1. Paper ID : 274 - Spacecraft On-board Anomaly Detection: computational constrained Machine Learning approaches

  2. Paper ID : 277 - Enabling Ai Applications for Space Operations through a Multi-Missions Devops Platform

  3. Paper ID : 320 - Space debris streak classification: a transparent deep learning approach to reduce false positive detections

  4. Paper ID : 151 - Towards INtelligent automated Functional and Security Testing (INFAST)

  5. Paper ID : 336 - An innovative AI-based framework for on-ground anomaly detection and root cause analysis

  6. Paper ID : 331 - Utilizing Machine Learning methods for classifying Telemetry of Human Spaceflight Systems

  7. Paper ID : 224 - Towards a worldwide monitoring system against GNSS Spoofing and Jamming based on LEO constellations and ML/AI

  8. Paper ID : 475 - On-board Guidance and Control for low-thrust orbit transfers using Deep Reinforcement Learning

  9. Paper ID : 622 - Towards an AI-enhanced robotic Digital Twin for space exploration assets

  10. Paper ID : 118 - THE ANOMALIES DETECTION BY BOTNETS IN THE OPERATIONAL PROCESS OF SPACE DATA

  11. Paper ID : 319 - Operational results of the machine learning-based battery strategy management in the TerraSAR-X/TanDEM-X Mission Planning System

  12. Paper ID : 552 - Deeply Understanding Space Weather

  13. Paper ID : 197 - Payload health monitoring and management platform for space scientific satellite operation

  14. Paper ID : 220 - Online Learning for Spacecraft Memory Dump Optimization

  15. Paper ID : 278 - A concept to convert Operational Simulators to a Digital Twin by using AI techniques

  16. Paper ID : 431 - Improving AI Monitoring of Early Life Satellites Using Transfer Learning

  17. Paper ID : 305 - OCAI: the Operations CompAnIon to support decision making of flight control teams

  18. Paper ID : 362 - Evaluation of approaches for the recognition of semantically similar voice-commands based on public data

  19. Paper ID : 128 - Artificial Intelligence Enhancements to Imagery for Space Operations

  20. Paper ID : 303 - Development of an actionable AI roadmap for automating mission operations

  21. Paper ID : 169 - Compact Distributions With Self-ensembled Scoring for Satellite Anomaly Detection

  22. Paper ID : 237 - A mission-agnostic on-board autonomy software solution to streamline spacecraft operations.

  23. Paper ID : 350 - Spacecraft Failure Detection, Isolation and Recovery Using Artificial Intelligence: A Study for Implementation on the Edge

  24. Paper ID : 307 - ESTIM: the ESTrack Investigation and Monitoring tool for analysis of ground station passes

  25. Paper ID : 464 - A Modern Approach to Visualize Structured and Unstructured Space Missions Data

  26. Paper ID : 444 - Bringing a Machine-Learning Based Novelty Detection Software Tool from Research to Production

  27. Paper ID : 106 - THE APPLICABILITY OF IA IN SPACE OPERATIONS : THE DATA MODEL APPLICABLE

  28. Paper ID : 633 - Innovative Multicarrier Broadband Waveforms Classification Using Machine Learning for Future GNSS Applications

  29. Paper ID : 349 - Natural Language Processing for Explainable Satellite Scheduling

  30. Paper ID : 597 - Introducing Artificial Intelligence to end-to-end service-oriented SATCOM systems

  31. Paper ID : 306 - SESAM: An Experiment for AI-Based On-Board Satellite Monitoring

  32. Paper ID : 270 - EOMPA A service-based prototype using Artificial Intelligence in support of Multi-Mission Planning and Analysis for Earth Observation Constellations

  33. Paper ID : 160 - An Artificial Intelligence Framework for Space Operations Data and Model Management


  1. Paper ID : 279 - Mono band Ka Antenna Design for Space Applications

  2. Paper ID : 168 - SAR/GALILEO GROUND SEGMENT: AN EXAMPLE OF NETWORKING OF MEOLUTS TO IMPROVE LOCALIZATION PERFORMANCE

  3. Paper ID : 544 - NASA’s Efforts to Commercialize Communications Services for Missions in Near-Earth Space

  4. Paper ID : 416 - Using commercial off-the-shelf software defined radio equipment to simulate space link propagation effects for radio frequency compatibility testing

