Space Operations : Experience, Mission Systems, and Advanced Concepts.

Intro -- ABOUT SPACEOPS -- TABLE OF CONTENTS -- PREFACE -- CHAPTER 1 International Space Station: Unique In-Space Testbed as Exploration Analog -- I. INTRODUCTION -- II. OVERVIEW -- III. ADVANCED EXPLORATION SYSTEMS ANALOG MISSIONS -- IV. INTERNATIONAL SPACE STATION -- V. HUMAN SPACEFLIGHT ARCHITECTURAL TEAM -- VI. HUMAN RESEARCH PROGRAM -- VII. ISTAR MISSIONS -- VIII. ISS MARS ANALOG MISSION -- IX. CHALLENGES -- X. CONCLUSION -- ACRONYMS -- ACKNOWLEDGMENTS -- REFERENCES -- CHAPTER 2 Reengineering the Mission Operations System for the Prime and Extended Mission -- I. INTRODUCTION -- II. SPITZER MOS -- III. NEED FOR REENGINEERING -- IV. REENGINEERING IN PRIME MISSION AND EXTENDED MISSION -- V. HUMAN ELEMENTS -- VI. SUMMARY -- VII. CONCLUSION -- ACRONYMS -- ACKNOWLEDGMENTS -- REFERENCES -- CHAPTER 3 Mission Operations Preparation Environment: A New Approach for the Future -- I. INTRODUCTION -- II. REVISIT THE DATA MODEL -- III. EXPANDING THE SSM DEFINITION -- IV. IMPLEMENTATION DETAILS -- V. CONCLUSION -- REFERENCES -- CHAPTER 4 The Keys to Successful Extended Missions -- I. INTRODUCTION -- II. SENIOR REVIEW PROCESS -- III. HISTORICAL EXTENDED MISSION SUPPORT AND SCIENTIFIC PRODUCTIVITY -- IV. RECOMMENDATIONS FROM EXTENDED MISSION PROJECT LEADERS -- V. CONCLUSION -- ACKNOWLEDGMENTS -- REFERENCES -- CHAPTER 5 Multi-Mission Operator Training Practices -- I. INTRODUCTION -- II. STUDENT OPERATORS: COMMAND CONTROLLERS -- III. COMMAND CONTROLLER TRAINING -- IV. COMMAND CONTROLLER CERTIFICATION -- V. ADVANCED STUDENT TRAINING -- VI. FLIGHT CONTROLLER TRAINING -- VII. CONTINUED TRAINING, OPERATIONAL REVIEW BOARDS, AND RECERTIFICATION -- VIII. CONCLUSION -- ACRONYMS -- ACKNOWLEDGMENTS -- CHAPTER 6 Gamification for Astronaut Training -- I. INTRODUCTION -- II. GAME CHANGER: LONG-DURATION MISSIONS -- III. GAMIFICATION: GAMING AS A MOTIVATOR.

IV. LET'S PLAY: A PORTABLE LEARNING APPLICATION -- V. SCORE: RESULTS OF THE EVALUATION -- VI. RESULTS -- VII. LESSONS-LEARNED -- ACKNOWLEDGMENTS -- REFERENCES -- CHAPTER 7 Timeline as Unifying Concept for Spacecraft Operations -- I. INTRODUCTION -- II. RELATED WORK -- III. INTRODUCTION TO TIMELINES -- IV. KEY TIMELINE CONCEPTS -- V. TIMELINE CATEGORIES -- VI. ARCHITECTURE PRINCIPLES -- VII. ARCHITECTURE -- VIII. CM OPERATIONS -- IX. ADMINISTRATIVE OPERATIONS -- X. FUTURE WORK -- ACKNOWLEDGMENTS -- REFERENCES -- CHAPTER 8 Pools: A More Efficient Way to Support Spacecraft -- I. INTRODUCTION -- II. POOLS STRATEGY -- III. OPERATIONS ENGINEERING GROUP -- IV. CHALLENGES -- V. ACHIEVEMENTS -- VI. CONCLUSIONS AND FURTHER DEVELOPMENTS -- APPENDIX: OEG CULTURE -- ACRONYMS -- GLOSSARY -- REFERENCES -- CHAPTER 9 NASA Space Launch System Operations Strategy -- I. INTRODUCTION -- II. SLS TEAM, PARTNERS, AND STAKEHOLDERS -- III. SLS CONCEPT OF OPERATIONS -- IV. CONCLUSION -- REFERENCES -- CHAPTER 10 A University-Developed COSMOS to Operate Multiple Space Vehicles -- I. INTRODUCTION -- II. COSMOS OVERVIEW -- III. MODIFYING MOST FOR NEW SPACECRAFT -- IV. OPERATIONS TESTBED AND SIMULATORS -- V. COSMOS EXECUTIVE OPERATOR -- VI. CONCLUSION -- ACKNOWLEDGMENTS -- REFERENCES -- CHAPTER 11 Commercial Collaboration for Collision Avoidance and Flight Operations -- I. INTRODUCTION -- II. SDC EVOLUTION -- III. SDC CAPABILITIES -- IV. OPERATIONAL EXPERIENCE AND VALUE ADDED -- V. PLANS AND EMERGING CAPABILITIES -- VI. CONCLUSION -- ACKNOWLEDGMENTS -- REFERENCES -- CHAPTER 12 Overview of the Laser Communications Relay Demonstration Project -- I. INTRODUCTION -- II. LEVERAGING NASA'S LUNAR LASER COMMUNICATION DEMONSTRATION -- III. BASIC CONCEPT OF OPERATIONS -- IV. FLIGHT PAYLOAD -- V. FLIGHT OPTICAL COMMUNICATIONS MODULE -- VI. FLIGHT MODEMS -- VII. HIGH-SPEED ELECTRONICS.

