| ProgramNumber | PaperTitle | presfname | preslname | presaffiliation | CNTRY |
| 2.0101 | Research on ISS: What the Heck Are We Doing Up There?! | William | Carswell | The University of Alabama in Huntsville | USA |
| 2.0102 | EXPRESS Rack: The Extension of ISS Resources for Multi-Discipline Subrack Payloads | Mike | Danford | Marshall Space Flight Center | USA |
| 2.0103 | The JANUS Experiment on ISS | Victor | Speziale | Space Engineering S.p.A. | Italy |
| 2.0104 | International Space Station—A Unique Place for Research | John | Uri | NASA Johnson Space Center | USA |
| 2.0105 | Design Features and Capabilities of the First Materials Science Research Rack | Penny | Pettigrew | Morgan Research | USA |
| 2.0106 | QMI: A Furnace for Metals and Alloys Processing on the International Space Station | William | Carswell | NASA MSFC | USA |
| 2.0107 | WARDEN: W-Band Advanced Radar for Debris Early Notification For ISS | Vittorio | Dainelli | Oerlikon Contraves Space | Italy |
| 2.0108 | Atomic Force Microscopy in Zero-g | Robert | Friedfeld | Stephen F. Austin State University | USA |
| 2.0201 | Verification and Validation of the Infrared Spectrograph for the Space Infrared Telescope Facility (SIRTF) | Bryce | Unruh | Ball Aerospace & Techologies Corp. | USA |
| 2.0202 | Multiband Imaging Photometer for SIRTF: An Overview of the Verification and Validation Effort | Tom | Glenn | Ball Aeospace & Technologies Corp. | USA |
| 2.0203 | Investigation of Offgas Monitoring System for the Manned Space Systems | Shunsuke | Sasaki | Japan Manned Space Systems Corporation. | Japan |
| 2.0301 | Engineering of the Global Precipitation Measurement System | David | Everett | NASA Goddard Space Flight Center | USA |
| 2.0302 | A Comprehensive Plan for Studying the Carbon Cycle from Space | Janette | Gervin | NASA Goddard Space Flight Center | USA |
| 2.0303 | Adaptability of a Catalog Spacecraft Bus to Diverse Science Missions | Edward | Belte | Spectrum Astro | USA |
| 2.0304 | Overview of the Mars Reconnaissance Orbiter Mission | M. D. (Dan) | Johnston | Jet Propulsion Laboratory | USA |
| 2.0305 | The Cassini Solar Conjunction Experiment: A New Test of General Relativity | Paolo | Tortora | Universita` di Bologna | ITALY |
| 2.0306 | Genesis—The Middle Years | Nick | Smith | Lockheed Martin | USA |
| 2.0307 | Low-Cost Lunar Orbiter System Design | Andy | Phipps | Surrey Satellite Technology Ltd | UK |
| 2.0308 | An Affordable Mission Design for Emplacement of a Global Surface Network on Mars—The Pascal Mars Scout Concept | Daniel | Miller | Ball Aerospace | USA |
| 2.0309 | W Band Technologies for Data Collection Experiment of the DAVID Mission | Marina | Ruggieri | University of Roma "Tor Vergata" Dpt of Electronics Engineering | IT |
| 2.0310 | ANTS for the Human Exploration and Development of Space | Michael | Rilee | NASA Goddard Space Flight Center | USA |
| 2.0401 | CADMUS—A Robotic Factory System to Manufacture Propellants and Supplies from Martian Resources and Return Them to Earth Orbit | James | Powell | Plus Ultra Technologies, Inc. | USA |
| 2.0402 | Distributed Real-Time Model-Based Diagnosis | Seung | Chung | Massachusetts Institute of Technology | USA |
| 2.0403 | An Approach to Autonomous Operations for Remote Mobile Robotic Exploration | Caroline | Chouinard | Jet Propulsion Laboratory | US |
| 2.0404 | Biologically Inspired Behavioral Strategies for Mission Planning and Execution for General Classes of Aerial Explorers | Greg | Pisanich | QSS Group Inc. / NASA Ames Research Cetner | USA |
| 2.0405 | The Personal Satellite Assistant: An Internal Spacecraft Autonomous Mobile Monitor | Yuri | Gawdiak | NASA | USA |
| 2.0406 | Unmanned Navigation with a Nove Laser System and a Smart Software | Jose | Pecina | The University of Texas at Brownsville | USA |
| 2.0407 | Mission Interactive Scenario Studio (MISS) for Autonomous Spacecraft | Adans | Ko | Jet Propulsion Laboratory | USA |
| 2.0501 | New Millennium ST6 Autonomous Rendezvous Experiment (ARX) | Richard | Kornfeld | Jet Propulsion Laboratory | USA |
| 2.0502 | The Autonomous Sciencecraft Experiment | Rob | Sherwood | Jet Propulsion Laboratory | USA |
| 2.0503 | Timekeeping for the Space Technology 5 (ST-5) Mission | David | Raphael | NASA/Goddard Space Flight Center | USA |
| 2.0504 | Readiness Levels for Spacecraft Information Technologies | Rafi | Some | Jet Propulsion Laboratory | USA |
| 2.0505 | Forming and Selecting Flight Concepts for the NMP: Addressing a Failure in Quantitative Analysis Methods | Mark | Bergman | University of California, Irvine | US |
| 2.0506 | The NASA LWS/SET Technology Experiment Carrier | Barry | Sherman | NASA Goddard Space Flight Center | USA |
| 2.0507 | A Joint Space-Borne Radar Technology Demonstration Mission for NASA and the Air Force | Paul | Rosen | Jet Propulsion Laboratory | USA |
| 2.0508 | TCP Performance over Satellite Networks | Alessandro | Anzaloni | Instituto Tecnologico de Aeronautica | Brazil |
| 2.0509 | Thunderstorm Solar Power Satellite—Key to Space Solar Power | Lyle | Jenkins | NASA Johnson Space Center | USA |
| 2.0601 | Pluto Orbiter/Lander/Sample Return Missions Using the MITEE Nuclear Engine | James | Powell | Plus Ultra Technologies, Inc. | USA |
| 2.0701 | Response of a Galvanic Cell Array to Corrosive Solutions in an Advanced Electronic Tongue for Subsurface Explorers | Mark | Kolody | Swales Aerospace, NASA Kennedy Space Center | USA |
| 2.0702 | Toward Developing Long-Life Water Quality Sensors for the ISS Using Ceramic-Based Planar REDOX and Conductivity Sensors | Martin | Buehler | Jet Propulsion Laboratory | USA |
