Scheduling Systems
    • Asset Scheduling
    • Merging Plans from Different/many Agencies
    • Merging Plans from MOCs and SOCs
    • Resource Management
    • Realtime Replanning Techniques
    • Science Observation Planning
    • Detailed Crew Planning versus “Job Jars”

     

    5 Guidance, Navigation, and Control

    • Flight Dynamics and Navigation
    • Attitude Determination and Control
    • Challenges in Trajectory Design and Analysis
    • Interplanetary Missions
    • Formation/Constellation Management
    • Global Navigation Systems and Applications
    • GNC and Astrodynamics Software
    • Space Debris and Collision Avoidance
    • Techniques for Using Earth-Orbital Global Positioning System (GPS) at Lunar Distances
    • GPS Constellations for Other Planetary Bodies

     

    6 Communications Architectures and Networks

    • Communications, Ground and Space Networking
    • Network Operations and Management
    • Ground Network Implementation
    • Integrating Communications Networks
    • Ground Communications
    • Ground Network and Antenna Concepts
    • Communications Architectures for Complex Constellations
    • Operational Impact of Spectrum Allocations
    • Layered versus Integrated Architectures
    • Network Transitions during Operations
    • Reliance on Public Networks
    • Backup Communications Approaches
    • Interplanetary Networking
    • Integrating space and Ground Networks

     

    7 Human Systems and Operations

    • Human Spaceflight
    • ISS Operations
    • Training for Human Operations
    • Mission Architectures for Human Spaceflight
    • Flight Crew Operations Techniques
    • Human Operations with Long Lightspeed Delays
    • Long Duration Human Missions – New Concepts
    • International Factors for Crew Operations
    • Crew-driven Requirements (videoconference, comm bandwidth, etc.)
    • Medical Operations in Human Missions (not an emphasis on medical techniques)
    • Reliability (RMA) Standards and Methods, Unique for Human Spaceflight
    • Human/Robotic Integration and Cooperation
    • Habitat Operations, Orbital and Planetary Surface
    • Mission Analog Operations on Earth
    • Space Environment Factors for Human Lunar/Mars Mission Design

     

    8 Cross Support, Interoperability, and Standards

    • Communications Standards (Link Layer, Network Layer, Application Layer etc.)
    • Communications Standards - Network
    • Communications Standards - Application Layer
    • Software Standards
    • Interoperability and Cross Support Standards
    • Telerobotics Standards
    • Advanced Standards for Future Missions
    • Secure Interoperability and Cross Support
    • Other Relevant Standards
    • Applying Commercial Standards to Space Missions
    • Control Center Interoperability for International Missions
    • Cross Support Catalogs, Development and Utilization
    • Influencing Missions to Adopt Cutting-Edge Standards
    • Interoperability Successes and Failures
    • Security and Secure Interoperability
    • Space Internetworking Standards
    • Standardizing at the Architecture Level
    • Systems of Systems Interoperability

     

    9 Training and Knowledge Transfer

    • Knowledge Management
    • Knowledge Transfer
    • Lessons Learned Assessment & Management
    • Training Methodologies
    • Simulation Methods & Tools
    • Human Factor & Behaviour in Operations
    • Training Simulators
    • Simulation and Training Operations, Techniques

     

    10 Launcher, Rocket, and Balloon Operations

    • Operations Concepts for Launchers and Ground Facilities
    • Launch Vehicle Operations
    • Launch Facilities Operations
    • Launch Vehicle Systems Operability
    • Pre-Launch Integration and Test
    • Launch Vehicle Availability, Reliability, and Risk Management
    • Launcher Integrated Health Monitoring
    • Engine Test Stand Operations
    • Ground Processing for Vehicles and Payloads
    • Integrated Vehicle Health Monitoring and Operations
    • Launch Monitoring Strategies: Sensors, Cameras, etc.
    • Launch Pad Conversion for New Launch Vehicles
    • Launch Pad Infrastructure – Complex to Clean
    • Launch Site Logistics
    • Launch Site Selection Strategies
    • Payload and Customer Integration
    • Realtime Launch Operations
    • Responsive (Fast) Launch Processes
    • Special Challenges of Commercial Launch Operations
    • Balloons and Sounding Rockets

     

    11 Small Satellite Operations

    • CubeSat and NanoSat Operations
    • TT&C Systems
    • Flight Operations
    • Frequency Allocation Challenges
    • Regulations and their Challenges
    • Challenges with Small Satellite Operations
    • Small Satellite End of Life Operations
    • CubeSat Networks/Swarms; Constellation Operations
    • Nano-Technologies
    • Small Satellite Control Center Ops Concepts

     

    12 Commercial Space Operations

    • Air and Space Traffic Management
    • Commercial Manned Spaceflight
    • Commercial Orbital Transportation Services
    • Commercial Spaceports
    • Lean and Lights-out Commercial Control Centres
    • Managing Constellation of Satellites
    • Operations with Space Tourists On-board
    • Training Spaceflight Participants
    • Commercial Utilization of International Spatial Station (ISS)

     

    13 Inspiring the Next Generations

    • Educational and Inspirational applications of Space Operations
    • Space operations challenges in the New Space World
    • Space Education Initiatives
    • Government, Agencies and corporate outreach programs
    • Educators, students and young professionals’ projects
    • Satellite and Science Operations by academia
    • New ideas for conducting operations on academia side
    • Mission operations support from academia to others

     

    14 “Decision on the allocation to one Topic is left to Selection Committee”

    This is a Topic that will be exposed just at the time of the Call For Paper, to offer an option to those who are not sure which Topic best fits their Abstract. The final allocation to one of the above Topics will be made by the Selection Committee who is composed of members of the Technical Program Committee.

    Please direct questions to Jean-Marc Soula, CNES – Chair of the Technical Program Committee