VIII. GROUND SEGMENT -- IX. LCRD GROUND STATION 1 -- X. LCRD GROUND STATION 2 -- XI. DEMONSTRATION OPERATIONS -- XII. CONCLUSION -- ACKNOWLEDGMENTS -- REFERENCES -- FURTHER READING -- CHAPTER 13 Replacing the Central Storage System -- I. INTRODUCTION -- II. DESIGNING THE NEW SYSTEM -- III. MIGRATION -- IV. CONCLUSION -- ACRONYMS -- GLOSSARY -- CHAPTER 14 Ten Times More Information in Your Real-Time TM -- I. INTRODUCTION -- II. PREVIOUS WORK -- III. HOUSEKEEPING COMPRESSION ADVANTAGES -- IV. TWO PROBLEMS -- V. THE NEW APPROACH -- VI. IMPROVEMENTS ON THE BASIC ALGORITHM -- VII. POCKET -- VIII. POCKET ROBUSTNESS -- IX. STABILITY RESULTS -- X. ONBOARD SOFTWARE TESTING RESULTS -- XI. ADAPTIVE POCKET -- XII. IMPROVING ADAPTIVE POCKET PERFORMANCE -- XIII. ADAPTIVE POCKET RESULTS -- XIV. CONCLUSION -- ACKNOWLEDGMENTS -- REFERENCES -- CHAPTER 15 CNES Ground Network Renewal: Challenges to Increase Capacity and to Reduce Costs -- I. INTRODUCTION -- II. CNES GROUND STATION NETWORK -- III. EVOLUTION CYCLE OF THE CNES GSN -- IV. RATIONALE FOR THE CORMORAN PROJECT AND ASSIGNED OBJECTIVES -- V. COMPONENTS OF THE CORMORAN PROJECT -- VI. CONTRIBUTION OF EACH COMPONENT TO THE OBJECTIVES -- VII. EXPECTATIONS FROM ONGOING DEVELOPMENTS -- VIII. CONCLUSION -- ACRONYMS -- GLOSSARY -- ACKNOWLEDGMENTS -- REFERENCES -- CHAPTER 16 Operations for Parallel Satellite Support -- I. INTRODUCTION -- II. TECHNICAL SOLUTIONS -- III. EXAMPLE MISSION SCENARIOS -- IV. CHALLENGES FOR OPERATIONS -- V. CONCLUSION -- ACRONYMS -- GLOSSARY -- ACKNOWLEDGMENTS -- REFERENCES -- CHAPTER 17 Location Independent Mission Operations: Systems Engineering Approach to Mobile Device Data Dissemination -- I. INTRODUCTION -- II. MOTIVATION -- III. SYSTEMS ANALYSIS -- IV. DATA DELIVERY ARCHITECTURE -- V. LESSONS-LEARNED -- VI. LAUNCH AND COMMISSIONING OF RBSP -- VII. CONCLUSION -- ACRONYMS -- REFERENCES.

