2.01 Accelerating Evolution – Spacecraft Propulsion Technology and Mission Design (formerly 2.01)2.02 Space-Based Sensor Networks (formerly 2.02)2.03 Technologies for Safe Lunar Landing (formerly 2.03)2.04 Access to Space and Emerging Mission Capabilities (formerly 2.04)2.05 System and Technology Challenges for Landing on the Earth, Moon and Mars (formerly 2.05)2.06 Radiation Issues and Modeling for Deep Space Missions (formerly 2.06)2.07 mm-Wave and Quasi-Optic Aerospace Technologies (formerly 2.07)2.08 Mission Design for Spacecraft Formations (formerly 2.08)2.09 Mobility and Robotics Systems for In Situ Exploration (formerly 2.09)2.10 Deep Space, Earth and Discovery Missions (formerly 2.10)2.11 Missions &Technologies for In Situ Exploration & Sample Return (formerly 2.11)2.12 Future Space and Earth Science Missions (formerly 2.12)2.13 Instruments for In-Situ and Sample Return Missions (formerly 2.13)2.14 Space Debris Mitigation and Removal (formerly 2.14)2.15 Space-Based Solar Power Transfer (formerly 2.15)3.01 Phased Array Antennas Systems and Beamforming Technologies (formerly 3.01)3.02 Ground and Space Antenna Technologies and Systems (formerly 3.02)3.03 Deployable and Active Antenna Technologies and Systems (formerly 3.03)3.04 Antenna Technologies for Mobile Satellite Communication & Navigation Terminals (formerly 3.04)4.01 Evolving Space Communication Architectures (formerly 4.01)4.02 Communication Protocols and Services for Space Networks (formerly 4.02)4.03 Military Satellite Communication Technologies (formerly 4.03)4.04 Navigation and Communication Systems for Exploration (formerly 4.04)4.05 Relay Communications for Space Exploration. (formerly 4.05)4.06 Planetary Surface Communication Network (formerly 4.06)4.07 Space Communication Systems Roundtable (formerly 4.07)4.08 Innovative Techniques in Deep Space Communications (formerly 4.08)4.09 Deep Space Navigation Methods (formerly 4.09)4.10 Communication System Analysis & Simulation (formerly 4.10)4.11 Wideband Communications Systems (formerly 4.11)4.12 Communications and/or Related Systems: Theory, Simulation, and Signal Processing (formerly 4.12)4.13 Global Navigation Satellite Systems (formerly 4.13)4.14 Software Defined Radio and Cognitive Radio Systems and Technology (formerly 4.14)4.15 CNS Systems and Airborne Networks for Manned and Unmanned Aircraft (formerly 4.15)4.16 Trustworthy Aviation Information Systems (formerly 4.16)5.01 Structures, Arrays, and Concepts for Large Optical Systems (formerly 5.01)5.02 Opto-Mechanics and Optic Control Systems (formerly 5.02)5.03 Adaptive Optics (formerly 5.03)5.04 Photonic Devices for Aerospace Applications (formerly 5.04)5.05 Imaging Spectrometry Systems and Applications (formerly 5.05)5.06 Laser Radar (formerly 5.06)5.07 Image Processing (formerly 5.07)5.08 Laser Communications and Atmosphere Propagation (formerly 5.08)6.01 Instrument and Sensor Architecture and Design (formerly 6.01)6.02 Microwave Remote Sensing Technologies and Systems (formerly 6.02)6.03 Interferometry and Large Optical Systems (formerly 6.03)6.04 Radar Signal Processing (formerly 6.04)6.05 Application and Theory of MIMO Radar Technology (formerly 6.05)6.06 Sonar Signal Processing (formerly 6.06)6.07 Detection and Classification (formerly 6.07)6.08 Multisensor Fusion (formerly 6.08)6.09 Tracking Applications (formerly 6.09)6.10 Particle Filtering and Markov Chain Monte Carlo Techniques (formerly 6.10)6.11 Missile Guidance, Navigation and