| 2.0703 | Fluorescent Labels for In Situ Wet Chemistry Instruments | Jeremiah | Kloepfer | Jet Propulsion Laboratory | USA |
| 2.0704 | Collection and Detection of Respiratory Electrons as an In-Situ Indicator of Microbial Life | Gregory | Konesky | Bovie Medical Corp. | USA |
| 2.0705 | Electron-Induced X-Ray and Luminescence Spectrometer Development: A Progress Report | Jaroslava | Wilcox | Jet Propulsion Laboratory | USA |
| 2.0706 | The Use of Neutron/Gamma-ray Techniques for Geochemical and Astrobiological Exploration of Planetary Bodies | Jacob | Trombka | Goddard Space Flight Center | USA |
| 2.0707 | Mars Magnetometry from a Tumbleweed Rover | Ralph | Lorenz | University of Arizona | USA |
| 2.0708 | Temperature Variation Inside Dry And Partially Frozen Mars Soils | Fabio | Gori | University of Rome | Italy |
| 2.0801 | Position-Adaptive UAV Radar for Low-Altitude Sensing Applications | Atindra | Mitra | Air Force Research Laboratory | USA |
| 2.0802 | Analysis and Experimentation for the Aerial Deployment of Planetary Balloons | Chris | White | Jet Propulsion Lab | usa |
| 2.0803 | Subsurface Solar Power: Thermoelectric Micropower for Moles and Penetrators Using Ambient Temperature Variations | Ralph | Lorenz | University of Arizona | USA |
| 2.0804 | Rover Functional Autonomy
Development for the Mars Mobile Science Laboratory |
Richard | Volpe | Jet Propulsion Laboratory | USA |
| 2.0805 | Sequence Planning for the FIDO Mars Rover Prototype | Paul | Backes | Jet Propulsion Laboratory | USA |
| 2.0806 | Visualization of Coregistered Imagery for Remote Surface Operations | Paul | Backes | Jet Propulsion Laboratory | USA |
| 2.0901 | The SATEX Project, a Mexican Effort: The Development of a Micro-satellite Platform for Space Technologies Knowledge and Human Resources Preparation | Enrique | Pacheco | CICESE Research Center | Mexico |
| 2.1001 | Radiation Effects on Optimal Launch Altitude | Darcie | Durham | Jet Propulsion Laboratory | USA |
| 2.1002 | The LARES Mission for Testing the Dynamics of General Relativity | Antonio | Paolozzi | Dipartimento di Ingegneria Aerospaziale e Astronautica Univ. "La Sapienza", Rome, Italy | Italy |
| 2.1003 | Low-Energy Missions to the Moon and Lagrangian Points | Mattia | Mercolino | University of Rome | Italy |
| 2.1004 | Design of a Mars Data Relay and Navigation Satellite Network | Giovanni | Palmerini | Università di Roma | Italy |
| 2.1005 | UREY: To Measure the Absolute Age of Mars | James | Randolph | Jet Propulsion Laboratory | USA |
| 2.1006 | Europa Orbiter Mission Options | Erik | Nilsen | Jet Propulsion Laboratory | USA |
| 2.1007 | Mars Scout 2007—A Current Status | Steven | Matousek | Jet Propulsion Laboratory | USA |
| 2.1008 | Mars Sample Return, Updated to a Groundbreaking Approach | Richard | Mattingly | Jet Propulsion Laboratory | USA |
| 2.1009 | A Classification for Multiple Mission Observation Concepts | Gordon | Johnston | NASA Headquarters | USA |
| 2.1101 | Assessing Risk from a Stakeholder Perspective | Lynne | Cooper | Jet Propulsion Laboratory | USA |
| 2.1102 | Programmatic Risk Balancing | David | Tralli | Jet Propulsion Laboratory | USA |
| 2.1103 | Risk Management for the International Space Station | Jeevan | Perera | NASA Johnson Space Center | USA |
| 2.1104 | Phases of Risk Management for the James Webb Space Telescope | Mansoor | Ahmed | NASA | USA |
| 2.1105 | Cassini Risk Management During Mission Operations and Data Analysis—Application and Lessons Learned | Mona | Witkowski | Jet Propulsion Laboratory | USA |
| 2.1106 | Towards More Accurate Life-Cycle Risk Management Through Integration of DDP and PRA | Steven | Cornford | Jet Propulsion Laboratory | USA |
| 2.1201 | Distributed Aperture Implementation on the TechSat 21 Satellites | James | Winter | Air Force Research Laboratory | USA |
| 2.1202 | Autonomous Command and Control for Distributed Spacecraft System Operations | Patrick | Stadter | Johs Hopkins University Applied Physics Laboratory | USA |
| 2.1203 | Fault-Tolerant Discovery and Formation Protocols for Autonomous Composition of Spacecraft Constellations | Peter | Ellis | WW Technology Group | USA |
| 2.1204 | Multiple Autonomous Discrete Event Controllers for Constellations (MADECC) Systems Design | Timothy | Esposito | NASA Goddard Space Flight Center | USA |
| 2.1401 | Propulsion IVHM Technology Experiment Overview | Claudia | Meyer | NASA Glenn Research Center | USA |
| 2.1402 | The Livingstone Model of a Main Propulsion System | Anupa | Bajwa | USRA/RIACS at NASA Ames Research Center | USA |
| 2.1403 | Integrated Vehicle Test Bed for IVHM Systems on 2nd Generation RLV | Han | Park | Jet Propulsion Laboratory | USA |
| 2.1404 | Demonstration of an SLI Integrated Vehicle Health Management System with In-flight and Ground-based Subsystem Interfaces | L. Wayne | Dixon | Honeywell Defense and Space Electronic Systems | USA |
| 2.1405 | A Novel Model-Based Diagnosis Engine: Theory and Applications | Amir | Fijany | Jet Propulsion Laboratory | USA |
| 3.0101 | Transmitting Antenna Modules Refusals Reaction on Wireless Power Transmission Efficiency | Sergey | Shaposhnikov | Moscow Radiotechnical Institute of The Russian Academy of Sciences | Russia |
| 3.0102 | Common EO And RF Antenna Apertures Using Integrated Device Combinations | Geoff | Taylor | University of Connecticut | USA |
| 3.0103 | Two-Way Airborne Broadband Communications Using Phased Array Antennas | Charles | Adler | Connexion by BoeingSM | USA |
| 3.0104 | Test Results of a Linear Tapered Slot Antenna at Ka-band with Varying Slot-Line Lengths and Mounting Configurations | Janice | Rock | US Army Aviation and Missile Command | USA |