  5. Paper ID : 611 - LunaNet Governance: Organizing and Planning for LunaNet Operations

  6. Paper ID : 557 - NASA’s Space Communication and Navigation Program’s Architecture for Data Delivery via Cloud Services

  7. Paper ID : 451 - ESA’s DSA New Norcia 3: Geographical considerations for the site selection of a new deep space ground station antenna

  8. Paper ID : 558 - NASA’s Deep Space Network (DSN) Lunar Exploration Upgrades (DLEU)

  9. Paper ID : 272 - Radio science at low SNR - Radio occultation observations at Mars with the MAVEN low-gain antenna

  10. Paper ID : 200 - Return of Deep Space in Weilheim Ground Station

  11. Paper ID : 96 - THE INFORMATION AND COMMUNICATION ARCHITECTURE IN THE LUNAR ORBIT

  12. Paper ID : 167 - Leveraging the power of the RF utilizing Optical Communication

  13. Paper ID : 484 - Weather forecast based satellite operations at ESA

  14. Paper ID : 338 - Compressed Bundle Reporting for Reliable Bundle Transmission in Disruption Tolerant Networking

  15. Paper ID : 580 - UHF communications with CubeL: the path to nominal operations

  16. Paper ID : 139 - Antenna Beam-Sharing: Progress Toward Simultaneous Multiple Uplinks Per Antenna

  17. Paper ID : 635 - On the Design of a Modular Plug-and-Play Satellite Communication System

  18. Paper ID : 373 - Low-Earth-Orbiter communication satellites constellation and operation scenario over Korea

  19. Paper ID : 537 - NASA’s Communications and Navigation Architecture Plans to Support the Return to the Moon and a Sustainable Lunar Presence

  20. Paper ID : 390 - An acceleration study of a DTN implementation using a System-on-a-chip

  21. Paper ID : 375 - Korea Deep-Space Antenna Establishment and Operation

  22. Paper ID : 339 - Lunar Pathfinder – Commercial data relay satellite enabling the next generation of lunar missions

  23. Paper ID : 583 - A Demand Access System for Deep Space Operations

  24. Paper ID : 154 - Network Configuration for Multi-Satellite Operations in a Network Isolation Environment for Enhanced Security

  25. Paper ID : 345 - Moon, Mars, and Beyond: How to Enable Interplanetary Communications

  26. Paper ID : 548 - Spacelink configuration and mission operations with the new ESA link budget tool

  27. Paper ID : 435 - Multipurpose S, X & Ka Band TT&C Antenna System for MEO, GEO and Lunar Communications

  28. Paper ID : 632 - Development of a Hybrid Ground and Space Communications Network for LEO Satellites

  29. Paper ID : 229 - CNES Ground Station Networks for Science

  30. Paper ID : 454 - Validation and Demonstration of Disruption Tolerant Networking Technologies in ESA Ground Segment

  31. Paper ID : 344 - Dynamic Onboard Routing Algorithm for LEO Satellite Constellations

  32. Paper ID : 671 - Development of a Ground Multi-Mission Low-Cost Optical Terminal (LCOT) for Free-Space Optical Communications

  33. Paper ID : 137 - NASA Deep Space Communications: Future Mission Trends and Their Implications

  34. Paper ID : 613 - Deep Space Station 17: A University-Operated Affiliated Node on the NASA Deep Space Network and the Lunar Tracking Network

  35. Paper ID : 299 - The evolution of future Mars communications architecture

  36. Paper ID : 582 - Psyche Mission’s End-to-End Information System Verification & Validation: Planning, Execution, and Lessons Learned

  37. Paper ID : 367 - Inter Satellite Data Relay System for ARTEMIS II Missions

  38. Paper ID : 673 - NASA Delay Tolerant Networks: Operational, Evolving, and Ready for Expansion

  39. Paper ID : 389 - Development of an Optical Ground Network for Direct-to-Earth Data Repatriation Service


  1. Paper ID : 420 - Operational highlights from Canada’s flagship RADARSAT Constellation Mission (RCM)

  2. Paper ID : 446 - A control centre’s journey to its first successful Galileo LEOP

  3. Paper ID : 222 - SMOS “Long ECM”: a successful CNES–ESA joint operations prepping

  4. Paper ID : 498 - Canada’s NEOSSat space telescope: Ten years of resilience and innovation

  5. Paper ID : 346 - Lunar Observations in Copernicus Sentinel-3: Implementing a new operation into a flying mission

  6. Paper ID : 316 - IASI INSTRUMENT: END OF LIFE AND TECHNOLOGY TESTS

  7. Paper ID : 457 - BepiColombo on its journey across the inner solar system

  8. Paper ID : 619 - HP3 - Experiment on InSIght Mission - Wrap-up Operations on Mars

  9. Paper ID : 423 - Operations approach for keeping the Mars Science Laboratory ChemCam instrument safe from sun exposure