Control (formerly 6.11)6.12 Applications and Architectures for Wireless Sensor Networks (formerly 6.12)6.13 Integrated Sensing, Modeling, and Analysis Using Sensor Webs (formerly 6.13)6.14 Earth Observation Applications, Prototypes & Operational Systems Demonstrations (formerly 6.14)7.01 Onboard Processing Hardware Architectures and Interconnect Technologies (formerly 7.01)7.02 Onboard Signal, Data, Command Processing and Data Handling Technologies (formerly 7.02)7.03 Multi- and Many-Core Computing in Space: Hardware and Software (formerly 7.03)7.04 Memory and Data Storage Technologies for Space and Missile Applications (formerly 7.04)7.05 Reconfigurable Computing System Technologies (formerly 7.05)7.06 Mixed Signal and System-on-a-Chip Technologies (formerly 7.06)7.07 Power Electronics for Space Applications (formerly 7.07)7.08 Electronics for Extreme Environments (formerly 7.08)7.09 Miniaturization and Advanced Electronics Packaging for Spacecraft (formerly 7.09)7.10 MEMS & Nanotechnology for Space Applications (formerly 7.10)7.11 Fault Tolerance, Autonomy, and Evolvability in Spacecraft Avionics (formerly 7.11)7.12 Spacecraft Guidance, Navigation, and Control Technologies (formerly 7.12)7.13 Missile Guidance, Navigation, and Control Technologies (formerly 7.13)7.14 Advanced Processor Architectures (formerly 7.14)7.15 Advanced Thin Film and Semiconductor Materials for Space Applications (formerly 7.15)8.01 Exploration Systems (formerly 8.01)8.02 Advanced Launch Vehicle Systems and Technologies (formerly 8.02)8.03 Responsive Space Systems and Technologies (formerly 8.03)8.04 Modular Bus Technologies, Components and Standardized Spacecraft (formerly 8.04)8.05 Exploration Systems Technology Development (formerly 8.05)8.06 Technology Development and Infusion (formerly 8.06)8.07 Rendezvous and Docking Technologies (formerly 8.07)8.08 Advanced Spacecraft Technologies (formerly 8.08)8.09 Mechanical Systems, Design and Technologies (formerly 8.09)8.10 In-Space Propulsion Technology (formerly 8.10)8.11 Commercial Crew and Cargo Systems (formerly 8.11)8.12 Commercial Robotic Systems and Technologies (formerly 8.12)9.01 Air Vehicle Flight Testing (formerly 9.01)9.02 UAV Systems & Autonomy (formerly 9.02)9.03 Aircraft Systems & Avionics (formerly 9.03)9.04 Air Vehicle Flight Controls (formerly 9.04)9.05 Collision Avoidance for Unmanned Systems (formerly 9.05)10.01 Software Engineering (formerly 10.01)10.02 Software Architecture and Design (formerly 10.02)10.03 Human-Computer Interaction (formerly 10.03)10.04 High Capability Computing and Modeling (formerly 10.04)10.05 Collaborative Model-driven Aerospace Engineering (formerly 10.05)10.06 Computational Modeling (formerly 10.06)10.07 Multi-Agent Technologies for Aerospace (formerly 10.07)10.08 Data Representation, Accessibility and Interchange Strategies (formerly 10.08)10.09 Information Management and Collaborative Engineering (formerly 10.09)10.10 Web++: Ontology-driven Architecture and Semantic Web in Systems and Software Engineering (formerly 10.10)10.11 PANEL: Software Architecture, co-sponsored by Track 12 (formerly 10.11)10.12 PANEL: It is All About the Data: Storing, Accessing and Sharing Information in Space Systems (formerly 10.12)10.13 Cognitive Systems: Architectures and Implementations (formerly 10.13)10.14 Cloud Computing (formerly 10.14)10.15 PANEL: Cloud Computing (formerly 10.15)11.01 PHM for Aircraft and Propulsion Program Applications (formerly 11.01)11.02 