| 3.0105 | Application of MUSIC to the Hybrid Interferometer to Eliminate Grating Lobe Effects | Robert | Penno | University of Dayton | USA |
| 3.0106 | Design of Phased Array Antenna Systems for Multi-Point Communications | Raghbir | Tahim | RST Scientific Research | USA |
| 3.0107 | Separable Space-Time Pattern Synthesis for Moving Target Detection with TechSat21—A Distributed Space-Based Radar System. | Hans | Steyskal | Air Force Research Laboratory/SNHA | USA |
| 3.0201 | Demonstration of the Ballistic Missile Range Safety Technology (BMRST) Mobile GPS-Based System for the QRLV-2 Launch | Mark | McWhorter | Honeywell Space Systems | USA |
| 3.0202 | Development of the New 20kW CW Transmitter for 34-Meter Antennas of NASA Deep Space Network. | Arnold | Silva | Jet Propulsion Laboratory | USA |
| 3.0203 | Research and Development of an Integrated Electro-Optical and Radio Frequency Aperture | Byron | Welsh | Mission Research Corp. | USA |
| 3.0204 | Geometric Configurations for Large Spacecraft-Tracking Arrays | Dayton | Jones | Jet Propulsion Laboratory | USA |
| 3.0205 | Simple Gain Probability Functions for Large Reflector Antennas of JPL/NASA Deep Space Network | Vahraz | Jamnejad | Jet Propulsion Laboratory | USA |
| 3.0301 | Fabrication and Electromagnetic Characterization of Novel Self Metallized Thin Films | Anne | Mackenzie | NASA Langley Research Center | USA |
| 3.0301 | Fabrication and Electromagnetic Characterization of Novel Self Metallized Thin Films | Anne | Mackenzie | NASA Langley Research Center | USA |
| 3.0302 | Performance Evaluation of a Membrane Waveguide Array Antenna | Glenn | Hopkins | Georgia Tech Research Institute | USA |
| 3.0303 | Influence Functions for Mechanical Disturbances in Gossamer Antenna and Reflectors | Chris | Jenkins | South Dakota School of Mines and Technology | USA |
| 3.0401 | Dual-Polarized, Millimeter Wave Slot Array | Michael | Guler | EMS Technologies | USA |
| 3.0402 | A Millimeter-Wave Phased Array Radar for Hazard Detection and Avoidance on Planetary Landers | Brian | Pollard | Jet Propulsion Laboratory | USA |
| 3.0403 | Developments in SAR and IFSAR Systems and Technologies at Sandia National Laboratories | Lars | Wells | Sandia National Laboratories | USA |
| 3.0403 | Developments in SAR and IFSAR Systems and Technologies at Sandia National Laboratories | Lars | Wells | Sandia National Laboratories | USA |
| 3.0404 | Design and Demonstration of an Advanced On-Board Processor for the Second-Generation Precipitation Radar | Mark | Fischman | Jet Propulsion Laboratory | USA |
| 3.0405 | A Dual-Low-Frequency Radar for Sub-Canopy and Deep Soil-Moisture Measurements | Delwyn | Moller | Jet Propulsion Laboratory | USA |
| 3.0406 | A Synthetic Interferometric ISAR Technique for Developing 3-D Signatures | Janice | Rock | US Army Aviation and Missile Command | USA |
| 3.0407 | Low-Cost Ka-band SAR/ISAR for UAV Platforms | Seong | Kim | Lockheed Martin | USA |
| 3.0501 | Large-Array Eigen-Based Signal Combining for Deep-Space Applications | Kar-Ming | Cheung | Jet Propulsion Laboratory | USA |
| 3.0601 | A Hybrid Technique for Accurate Modeling of Very Large Antenna Arrays Including Edge Effects | Kazem | Sabet | EMAG Technologies, Inc. | USA |
| 3.0602 | Modeling and Design of MEMS-Based Reconfigurable Antenna Arrays | Kazem | Sabet | EMAG Technologies, Inc. | USA |
| 3.0603 | A Comparative Study of the Design of Corrugated Horn Antennas by Evolutionary Optimization Techniques | Vahraz | Jamnejad | Jet Propulsion Laboratory | USA |
| 4.0101 | Concepts for Satellite Communications and Navigation Support to Homeland Security Missions | Mackenzie | Hobson | Los Angeles Air Force Base SMC/XRE | USA |
| 4.0102 | Usage of Commercial Satellite Systems for Homeland Security Communications | Dave | Taggart | The Aerospace Corporation | USA |
| 4.0103 | The Potential of Gravity Gradiometry as an ISR Technique | James | Calpin | The MITRE Corporation | USA |
| 4.0201 | Architecture and System Engineering Development Study of Space-Based Satellite Networks for NASA Missions | William | Ivancic | NASA Glenn Research Center | USA |
| 4.0202 | Proposed Communications Architecture Recommendations to Enable Joint Vision 2020 | Bronson | Armstrong | National Security Space Architect | USA |
| 4.0203 | A Recommended Scenario for the Future Wireless Network Environment | Robert | Mazzolin | Directorate Information Management Security | Canada |
| 4.0204 | Stratospheric Relay: Feasibility of New Satellite High-Altitude Platforms Integrated Scenarios | Marina | Ruggieri | University of Rome "Tor Vergata" | ITALY |
| 4.0205 | Power Spectral Analysis for Spectrum Packing Efficiency Evaluation | Hung | Nguyen | The Aerospace Corporation | USA |
| 4.0206 | Utilizing DCOM in an Open System Architecture Framework for Machinery Monitoring and Diagnostics | Mitchell | Lebold | The Pennsylvania State University Applied Research Laboratory | USA |
| 4.0301 | Large File Transmissions over High-Delay Data Communication Channels Using TCP | Harry | Tyrer | University of Missouri-Columbia | USA |
| 4.0302 | A Ground Segment Architecture with TCP/IP Over Domestic Satellite | Hung | Nguyen | The Aerospace Corporation | USA |
| 4.0303 | Scalable Proportional Bandwidth Allocation in Satellite Networks | Arjan | Durresi | The Ohio State University | USA |
| 4.0304 | IP-Based Routing Algorithms for LEO Satellite Networks in Near Polar Orbit | Mauro | De Sanctis | University of Roma Tor Vergata | ITALY |
| 4.0305 | Standardization Activity for Spacecraft Onboard Interfaces | Joseph | Smith | Jet Propulsion Laboratory | USA |