  10. Paper ID : 217 - Launch and Early Operation of Korea Pathfinder Lunar Orbiter

  11. Paper ID : 347 - Design and Implementation of a Flight Software for a Modular Satellite

  12. Paper ID : 541 - Improving operational efficiency for the SuperCam instrument on board the Perseverance rover to support a shortened operation timeline.

  13. Paper ID : 401 - Looking Back at 8 Years of Operating ISRO Mars Orbiter Mission: Challenges and Lessons Learned

  14. Paper ID : 394 - Satellite Operation in Special Space Weather

  15. Paper ID : 578 - CHALLENGES AND CREATIVITY IN THE OPERATIONS OF THE THREE SENIOR ESA PROBA SATELLITES

  16. Paper ID : 273 - Adjustments of Insight SEIS and APSS operations in an energy-limited context

  17. Paper ID : 596 - The Swarm Constellation: two critical milestones. The exploitation of the counter-rotating orbits and the orbit raise campaign to fight Solar Cycle 25

  18. Paper ID : 404 - Chandrayaan-2 Orbiter Operations: Challenges & Learnings

  19. Paper ID : 481 - New Safe Mode for the INTEGRAL Mission

  20. Paper ID : 341 - Lessons learnt from conducting a successful decommissioning of Metop-A

  21. Paper ID : 208 - The EDRS mission and its operational experiences to date from GSOC perspective

  22. Paper ID : 332 - EnMAP vs. COVID-19: How to prepare for and conduct a LEOP during a pandemic

  23. Paper ID : 238 - Report on the recovery of the chemcam instrument onboard the curiosity rover after an high voltage anomaly

  24. Paper ID : 369 - Operational Status of COMS: Mission Extension and Termination

  25. Paper ID : 563 - What is it like to operate the James Webb Space Telescope?

  26. Paper ID : 465 - Operation Plan and Result of CubeSat Lunar Lander OMOTENASHI

  27. Paper ID : 262 - Pushing the limits of Gaia ground segment automation: lessons learnt from a lights-out scenario

  28. Paper ID : 683 - The Emirates Mars Mission (EMM) Journey to Mars – COVID-19 Impacts Challenges and Opportunities

  29. Paper ID : 309 - REMOTE LEOP AND IN-ORBIT SUPPORT WITH AUTOMATED HEALTH MONITORING APPLIED TO THE COSMO-SKYMED MISSION


  1. Paper ID : 239 - Driving efficiencies in the maintenance of spacecraft operational simulators

  2. Paper ID : 527 - Designing a Commercial Mission Operations Center for RPOD Missions

  3. Paper ID : 193 - SAR/Galileo Return Link Service (RLS) Monitoring: An automated 24/7 global coverage system

  4. Paper ID : 432 - Integration of Multi-Mission Services into Operations – The Appeal and Reality

  5. Paper ID : 359 - Modernizing Satellite Operations using Virtual Infrastructure & Unified Ground Networks

  6. Paper ID : 321 - Distributed CFDP Ground Infrastructure Implementation for High Data Rate Downlink

  7. Paper ID : 569 - Securing and improving SEIS and APSS instruments operations with internal dedicated tools

  8. Paper ID : 205 - Role-based Multi-Chat System for Space Mission Control

  9. Paper ID : 436 - Integrated Framework for Software Testing and Verification based on Open Source Software

  10. Paper ID : 130 - Enabling Voyager 2 Science Data Return During Heliopause Transition with a Low-cost Portable SDR System

  11. Paper ID : 352 - Experience and Lessons Learned from Open Sourcing NASA AMMOS’s Mission Control Software

  12. Paper ID : 667 - Deployment and activation of the new Voice Communication System (VCS) in ESTRACK stations as part of ESA Harmonization project for Ground Stations.