Diagnostics & PHM for Aerospace Subsystems & Components (formerly 11.02)11.03 Structural Health Monitoring for Aerospace Vehicles (formerly 11.03)11.04 Algorithms & Advanced Analysis Concepts for Diagnostics & PHM (formerly 11.04)11.05 Metrics and Evaluation Methods for Diagnostics and Prognostics (formerly 11.05)11.06 Prognostics for Electronic and Avionic Systems (formerly 11.06)11.07 PHM Technologies to Support Ground, Lab and Non-Destructive Testing (formerly 11.07)11.08 PHM Technologies for Reliability Centered Maintenance (formerly 11.08)11.09 PHM Integration Technologies (formerly 11.09)11.10 IVHM for Satellites and Space Applications (formerly 11.10)11.11 Smart Sensing and Wireless Technologies for IVHM (formerly 11.11)11.12 Sensor Justification and Placement for PHM Applications (formerly 11.12)11.13 PHM for Autonomous and Unmanned Aerial Vehicles (formerly 11.13)12.01 Operations and Development Successes and Lessons Learned (formerly 12.01)12.02 Flight/Ground Systems, Mission Planning & Operations (formerly 12.02)12.03 Automation and Other Strategies to Increase Functionality and Reduce Cost & Risk (formerly 12.03)12.04 Designing for Sustainable Innovation: Delivering the Next Generation of Human Space Flight (formerly 12.04)12.05 Payload and Instrument Operations and Processing (formerly 12.05)12.06 PANEL - Current Topics in Operations: Instrument Operation and Integration (formerly 12.06)13.01 System Simulation and Verification (formerly 13.01)13.02 Risk Management: Application and Lessons Learned (formerly 13.02)13.03 Cost and Schedule Tools, Methods and Processes (formerly 13.03)13.04 Management Tools, Methods and Processes (formerly 13.04)13.05 Mission Modeling, Concept Optimization and Concurrent Design (formerly 13.05)13.06 Systems Architecture, Engineering and System of Systems (formerly 13.06)13.07 Technology Transfer and Commercialization (formerly 13.07)13.08 Promoting Cultural Change: Working the Human Equation (formerly 13.08)14.01 PANEL: Planetary Sample Return Missions: Program and Technology Opportunities (formerly 14.01)14.02 PANEL: Emerging Technologies for Mars Exploration (formerly 14.02)14.03 PANEL: Mission Options and Technologies for Human Exploration (formerly 14.03)14.04 PANEL: Major/Historic Spacecraft Anomalies and Lessons Learned (formerly 14.04)14.05 PANEL: Space Technology Development: The University Contribution (formerly 14.05)14.06 PANEL: Competition Robotics for Education and Workforce Development (formerly 14.06)14.07 PANEL: Advanced Propulsion Systems for the Next Generation (formerly 14.07)14.08 PANEL: Terrestrial Analog Projects for Space Operations Development (formerly 14.08)14.09 PANEL: Instrument Concepts and Design for Astrobiology Investigations (formerly 14.09)15.01 Junior Engineering Conference (formerly 15.01)16.01 Can`t find a session to submit to? Submit here and we will help (formerly 16.01)16.02 Another Session for Authors that can`t find an appropriate session (formerly 16.02)17.01 Another Test Session (formerly 17.01)17.02 Test Session #3 (formerly 17.02)17.03 Test Session for Test Track 1 (formerly 17.03)

This grid shows when each paper is to be presented. The papernumber is listed in (). At the conference, all papers are displayed by PRESENTATION NUMBER, not by papernumber.

Presentation numbers encapsulate the Track, Session, and Paper Order into a single number. Thus,
Presentation Number: 2.0305 represents Track 2, Session 3, 5th paper to be presented.