| 4.0306 | Empirical Performance Data for Emulated Space Platform Command, Control, and Data Transfer | Vijay | Konangi | Cleveland State University | USA |
| 4.0501 | Sensor Network Communications Using Space Division Optical Retroreflectors for In-Situ Science Applications | Jay | Gao | Jet Propulsion Laboratory | USA |
| 4.0502 | Team Communications Among Swarms of Airborne Agents | Mario | Gerla | University of California Los Angeles | USA |
| 4.0503 | Performance Evaluation Modeling of Networked Sensors | Loren | Clare | Jet Propulsion Laboratory | USA |
| 4.0504 | Location Determination Methods Employing a Network of Passive Beacons | Andrew | Gray | Jet Propulsion Laboratory | USA |
| 4.0505 | An Empirical Study on the Connectivity of Ad Hoc Networks | Ao | Tang | California Institute of Technology | USA |
| 4.0506 | Simulation-Based Optimization Scheme of Communication Protocols for Large-Scale Wireless Sensor Networks | Gyula | Simon | Vanderbilt University/Institute for Software Integrated Systems | US |
| 4.0507 | Efficient Information Dissemination for NSOC | Clayton | Okino | Jet Propulsion Laboratory | USA |
| 4.0601 | An Intelligent Tool for Network Configuration and Optimization | Robert | Richards | Stottler Henke Associates, Inc. (SHAI) | USA |
| 4.0801 | A New Lock Detection Scheme for Phase-Locked Loops and Costas Loops | Zhong | Ye | Jet Propulsion Laboratory | USA |
| 4.0802 | Receiver Beamforming Using Nonlinear Oscillators | Michael | Larsen | Information Systems Laboratories, Inc. | USA |
| 4.0803 | RNS Implementation of High-Performance Demultiplexer for Satellite Application | Gian Carlo | Cardarilli | University of Rome Tor Vergata | Italy |
| 4.0804 | Performance Analysis of a Command Destruct Subsystem of the Spacelift Range System | Rajendra | Kumar | The Aerospace Corporation | USA |
| 4.0805 | Modeling and Simulation Tool for the SpaceLift Range System | David | Taggart | The Aerospace Corporation | USA |
| 4.0901 | Trends in Development of Broad-Band Phased Arrays in Commercial Satellite Systems and the Potential Applications for Tracking High Earth Orbit Satellites, Deep Space Vehicles, and Mobile Robotic Networks | Vahraz | Jamnejad | Jet Propulsion Laboratory | USA |
| 4.1001 | Greatly Enhanced Deep Space Mission Data Return Using Very Large DSN Arrays | William | Hurd | Jet Propulsion Laboratory | USA |
| 4.1002 | L2 - NGSTs Communication Challenges | Jonathan | Gal-Edd | NASA Goddard Space Flight Center | USA |
| 4.1003 | Two-Way Ranging During Early Mission Phase | Jeff | Berner | Jet Propulsion Laboratory | USA |
| 4.1004 | On-Board Signal Acquisition: System Trade-Offs and Implementation | Lorenzo | Simone | Alenia Spazio | ITALY |
| 4.1005 | The Cassini Multifrequency Link Performance During 2002 Solar Conjunction | Paolo | Tortora | Universita` di Bologna | ITALY |
| 4.1006 | X/X/Ka Transponder for Deep Space Missions: Architectural Design and Bread-boarding at ALENIA SPAZIO | Lorenzo | Simone | Alenia Spazio | ITALY |
| 4.1007 | In-Flight CONTOUR Non-Coherent Radiometic Performance | Robert | Jensen | Johns Hopkins University Applied Physics Laboratory | USA |
| 4.1008 | A Breadboard Receiver for Proximity Link Applications: Design and Test Results | Lorenzo | Simone | Alenia Spazio | ITALY |
| 4.1201 | Requirements for Air Traffic Management in the En-Route Environment | Robert | Kerczewski | NASA Glenn Research Center | USA |
| 4.1202 | Security Considerations for the e-Enabled Aircraft | Chris | Wargo | Computer Networks & Software, Inc. | USA |
| 4.1203 | Performance, Capacity and Limitations of AMSS Communications | Vijay | Konangi | Cleveland State University | USA |
| 4.1204 | A Dynamic GPS Multipath Model for Differential Reference Station Site Evaluation | Joseph | Kelly | Ohio University Avionics Engineering Center | USA |
| 4.1301 | Crosslinks for the Next-Generation GPS | Kristine | Maine | The Aerospace Corporation | USA |
| 4.1302 | A Comparison of the Threshold of M-Code, P(Y)-Code Tracking Loops, and Other BOC and NRZ Code Symbol Types | Jack | Holmes | The Aerospace Corporation | USA |
| 4.1303 | SMS TCP/IP Interface | Joseph | Skobla | The University of The West Indies | CANADA |
| 4.1304 | GPS-Based Marine Vessel Tracking Device | Glenford | McFarlane | The University of The West Indies | CANADA |
| 4.1401 | A Digital Micromachined Quartz-Based Inertial Measurement System | Asad | Madni | BEI Technologies, Inc. | USA |
| 4.1402 | Carrier Acquisition and Tracking Requirements for Doppler Navigation | Zhong | Ye | Jet Propulsion Laboratory | USA |
| 4.1403 | Fast SAR Image-Matching Algorithm in Navigation System | Yang | Li | Shanghai JiaoTong University | China |
| 4.1404 | Multi-View Head-Up Synthetic Vision Display System | Douglas | Burch | Ohio University, Avionics Engineering Center | USA |
| 4.1501 | Covert Speech Communication via Cover Speech by Tone Insertion | Kaliappan | Gopalan | Purdue University Calumet | USA |
| 4.1502 | Simultaneous Independent Voice and Data (SIVD) in a Distributed Tactical Network | Christopher | Langford | ITT Industries | USA |
| 5.0101 | Fiber Optic Sensors for Space Missions | Antonio | Paolozzi | Dip. di Ingegneria Aerospaziale e Astronautica Univ. "La Sapienza", Rome | Italy |
| 5.0102 | Monolithic Photoreceiver Technology for Free-Space Optical Networks | Leye | Aina | Epitaxial Technologies, LLC | USA |
| 5.0103 | 2-Dimensional VCSEL Transmitter and MESFET Receiver Arrays for Parallel Optical Interconnects | Kent | Choquette | University of Illinois | USA |