  13. Paper ID : 263 - Adapting ground station networks for automatic M2M operations

  14. Paper ID : 442 - Introducing Operational Diagnosis Models for Ground Station Architectures using Behaviour Trees

  15. Paper ID : 165 - How does the CNES Multi-mission network adapt to the needs of New Space?

  16. Paper ID : 374 - OPSWEB – A comprehensive management tool for mission operations

  17. Paper ID : 212 - Cybersecurity Analysis Challenges of Legacy Ground Data System

  18. Paper ID : 691 - A Bistatic Multi Spacecraft per Aperture UHF Ground Station

  19. Paper ID : 318 - ESA’s Kiruna Station Monitoring & Control System evolution – An innovative approach for the replacement of the ground station’s “brain”

  20. Paper ID : 501 - FOLLOWING A FAST CHANGING WORLD OF SPACE OPERATIONS: A CENTER READY TO SUPPORT THE RETURN TO THE MOON

  21. Paper ID : 182 - Concepts and Implementation of Generic Services and HMI Elements

  22. Paper ID : 381 - Efficient Ground Segments Protection against Advanced Persistent Threats

  23. Paper ID : 535 - OHB Flexible Mission Control: Multi mission control center

  24. Paper ID : 204 - Openvocs, a light-weight Voice Communication System for Space Mission Control

  25. Paper ID : 433 - Advancing Operations for Lunar Surface Exploration and Prospecting with Mission Control Software

  26. Paper ID : 129 - Navigation Systems Analysis: Low Cost Design and Implementation of a Security Event Logging Framework.

  27. Paper ID : 348 - Padoc: A framework for Software and Operational Data deployment in an isolated Ground Center

  28. Paper ID : 615 - Applying DevOps strategies to Monitoring and Control IV&V activities – practical results from Meteosat Third Generation

  29. Paper ID : 228 - Galileo GCS: Monitoring Services with Middleware Applications

  30. Paper ID : 164 - GSMC-CC, a Ground Station Monitoring & Control System based on the European Ground System Common Core

  31. Paper ID : 437 - The smart and open Earth Observation ground segment : towards an architecture with public standard interfaces

  32. Paper ID : 353 - Analysis and Impact of the End-to-End Communication Chain on a DLR Real Time On-Orbit Servicing Mission Project

  33. Paper ID : 125 - THE SPACE CYBERSECURITY FRAMEWORK : THE OPS SAT SPACE RED TEAM APPROACH

  34. Paper ID : 679 - Data Systems and Infrastructure of the ESA Space Safety programme – latest developments, overview, and outlook

  35. Paper ID : 271 - Return Link Service Test Bed: a demonstrator platform for new future SAR Galileo Services

  36. Paper ID : 470 - Agile Design and Development of the Mission Operations Segment for HiVE Constellation of Microsatellites

  37. Paper ID : 180 - MTG GROUND SEGMENT AND TECHNICAL CHALLENGES TO INTEGRATE IT.


  1. Paper ID : 161 - Comparison of spacecraft vision-based navigation methods and proposal of a novel shadow-correction block

  2. Paper ID : 414 - Innovative web-based technologies for the next generation of Flight Dynamics Systems

  3. Paper ID : 219 - STELLAR PROJECT: THE GALILEO EMERGENCY WARNING SERVICE (EWS) DEMONSTRATOR

  4. Paper ID : 655 - Development and usage of the GODOT astrodynamics software at Telespazio Germany

  5. Paper ID : 231 - Galileo RETURN LINK SERVICE Evolutions

  6. Paper ID : 684 - Efficient Solution for Thrust Distribution of Simultaneous Forces and Torques

  7. Paper ID : 135 - Optimization of low-thrust flights between periodic orbits around libration points in the Earth-Moon system

  8. Paper ID : 562 - Analysis and Simulation of Attitude Determination and Control Subsystem of a 3U CubeSat: AlainSat-1

  9. Paper ID : 317 - Flight Dynamics Experience on Galileo Station Acquisition Operations

  10. Paper ID : 158 - Improving Orbit Prediction Accuracy with a Realistic Thrust Model for KARI LEO Satellite Flight Dynamics Operation

  11. Paper ID : 403 - Attitude Control on TET-1 and BIROS - Experiences from the FireBird Mission and End of Life Operations