CHAPTER 18 Automating Mid- and Long-Range Scheduling for NASA's Deep Space Network -- I. INTRODUCTION -- II. DSN SCHEDULING OVERVIEW -- III. DSN SERVICE SCHEDULING SOFTWARE -- IV. LONG-RANGE PLANNING AND FORECASTING -- V. CONCLUSION -- ACKNOWLEDGMENTS -- REFERENCES -- CHAPTER 19 Intrinsic Interoperability of Services: A Dream or a Key Objective for Mission Operation Systems -- I. INTRODUCTION -- II. THE CANONICAL MESSAGE FORMAT AND THE ESB ROLE IN ACHIEVING INTEROPERABILITY -- III. THE ROLE OF DOMAIN-SPECIFIC DESIGN STANDARDS AND REFERENCE -- SERVICE MODELS IN ACHIEVING INTEROPERABILITY -- IV. CONCLUSION -- ACRONYMS -- REFERENCES -- CHAPTER 20 Delay-Tolerant Networking Engineering Network: Constructing a Cross-Agency Supported Internetworking Testbed -- I. INTRODUCTION -- II. MOTIVATION -- III. SYSTEMS APPROACH -- IV. REFERENCE ARCHITECTURE -- V. RESULTS -- VI. ROADMAP -- VII. CONCLUSION -- ACRONYMS -- ACKNOWLEDGMENTS -- REFERENCES -- CHAPTER 21 CCSDS Mission Operations Services for Mission Planning -- I. INTRODUCTION -- II. OVERVIEW OF CCSDS MISSION OPERATIONS SERVICE CONCEPT -- III. POTENTIAL SCOPE AND BENEFITS OF MO MISSION PLANNING SERVICES -- IV. IDENTIFICATION OF POTENTIAL MO MISSION PLANNING SERVICES -- V. CASE STUDY -- VI. CONCLUSION -- ACRONYMS -- REFERENCES -- CHAPTER 22 EDRS Precursor Systems at GSOC: Relevant Heritage and New Developments -- I. INTRODUCTION -- II. DATA RELAY CONCEPT [2] -- III. KEY TECHNOLOGIES -- IV. LCT OPERATIONS DEVELOPMENT AT GSOC -- V. CONCLUSION -- ACRONYMS -- REFERENCES -- CHAPTER 23 Consideration of Space Debris Mitigation Requirements in the Operation of LEO Missions -- I. INTRODUCTION -- II. COLLISION AVOIDANCE AT ESA -- III. ORBITAL LIFETIME REDUCTION -- IV. GLOBAL COMPLIANCE WITH THE 25-YEAR RULE -- V. CONCLUSION -- REFERENCES -- CHAPTER 24 FAST: A New Mars Express Operations Concept, Quickly.

I. INTRODUCTION -- II. REVIEW OF PREVIOUS OPERATION CONCEPT -- III. FAST OPS CONCEPT -- IV. DETAILED DESCRIPTION OF FAST AND ITS IMPACT ON SPACECRAFT AND GROUND SUBSYSTEMS -- V. CONCLUSION -- ACKNOWLEDGMENTS -- REFERENCES -- CHAPTER 25 Emergency Scheduling of Multiple Imaging Satellites with Dynamic Merging -- I. INTRODUCTION -- II. RELATED WORK -- III. PROBLEM FORMULATION -- IV. DYNAMIC MERGING -- V. EMERGENCY SCHEDULING ALGORITHM -- VI. PERFORMANCE EVALUATION -- VII. CONCLUSION -- ACKNOWLEDGMENTS -- REFERENCES -- CHAPTER 26 Planning and Execution of Tele-Robotic Maintenance Operations on the ISS -- I. INTRODUCTION -- II. DEXTRE OVERVIEW -- III. DEXTRE OPERATIONAL PHILOSOPHY -- IV. FRAM RELOCATION DEMONSTRATION (DECEMBER 2010) -- V. HTV-2 ORU TRANSFER (FEBRUARY 2011) -- VI. RPCM P1-1A-A REMOVAL AND REPLACEMENT (AUGUST 2011) -- VII. ROBOTIC REFUELING MISSION (SEPTEMBER 2011 AND ONGOING) -- VIII. HTV-3 PAYLOAD TRANSFER (AUGUST 2012) -- IX. KEY LESSONS-LEARNED -- X. CONCLUSION -- REFERENCES -- CHAPTER 27 Efficacy of the Dawn Vesta Science Plan -- I. INTRODUCTION -- II. DAWN SCIENCE PLAN CONCEPT -- III. PERFORMANCE OF THE SCIENCE PLAN -- IV. CONCLUSION -- ACKNOWLEDGMENTS -- REFERENCES -- CHAPTER 28 Simplify ISS Flight Control Communications and Log Keeping via Social Tools and Techniques -- I. INTRODUCTION -- II. HOW SOCIAL MEDIA METHODS COULD EMPOWER LOG-KEEPING SYSTEMS -- III. CONSOLE LOG TOOL (COLT) -- IV. COMMUNICATING AMONG LOGS VIA SOCIAL TECHNIQUES -- V. COMMUNICATIONS DASHBOARD -- VI. CONCLUSION -- REFERENCES -- CHAPTER 29 TDX-TSX: Onboard Autonomy and FDIR of Whispering Brothers -- I. INTRODUCTION -- II. KEY SATELLITE DESIGN CHARACTERISTICS -- III. INDIVIDUAL SATELLITE FDIR -- IV. TANDEM-X MISSION FDIR -- V. CONCLUSION -- ACKNOWLEDGMENTS -- REFERENCES.

CHAPTER 30 Innovative Rover Operations Concepts-Autonomous Planner (IRONCAP): Supporting Rover Operations Planning on Ground R. Steel,.

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