| 5.0201 | Advanced Materials and Processes for Large, Lightweight, Space-based Mirrors - Beyond Monolithic Glass | Lawrence | Matson | Air Force Research Laboratory-Materials Directorate | USA |
| 5.0202 | Nano-Laminates: A New Class of Materials for Aerospace Applications | Troy | Barbee, Jr. | Lawrence Livermore National Laboratory | USA |
| 5.0203 | Lightweight C-SiC Composite Mirrors | Witold | Kowbel | Materials and Electrochemical Research (MER) Corporation | USA |
| 5.0204 | Large Optics in the 21st Century: A Transition from Discrete Manufacturing to Highly Integrated Active Techniques | Mark | Ealey | Xinetics Inc. | USA |
| 5.0205 | New Technologies for the Actuation and Control of Large-Aperture, Lightweight, Optical-Quality Mirrors | Sarma | Gullapalli | Veridian Systems | USA |
| 5.0206 | Design Concepts for Self-Equilibrating Modules for Thin-Shell Mirror Actuation and Control in Space-Based Applications | Harvey | Lipkin | Georgia Institute of Technology | USA |
| 5.0207 | Wavefront Sensing and Control for Large Space Optics | David | Redding | Jet Propulsion Laboratory | USA |
| 5.0301 | Analysis and Experiments on a High-Bandwidth Sparse-Aperture Imaging Test-bed Metrology and Control System | Frederick | Tasker | Swales Aerospace | U.S |
| 5.0302 | Efficient Simulation of the Effect of Random Metrology-Induced Phase Errors on a Sparse Aperture System | Frederick | Tasker | Swales Aerospace | U.S |
| 5.0501 | Real-Time 1550 nm Retromodulated Video Link | G. C. | Gilbreath | Naval Research Laboratory | USA |
| 5.0502 | Modulating Retro-reflector Implementation of MIL-STD-1553 Protocol for Free-Space Optics Data Transmission | Peter G. | Goetz | Naval Research Laboratory | USA |
| 5.0503 | A Phased Array of Phased Arrays (PAPA) Architecture for Improving the Performance of Free-Space Optical Communications | Steven | Serati | Boulder Nonlinear Systems, Inc. | USA |
| 5.0701 | Cascaded One-Dimensional Liquid Crystal OPAs for Beam Steering in Two Dimensions | Jay | Stockley | Boulder Nonlinear Systems, Inc. | USA |
| 5.0801 | Optimization of Transparent Conducting Oxides for Liquid Crystal Based Optical Phased Array Beam Steerers | John | Perkins | National Renewable Energy Laboratory (NREL) | USA |
| 5.0901 | Mid-Wave/Long-Wave Infrared Dual-Octave Hyperspectral Imaging Spectrometer | Jay | Schwartz | SSG Precision Optronics, Inc. | USA |
| 5.0902 | FireMapper: A Thermal-Imaging Radiometer for Wildfire Research and Operations | James | Hoffman | Space Instruments, Inc. | USA |
| 6.0101 | Overview of the Next Generation of the PHILLS Instrument | Daniel | Korwan | Naval Research Laboratory | USA |
| 6.0102 | Application of the FireMapper Thermal-Imaging Radiometer for Tactical Wildfire Suppression | James | Hoffman | Space Instruments, Inc. | USA |
| 6.0103 | Detection of Buried Land Mines Using Hyperspectral Sensors | Edwin | Winter | Technical Research Assoc., Inc. | USA |
| 6.0104 | Image Chromodynamics and Hyperspectral Target Detection | Alan | Schaum | Naval Research Laboratory | USA |
| 6.0301 | Multi-Target Linear Converter (MLC) | Darko | Musicki | The University of Melbourne | Australia |
| 6.0302 | Hypothesis Management in Situational Awareness | Richard | Everitt | QinetiQ Ltd. | England |
| 6.0303 | An Analysis of Objective
Functions for Bayesian Control-Theoretic Sensor Management |
Ronald | Mahler | Lockheed Martin Tactical Systems | USA |
| 6.0304 | Improving Track Continuity Using Track Segment Association | Yaakov | Bar-Shalom | University of Connecticut | USA |
| 6.0305 | A GPS-Based Range Tracking Unit (GITU— GPS/INS Tracking Unit) Development and Deployment | Robert | Nixon | Honeywell International | USA |
| 6.0306 | Robust GPS - SMS Communication Channel for the AVL System | Joseph | Skobla | The University of The West Indies | CANADA |
| 6.0401 | Fusion of Quantized Measurements via Particle Filtering | Peter | Willett | University of Connecticut | USA |
| 6.0402 | Curse of Dimensionality and Particle Filters | Fred | Daum | Raytheon Company | USA |
| 6.0501 | Adaptive Processing in a Nonstationary Spaceborne Environment | Daniel | Leatherwood | Georgia Tech Research Institute | USA |
| 6.0502 | STAP Performance in Site-Specific Clutter Environments | Daren | Zywicki | Georgia Tech Research Institute | USA |
| 6.0503 | Automatic Target Recognition of Slow-Moving Ground Targets Using Space-Time Adaptive Processing | John | Malas | US Air Force | USA |
| 6.0601 | The Arithmetic of Receiver Scheduling for Electronic Support | Vaughan | Clarkson | The University of Queensland | Australia |
| 6.0602 | Estimation and Correlation of Radar Pulse Modulations for Electronic Support Measures | Stephen | Howard | Defence Science and Technology Organisation, Australia | Australia |
| 6.0603 | Target Detection in Non-Gaussian Clutter Noise | Jennifer | Davis | SciTec, Inc. | USA |
| 6.0604 | Class-Specific Segmentation of Time Series | Peter | Willett | University of Connecticut | USA |
| 6.0605 | Classification of Harmonic Sets | Errol | Rowe | Naval Undersea Warfare Center | USA |
| 6.0606 | Bayesian Classification Results Using Data Containing Missing Class Labels | Robert | Lynch | Naval Undersea Warfare Center | USA |
| 6.0607 | Arrogance in Classification | Amy | Magnus | Defense Threat Reduction Agency | USA |
| 6.0801 | Tracking Targets with Self-Organizing Distributed Ground Sensors | Richard | Brooks | Penn State University Applied Research Laboratory | USA |
| 6.0802 | Fire-Induced Response-Based Collapse Monitoring of Burning Buildings | Ziyad | Duron | Harvey Mudd College | USA |
| 6.0803 | Node Selection for Target Tracking using Bearing Measurements from Unattended Ground Sensors | Lance | Kaplan | Clark Atlanta University | USA |