  12. Paper ID : 162 - ADAPTATION OF PRE-EXISTING ORBIT DETERMINATION LIBRARY FOR INTERPLANETARY MISSIONS

  13. Paper ID : 642 - Attitude Determination and Control Subsystem Testbed

  14. Paper ID : 424 - Utilization of CubeSat nanosatellites as reference objects for evaluating the ballistic coefficients of low-altitude satellites

  15. Paper ID : 226 - Adaptive LQR Control of Space-Based Solar Power Systems using Satellites Formation Flying

  16. Paper ID : 670 - GNSS-Multicarrier-Broadband-Waveform Satellite System Emulator

  17. Paper ID : 104 - THE OPTIC SYSTEM REQUIREMENTS OF NAVIGATION SATELLITE TO COMMUNICATE WITH THE HUMAN ASSETS ON THE MOON

  18. Paper ID : 533 - Validation approach for the CNES Autonomous Navigation solution accommodated on the ExoMars rover

  19. Paper ID : 285 - LOW-TRHUST EARTH-SATURN TRAJECTORY WITH MULTIPLE GRAVITY ASSISTS AND UNPOWERED ORBIT INSERTION

  20. Paper ID : 637 - Design and Implementation of Attitude Control System for GNSSaS6U CubeSat Satellite

  21. Paper ID : 147 - On Track to Touch the Sun: Parker Solar Probe Flight Path Control Experience through Venus-5

  22. Paper ID : 397 - Seasonal Variation of the GNSS Ionospheric Delay Observed Over the UAE


  1. Paper ID : 136 - Investigations on Lunar Operations Concepts for Human Spaceflight

  2. Paper ID : 453 - Autonomous uLtrasound Image improvement SyStEm (ALISSE) for guiding astronauts to take clinically valuable images in future long manned space missions

  3. Paper ID : 584 - NASA Deep Space Network Preparations for the Artemis II Crewed Mission to the Moon

  4. Paper ID : 172 - Application of Sandbox simulations to promote salutogenic experiences on long-term flights and operations

  5. Paper ID : 640 - Science and Education Portfolio for UAE Long-duration Astronaut Mission 2023

  6. Paper ID : 187 - Evolution of Hardware and Philosophy of Emergency Response Actions on the International Space Station and Future Spacecrafts

  7. Paper ID : 295 - NASA's Cold Atom Lab Four Years of Quantum Science Operations in Space

  8. Paper ID : 504 - UTISS3: the ISS Utilization service provided by ALTEC for ASI’s “Minerva” mission and future payloads

  9. Paper ID : 114 - THE USING OF INTERNATIONAL SPACE STATION FOR THE DEEP SPACE

  10. Paper ID : 406 - Assessment of Mental Stress on Analog Astronauts’ during Isolation and Confinement

  11. Paper ID : 556 - Orbital Reef: Redefining Commercial Space Station Operations

  12. Paper ID : 146 - Space Radiation characterization for a safe Human Space Exploration and Colonization

  13. Paper ID : 267 - PyCon2 Managing virtualized control rooms safe and efficient

  14. Paper ID : 466 - Relocation of the Atmosphere-Space Interactions Monitor (ASIM) on the International Space Station

  15. Paper ID : 585 - The Operational Challenges of the Multiscale Boiling Investigation on the International Space Station.

  16. Paper ID : 177 - SPORT COMMERTIAL PILOTED EXPEDITION TO MARS WITH A HUGE SCIENTIFIC EFFECT.

  17. Paper ID : 236 - Opportunities for transfer of knowledge in space biology and medicine

  18. Paper ID : 342 - Crew Training and Concept of Operations Testing for Future Lunar Mission at the ESA-DLR LUNA Facility

  19. Paper ID : 516 - The Compasso Mission: Operational Strategies for Validating Optical Technologies On-Board the ISS


  1. Paper ID : 491 - Mission design of SolSat CubeSat

  2. Paper ID : 293 - Planning Multi-Year Solar Powered Missions on Mars : The Challenge of Dust

  3. Paper ID : 507 - AI4CE - Closing the design-operation-loop: design, operate, learn, repeat

  4. Paper ID : 357 - Extension of the mission of a spacecraft operating at a vicinity of the Sun-Earth libration point for asteroids exploration

  5. Paper ID : 462 - A Standard Atmospheric Model with constant lapse rates for Titan

  6. Paper ID : 688 - Operational Flexibility and Asset Retasking Enabled by In-Space Refueling

  7. Paper ID : 419 - SolSat: A Low-Cost 3-U CubeSat System for Space Weather applications

  8. Paper ID : 519 - Assembly of Space Based Solar Power Satellite using Space Robotics

  9. Paper ID : 152 - HORA, a Moon habitat mission

  10. Paper ID : 218 - From the first to the next Sentinels generation: FOS evolutions within a fully operational ground segment

  11. Paper ID : 555 - The International Planetary Sunshade System - An Umbrella Project Combining Sustainable Energy Supply with Mitigation of Global Warming

  12. Paper ID : 385 - Transforming Flight Operations Segment engineering services for the European Commission Copernicus Sentinels

  13. Paper ID : 455 - The Implications of a State Classifying the Electromagnetic Spectrum as a Space Resource Rather than a Global Commons in connection with Space Ventures

  14. Paper ID : 567 - Mission Design & Operations Approach for the HelioSwarm Mission

  15. Paper ID : 395 - Mission Concept, Analysis, and In-orbit testing of DEWASAT-1

  16. Paper ID : 377 - The Absence of Laws Regulating the Proliferation of Space Debris and its Implications on Space Operations

  17. Paper ID : 647 - The Greek National Earth Observation Program

  18. Paper ID : 371 - Titan Robotic Mission: Mapping and Sampling of Land and Lake

  19. Paper ID : 634 - VIPER Lunar Rover Agile Mission Systems

  20. Paper ID : 283 - DEVELOPING AN APPROACH FOR ANALYZING CUBESATS SOLAR POWER GENERATION

  21. Paper ID : 304 - Domino-X Multi-mission and Federation Services

  22. Paper ID : 396 - Reconfigurable satellite constellations: optimal design and maneuvering

  23. Paper ID : 171 - Terrenesat-1

  24. Paper ID : 203 - The importance of high-fidelity simulator for Galileo Constellation - IRES Model improvement

  25. Paper ID : 300 - Extended opportunities of a mission to Sedna

  26. Paper ID : 184 - Design and Development of a CubeSat-scale Robotic Arm Test Bed to be Deployed to the International Space Station

  27. Paper ID : 364 - Managerial issues in organizing large-scale analog projects with wide international participation

  28. Paper ID : 323 - ArgoMoon and LICIACube: Italian first missions operated in Deep Space

  29. Paper ID : 620 - The Joint Polar Satellite System: Celebrating a Decade of Successful Operations and Preparing for JPSS-2 Launch

  30. Paper ID : 230 - Venera-D multipurpose mission design

  31. Paper ID : 641 - Operations Development on ESA's Plato and Ariel Exoplanet Missions

  32. Paper ID : 183 - Docking Video Transfer by On-Orbit Wireless LAN Communication and Application to the Docking Demonstration Mission on HTV-X

  33. Paper ID : 356 - Investigation of the mission to the L1 libration point with the use Moon flyby and solar sails

  34. Paper ID : 393 - Analysis of Transfer Orbit and Lunar Landing for LEAD Mission

  35. Paper ID : 100 - Evaluation of GFRP Composite Material in CubeSats Structures


  1. Paper ID : 418 - RESOURCES/SERVICES/DEMANDS RELATIONSHIP ON A FEDERATED CUBESAT CONSTELLATION SYSTEM OPERATION PERSPECTIVE

  2. Paper ID : 384 - Space and Ground Integrated Operation Control for Space Satellite Missions

  3. Paper ID : 198 - MISSION AND OPERATIONS PLANNING FOR SMALL-SATELLITE CONSTELLATIONS USING AUTONOMOUS SYSTEMS

  4. Paper ID : 449 - Capturing the Moon with Copernicus Sentinel-2

  5. Paper ID : 522 - To Know the Present, Understand the Past: Automated Historical Context for Monitoring Spacecraft Communications

  6. Paper ID : 415 - Challenges in Operations Preparations when transitioning to EGS-CC based systems

  7. Paper ID : 417 - Hera cubesats operations design around a binary asteroid for small bodies characterization and planetary defense