| 6.0804 | Collaborative Networking Requirements for Unattended Ground Sensor Systems | William | Merrill | Sensoria Corporation | USA |
| 6.0805 | The Role of Ground Sensors in Multi-Sensor Surveillance Systems | David | Hall | The Pennsylvania State University | USA |
| 6.0806 | Fusion of Acoustic, Meteorological, Geographical, Chemical Vapor, and Biological Aerosol Information from Ground Sensor Networks | David | Swanson | Penn State University Applied Research Lab | USA |
| 6.0901 | The Fizeau Interferometer Testbed | Xiaolei | Zhang | US Naval Research Laboratory | USA |
| 6.0902 | Combined Feed-Forward and Feed-Back Control for Dim Star Fringe Tracking on the SIM Test-Bed 3 | Renaud | Goullioud | Jet Propulsion Laboratory | US |
| 6.0903 | Picometer Knowledge Transfer Testbed: Overview and Status | Alison | Nordt | Lockheed Martin | USA |
| 6.0904 | SIM Astrometric Demonstration at the 150-Picometer Level Using the MAM Testbed | Renaud | Goullioud | Jet Propulsion Laboratory | US |
| 6.0905 | Optical Path Control in the MAM Testbed | Martin | Regehr | Jet Propulsion Laboratory | USA |
| 6.0906 | Cold Interferometric Nulling Demonstration in Space (CINDIS) | Charley | Noecker | Ball Aerospace & Technologies Corp. | USA |
| 6.0907 | Hybrid Approaches to Nulling-Interferometry and Coronagraphy | Gene | Serabyn | Jet Propulsion Laboratory | USA |
| 7.0101 | Open Systems Standards Frameworks: A History and Use of the Space Generic Open Avionics Architecture | David | Pruett | NASA Johnson Space Center | US |
| 7.0102 | SpaceWire for Reliable Transmission over Next Generation Space Telescope (NGST) Focal Plane Electronics (FPE) Network | Glenn | Rakow | NASA Goddard Space Flight Center | USA |
| 7.0103 | A Fuzzy Rule-Based Processes Scheduling Method in Critical Distributed Computing Environment | Pratit | Santiprabhob | Assumption University | Thailand |
| 7.0104 | Missile Signal Processing Common Computer Architecture for Rapid Technology Upgrade | Daniel | Rabinkin | MIT Lincoln Laboratory | USA |
| 7.0201 | Ultralow-Power Space Computer Leveraging Commercial Architecture and Embedded SEU Mitigation | David | Czajkowski | Space Micro | USA |
| 7.0202 | MiniAERCam Avionics | Larry | Abbott | NASA Johnson Space Center | USA |
| 7.0301 | Adaptive Filtering For Real-Time On-Board Image Restoration | Tamal | Bose | Utah State University | USA |
| 7.0302 | Applications for a Software Programmable Space Platform | Chris | Hunt | General Dynamics Decision Systems | USA |
| 7.0303 | A New High-Performance RISC Microprocessor for Space Applications Allowing Operation in Harsh Environments | Dominique | de Saint Roman | Atmel Corporation (Nantes) | FRANCE |
| 7.0304 | Digital Signal Processor (DSP) Circuit Boards’ Foreign Comparative Test (FCT) | Steven | Sampson | Air Force Research Laboratory/VSSE | USA |
| 7.0305 | The COTS Conundrum | Edward | Prado | Honeywell Space Systems | USA |
| 7.0401 | Circuit Demonstration of Radiation Hardened Chalcogenide Non-Volatile Memory | Laura | Burcin | BAE SYSTEMS | USA |
| 7.0601 | Advancing Reconfigurable Processing Subsytems in Spaceborne Applications | Joseph | Marshall | BAE SYSTEMS | USA |
| 7.0602 | Magnetoelectronic Reconfigurable Logic | Andrzej | Peczalski | Honeywell Advanced Sensor Technologies | USA |
| 7.0603 | Reconfigurable Computing in Space: From Current Technology to Reconfigurable Systems-On-a-Chip | Paul | Graham | Los Alamos National Laboratory | US |
| 7.0701 | Applications of Mixed-Signal and System-On-Chip Technologies to Air Force Missions | Creigh | Gordon | Air Force Research Laboratory | USA |
| 7.0702 | A Survey of High Performance Analog-to-Digital Converters for Defense Space Applications | Kenneth | Merkel | Mission Research Corporation | USA |
| 7.0703 | Point of Application Controller (POAC) for Space Systems | Keith | Avery | Mission Research Corporation | USA |
| 7.0704 | Micro Digital Solar Attitude Detector Chip | Mark | Martin | Johns Hopkins University Applied Physics Laboratory | USA |
| 7.0705 | The Schottky Junction Transistor - A Contender for Ultralow-Power Radiation-Tolerant Space Electronics | Trevor | Thornton | Arizona State University | USA |
| 7.0801 | A Generic Framework for Robotic Navigation | Christopher | Urmson | Carnegie Mellon University | USA |
| 7.0802 | X2000 Advanced Avionics Characterization Study: Living in the Modern World of Difficult to Predict Processor Performance | Len | Day | Jet Propulsion Laboratory | USA |
| 7.0901 | Implications of the Different Classes of Exceptions Experienced During the COTS Processor Test Flight on the ARGOS Satellite | Michael | Lovellette | Naval Research Laboratory | USA |
| 7.0902 | The Evolution of a SPIDER:Fault Protection, Incremental Development, and the Mars Reconnaissance Orbiter Mission | Eric | Seale | Lockheed Martin | USA |
| 7.0903 | A High-Assurance Space On-board Distributed Computer System | Hiroyuki | Yashiro | IHI Aerospace Co., Ltd. | Japan |
| 7.1001 | Interconnect Technologies at the Board Level and Higher | Bill | Bjorndahl | Northrop Grumman Space Technology | USA |
| 7.1002 | Reliability of Class 2 Heel Fillets on Gull Wing Leaded Components | Wing | Wong | Northrop Grumman Space Technology | USA |
| 7.1101 | Building Memory and SiP Cubes Based on the Stacking of Bare Dice | Christian | Val | 3D PLUS | France |
| 7.1102 | An Efficient Means to Meet the Challenges of Very High-Density Packaging in Space Applications | Pierre-Eric | Berthet | 3D Plus | France |
| 7.1201 | Electronic Components and Circuits for Extreme Temperature Environments | Richard | Patterson | NASA Glenn Research Center | USA |