  8. Paper ID : 109 - THE DESIGN PROCESSING FOR THE OPERATIONS ON THE MOON : THE RAMS FRAMEWORK APPLICABLE ON THE MOON

  9. Paper ID : 308 - AUTOMATION OF THE SENTINEL-5P ROUTINE PASS ACTIVITIES

  10. Paper ID : 194 - Development of an AI assistant for supervising the future Moon and Mars surface operations.

  11. Paper ID : 598 - Use of MBSA model for ensuring mission continuity

  12. Paper ID : 607 - OPS-SAT-2: An ESA in-orbit laboratory for optical and quantum Ground-Space experimentation

  13. Paper ID : 195 - Development of Space Mission Integrated Operations Scenarios

  14. Paper ID : 112 - THE DESIGN OF THE SAFETY OPERATING CENTER TO MANAGE CYBERSECURITY OF THE SPACE MISSIONS

  15. Paper ID : 459 - Hardware-Based Isolation for Advanced Safety and Security in Spacecraft

  16. Paper ID : 586 - TT&C over S-band with CubeL: finding a middle way between CSP, CCSDS and ECSS

  17. Paper ID : 330 - InSight: the exploitation operations of the Martian Seismometer from the SISMOC Operations Center

  18. Paper ID : 443 - InnoCube CONOPS - Concept of operations to demonstrate payloads within a wireless small satellite bus

  19. Paper ID : 214 - The importance of the Lifetime analysis for Constellation Management

  20. Paper ID : 509 - Spacecraft Operations: Working in an Unsecure World

  21. Paper ID : 479 - Development of Automation tools for In-Orbit Operations

  22. Paper ID : 490 - Reducing Data Latency with Inter-Satellite Links in LEO Constellations: Trade-off Analysis and Impact on Concept of Operations

  23. Paper ID : 380 - On-board Machine Learning Fault Detection and Diagnosis for Automatic Beacon Structure Customization

  24. Paper ID : 365 - Integrated Mission Operation Concepts for the Dream Chaser® Cargo System

  25. Paper ID : 495 - Delta-DOR with multiple spacecraft

  26. Paper ID : 448 - Aircraft Detection for Safe Optical Ground Station Operation

  27. Paper ID : 213 - THE SAR/GALILEO OPERATIONNAL CONCEPT TO PROVIDE SAR FORWARD AND RETURN LINK SERVICES.

  28. Paper ID : 540 - Operating Deep Space Autonomous Spacecraft: Ground Processes and Tools for Operability and Trust

  29. Paper ID : 550 - FSS and the challenges of operating a seismometer on the far side of the Moon

  30. Paper ID : 565 - Science off the Earth: An integrated approach to science operations in the Artemis Era and beyond

  31. Paper ID : 539 - Building a modern NOC for ground segment

  32. Paper ID : 386 - Flying a satellite by a robot - Automated Station Keeping Maneuvers can replace the traditional commanding by human

  33. Paper ID : 110 - THE BACK UP PAYLOAD TO THE MOON MISSIONS : THE DESIGN AND THE REQUIREMENTS OF RAMS ARCHITECTURE

  34. Paper ID : 477 - Management of Multi-Customer Operations In-Orbit

  35. Paper ID : 233 - Lessons Learned from Automating Heterogeneous Spacecraft Systems

  36. Paper ID : 494 - Experience on operations of Radio Science experiments for interplanetary missions

  37. Paper ID : 354 - Autonomous Space Operations Planner and Scheduler (ASOPS): Optimal and Autonomous Operations in Space

  38. Paper ID : 192 - Enhancing Lunar Operation Architecture Through Increasing Efficiency of Wireless Power Delivery

  39. Paper ID : 383 - Joined ESA-DLR Procedure Management Environment

  40. Paper ID : 538 - MAIN SYSTEM ELECTROLYSIS AND PURIFICATION FOR A LUNAR ROVER TEST FOR EFFECT ON WATER CONTENT

  41. Paper ID : 175 - Automated Ground segment for EO constellation: re-imagining spacecraft operations to meet strategic and commercial challenges.