| 7.1202 | Nano-scaled Electrical Sensor Devices for Integrated Circuit Diagnostics | Marek | Zgol | GMA Industries, Inc. | USA |
| 7.1203 | Failure Diagnosis of Integrated Circuits Using IR Laser Images | Ernest | Keenan | GMA Industries, Inc. | USA |
| 7.1501 | Solar Array Configuration and Design for High-Performance Microsatellites | Urbano | Tancredi | Seconda Università degli Studi di Napoli | ITALY |
| 7.1502 | System Design Issues of Small Formation-Flying Spacecraft | Balaji | Kumar | University of Southampton (UK) | UK |
| 7.1503 | Formation Flying Activities and Capabilities at Ball Aerospace | William | Deininger | Ball Aerospace & Technologies Corp. | USA |
| 7.1701 | Satellite Attitude Tracking Using Optimal Neuro-Controller | Navid | Dadkhah Tehrani | Sharif University of Technology (Iran) | IRAN |
| 7.1702 | Three-Axes Attitude Determination and Control System Design for Low-Cost Micro-Satellites | Craig | Van Beusekom | US Air Force Academy | USA |
| 7.1703 | Practically Oriented Attitude Stabilisation of an Underactuated Satellite with Two Wheels | Nadjim Mehdi | Horri | Surrey Satellite Technology, Ltd. | UK |
| 7.1704 | Attitude Independent Estimation of Spacecraft Angular Rate Using Geomagnetic Field Observations | Paolo | Tortora | Universita` di Bologna | ITALY |
| 7.1705 | Flight Qualified Laser Radar for Spacecraft Guidance Application | Carl Christian | Liebe | Jet Propulsion Laboratory | USA |
| 8.0201 | Graphite Foam-Based Laser Diode Thermal Spreaders | Witold | Kowbel | Materials and Electrochemical Research (MER) Corporation | USA |
| 8.0301 | SUSEE B: An Ultra-Lightweight Nuclear Electric Space Power System Based on the Conventional Steam Cycle | James | Powell | Plus Ultra Technologies, Inc. | USA |
| 8.0401 | Reconnection Electromagnetic Launcher for Space Application | Li | Liyi | Harbin Institute of Technology | CHINA |
| 8.0402 | ENABLING RESPONSIVE SPACELIFT:The F-15 Launched Micro-satellite Launch Vehicle | Julia | Rothman | AFRL | USA |
| 8.0501 | Fundamental Study on Reconnection Electromagnetic Launch Assist Technology | Li | Liyi | Harbin Institute of Technology | CHINA |
| 9.0101 | Dynamic Model of Store/Rack Interface Reactions | Tim | Schoppert | Naval Air Systems Command | USA |
| 9.0102 | Modeling the Tiltrotor Shipboard Flight Test Environment | Dean | Carico | Naval Air Warfare Center | USA |
| 9.0103 | "Winds Are 56 Knots down the Bow, You`re Cleared to Land": Helicopter Dynamic Interface Testing Aboard High-Speed Catamarans | Andrew | Lynch | HX-21 | USA |
| 9.0104 | The
Helicline System: Investigation of Methods for Protection of Avian Wildlife during Construction and Operation of a Magnetic Levitation Train through the South San Francisco Bay Wildlife Refuges |
Steven | Martin | Lockheed Martin Space Systems | USA |
| 9.0201 | A Method for the Determination of the Attainable Moment Set for Non-Linear Control Effectors | Michael | Bolender | Air Force Research Laboratory | USA |
| 9.0202 | A Modified Simple Shooting Method for Two-Point Boundary Value Problems | Raymond | Holsapple | Texas Tech University | USA |
| 9.0203 | Modeling Issues in Footprint Generation for Reusable Launch Vehicles | Fariba | Fahroo | Naval Postgraduate School | USA |
| 9.0204 | An Algorithm for Computing the Range of Trimable Angle of Attack for Aircraft Experiencing Effector Failures | David | Doman | Air Force Research Laboratory | USA |
| 9.0205 | Vision-based Flight Parameter Extraction for Micro Air Vehicles | Guiqiu | Bao | Tsinghua University | China |
| 9.0206 | Flight Control Synthesis on the Basis of Fuzzy Phase Limitations Variation with an Entry Measure of Affinity | Vladimir | Pilishkin | Bauman Moscow State Technical University | Russia |
| 9.0207 | A Simulator for Line-of-Sight Missile Control and Guidance Systems: Object-Oriented Design | Georgi | Dimirovski | Dogus University | Turkey |
| 9.0208 | Very Long Range Anti-Air Missile Systems Design | Shun-Wen | Cheng | Tamkang University | TAIWAN |
| Paradigns for Successful Technology Development Panel | Melvin | Montemerlo | NASA Headquarters | USA | |
| 10.0101 | Distributed Middleware Services Composition and Synthesis Technology | Miklos | Maroti | Vanderbilt University | USA |
| 10.0102 | Automatic Code Generation for Airborne Systems - The next Generation of Software Productivity Tools | Steven | Crook-Dawkins | University of York (UK) | UK |
| 10.0103 | Architecture, Language, and Non-compositional Constraints | Erann | Gat | Jet Propulsion Laboratory | USA |
| 10.0104 | Automated Testing Assistant Which Enforces Method Coverage in Testing Object-Oriented Programs | Ihssan | Alkadi | University of Louisiana at Lafayette | USA |
| 10.0201 | Semantic Web Technologies for Aerospace | Paul | Kogut | Lockheed Martin Management & Data Systems | USA |
| 10.0202 | A Framework for Handling Malfunction Agents | Peerapol | Moemeng | Assumption University (Thailand) | Thailand |
| 10.0203 | ATRIA: Cooperative Agent-Based Recovery in a Communications Network | Alan | Quan | The Aerospace Corporation | USA |
| 10.0204 | Reflexive Agents for Competitive Application Environment | Supannika | Koolmanojwong | Assumption University (Thailand) | Thailand |
| 10.0401 | Total Information Awareness (TIA) | J. Brian | Sharkey | Hicks And Associates, Inc. | USA |
| 10.0402 | A Signal Processing Model for Structuring Transaction-Based Early Warning Information Processing Systems | J. Brian | Sharkey | Hicks and Associates, Inc. | USA |
| 10.0403 | Advanced Collaborative Architectures and the Collaborative Lifecycle | Brad | Medairy | Booz Allen Hamilton Inc. | USA |