  42. Paper ID : 292 - Multi-Mission Spacecraft Operations by a single operator with minimal impact on Science return

  43. Paper ID : 291 - SatDevOps: A Novel Automated Satellite Operations Methodology

  44. Paper ID : 621 - Space mission security monitoring at the ESA Cyber Safety and Security Operational Centre (C-SOC)


  1. Paper ID : 302 - Intelligent Multi-Agent based Automated Negotiation of Mission Scheduling for Satellite Constellation

  2. Paper ID : 545 - Modified mission planning schemes for the aging CYGNSS mission with expanding scientific pursuits during high beta angle seasons

  3. Paper ID : 335 - ExoMars Trace Gas Orbiter: Evolution of the science operations concept during the nominal and extended mission phases

  4. Paper ID : 604 - Oversubscribed Scheduling for NASA’s Deep Space Network: A Comparison of Optimization Techniques

  5. Paper ID : 456 - Towards Generic Planning of Optical Links

  6. Paper ID : 221 - A Real-Time Re-Scheduling Algorithm for Spacecraft Instrument Operations Optimization

  7. Paper ID : 497 - PintaOnWeb - The Front End of GSOC's Next Generation Mission Planning Systems

  8. Paper ID : 301 - The Colour and Stereo Surface Imaging System (CaSSIS): Planning and commanding high resolution imaging at Mars

  9. Paper ID : 536 - Human and Robotic Exploration Data Base

  10. Paper ID : 334 - Evaluating the new CCSDS Mission Planning and Scheduling standard: How TGO and EnMAP could have benefitted from an interoperability standard for the exchange of mission planning and scheduling information

  11. Paper ID : 561 - Toward Flexible and Powerful Scheduling Rule Setup using CodeDOM for .NET Framework

  12. Paper ID : 388 - Evolving Spacecraft Quantum On-Call Scheduling

  13. Paper ID : 202 - EnMAP MPS: Challenges, Enhancements and Evaluations of the Early Mission Phase

  14. Paper ID : 480 - Unsupervised Hierarchical Planning for Geostationary Satellite Missions

  15. Paper ID : 246 - Proactive-reactive on-board planning for complete goal-oriented automation

  16. Paper ID : 517 - Automated Planning and Scheduling System for a Heterogeneous Spacecraft Constellation


  1. Paper ID : 549 - Orbit Decentralized Autonomous Organization Using Blockchain Based Consensus Mechanism

  2. Paper ID : 458 - Services for Spacecraft Operations support within the ESA Space Weather Service Network

  3. Paper ID : 101 - AN ONBOARD AI-BASED SPACE DEBRIS DETECTION AND LOCALIZATION SYSTEM

  4. Paper ID : 402 - Preparing for sustainable satellite operations using ESA’s Debris Mitigation Facility (DMF)

  5. Paper ID : 650 - Establishing a Spacecraft Anomaly Database for Correlation with Space Weather Effects

  6. Paper ID : 376 - CASCADE – A demonstrator for rule based coordination of conjunctions

  7. Paper ID : 524 - Legal instruments supporting sustainable development of space exploration

  8. Paper ID : 426 - Explorative, Immersive Visualization of Space Weather Phenomena

  9. Paper ID : 156 - Current status of KARI measurement activities on SSA

  10. Paper ID : 476 - Operational concepts and design of mitigation actions for collision avoidance

  11. Paper ID : 343 - Locating and Stopping Orbital Debris

  12. Paper ID : 617 - Towards Solar Maximum: Increasing Space Weather Activity and ESA's Low Earth Orbit Spacecraft Operations

  13. Paper ID : 223 - Fixed covariance estimation in GPS-based operational orbit determination: a realistic input for collision probability monitoring

  14. Paper ID : 675 - Spacecraft Safety Made Stronger: Taking the Space Data Center to the Next Level

  15. Paper ID : 521 - Thermal Protection and Gamma Ray shielding on a 60kg Lunar Rover

  16. Paper ID : 649 - The Prototype SafeSpace Service of Advanced Prediction of the Outer Van Allen Belt Dynamics

  17. Paper ID : 150 - AI Deep Learning Radar Target Detection & Classification Model for Real Time Space Debris

  18. Paper ID : 606 - The IOAG Working Group on Sustainability of Operations in Space (SOS WG): Findings and Recommendations in Spectrum Operations

  19. Paper ID : 176 - New Challenges in International Space Law: Artificial Intelligence and Liability

  20. Paper ID : 652 - ESA's Space Weather Monitoring System

  21. Paper ID : 616 - SRASO: Using Space Weather Information for Spacecraft Operations Made Easy

  22. Paper ID : 695 - Integrating Space Weather into Satellite Operations:Necessity or Dead End

  23. Paper ID : 368 - Statistical Analysis on Conjunction Events for Satellites in LEO and Recommendation for Future SSA and STM

  24. Paper ID : 572 - Space Weather Environment During the SpaceX Starlink Satellite Loss in February 2022

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