| 10.0404 | Enabling Total Information Awareness with Grid Services | Eric | Yuan | Booz Allen Hamilton, Inc. | USA |
| 10.0405 | Towards Rich Semantics in a Grid Architecture for Information Awareness | Bradley | Bebee | Hicks and Associates, Inc. | USA |
| 10.0406 | Co-Evolutionary Information Operations: Information and Computational Technology Strategies for Anticipating Changes in Relative Information Superiority | Desmond | Saunders-Newton | Center for Technology & National Security Policy | USA |
| 10.0407 | Understanding Encrypted Networks Through Signal and Systems Analysis of Traffic Timing | David | Cousins | BBN Technologies | USA |
| 10.0408 | An Information Product Approach for Total Information Awareness | Richard | Wang | Cambridge Research Group, Inc. | USA |
| 10.0501 | EP Communications: The Next Revolutionary Step in Global Communications | Paul | Phister | Air Force Research Laboratory | USA |
| 11.0101 | Planning, Coordinating and Running a Successful Seeded Fault Engine Test to Detect Cracks in Engine Disks (TF-41 SFET) | Leo | Fila | Naval Air Systems Command | USA |
| 11.0102 | Model-Based Analysis in Support of the TF-41 Seeded-Fault Testing | Avinash | Sarlashkar | Impact Technologies, LLC | USA |
| 11.0103 | Wireless Crackwire Sensor for In-Situ Engine Monitoring | Joseph | Gerardi | Innovative Dynamics Inc. | US |
| 11.0104 | Detection and Characterization of Blade/Disk Cracks in Operational Turbine Engines | Wayne | Haase | Aerogage Corporation | USA |
| 11.0105 | Addressing the Measurement Problem in the Gas Turbine | Roy | Peacock | Thermodyne-Amos Ltd. | UK |
| 11.0106 | Startup Fault Detection and Diagnosis in Turbine Engines | Onder | Uluyol | Honeywell | USA |
| 11.0201 | eSTORM: Enhanced Self-Tuning On-board Real-Time Engine Model | Thomas | Brotherton | The Intelligent Automation Corp. | U.S.A. |
| 11.0202 | Model Reconstruction Using POD Method for Gray-box Fault Detection | Han | Park | Jet Propulsion Laboratory | USA |
| 11.0203 | Prognostics/Diagnostics for Gas Turbine Engine Bearing | Rolf | Orsagh | Impact Technologies, LLC | USA |
| 11.0204 | Structural Health Monitoring Experiments with a Canonical Element of an Aerospace Vehicle | Martin | DeSimio | Qualia Computing, Inc. | USA |
| 11.0205 | Nonparameteric Modeling of Vibration Signal Features for Equipment Health Monitoring | Stephan | Wegerich | SmartSignal Corporation | USA |
| 11.0206 | Methods of Inferring Rotorcraft Gross Weight | Tim | Flynn | Goodrich Corporation | USA |
| 11.0301 | Prognostics, A New Look at Statistical Life Prediction for Condition-Based Maintenance | Hunt | Sutherland | GE Global Research | USA |
| 11.0302 | When Good Diagnostics Go Bad – Why Maturation is Still Hard | Timothy | Wilmering | The Boeing Company | usa |
| 11.0303 | Common Built-In-Test Evaluation Criteria | Kerry | Westervelt | Naval Air Warfare Center Aircraft Division (NAWCAD) | US |
| 11.0304 | An Open Systems Architecture for Prognostic Inference during Condition-Based Monitoring | Gregory | Provan | Rockwell Science Center | USA |
| 11.0401 | The Implementation of Advanced Diagnostic and Prognostic Concepts—Practical Tools for Effective Diagnostic and Prognostic Health Management | Brian | Larder | Smiths Aerospace | UK |
| 11.0402 | Evaluation of Bayesian Networks Used for Diagnostics | Wojtek | Przytula | HRL Laboratories, LLC | - |
| 11.0403 | Development of Hybrid Case-Based Diagnostics for Propulsion Systems | Jeff | Bird | National Research Council Institute for Aerospace Research | Canada |
| 11.0404 | Optimal Fault Detection and Isolation Filters for Flight Vehicle Performance Monitoring | Robert | Miller | Northrop Grumman Air Combat Systems | USA |
| 11.0405 | IMD HUMS Rotor Track and Balance Techniques | Dennis | Power | Goodrich Corporation | USA |
| 11.0601 | A Cost-Benefits Analysis of the Effect of Condition-Based Maintenance Strategies for Military Ground Vehicles | Jeffrey | Banks | The Pennsylvania State University Applied Research Laboratory | USA |
| 11.0602 | Diagnostic Fault Detection for Internal Combustion Engines Via Pressure Curve Reconstruction | Mitchell | Lebold | The Pennsylvania State University Applied Research Laboratory | USA |
| 11.0603 | Prognostic Enhancements to Gas Turbine Diagnostic Systems | Carl | Byington | Impact Technologies, LLC | USA |
| 11.0604 | Electrochemical Cell Prognostics using Online Impedance Measurements and Model-Based Data Fusion Techniques | James | Kozlowski | The Pennsylvania State University Applied Research Laboratory | USA |
| 11.0701 | Calibration of Failure Mechanism-Based Prognosis with Vibratory State Awareness Applied to the H-60 Gearbox | Michael | Roemer | Impact Technologies | USA |
| 11.0702 | In-Line Health Monitoring System for Aircraft Hydraulic Pumps and Motors | Carl | Byington | Impact Technologies, LLC | USA |
| 11.0703 | On-line Health Assessment of Integrated Pumps | Carl | Dister | Crane Aerospace Lear Romec | USA |
| 11.0704 | Fault Localization for Gear Tooth Failure in Coupled Mechanical Systems | Jeffrey | Banks | The Pennsylvania State University Applied Research Laboratory | USA |
| 11.0705 | On-board Prognostic System for Micro-Structural-Based Reliability Prediction | Lorenz | Nasser | VEXTEC Corporation | US |
| 11.0706 | Gear Tooth Crack Signals and their Detection via the FM4 Measure in Application for a Helicopter Health Usage and Management System (HUMS) | David | Hochmann | Goodrich Fuel and Utility Systems | USA |
| 11.0801 | Wideband Acoustic Emission Monitoring for Integrated Health Monitoring | Martin | Karchnak | Epoch Engineering, Inc. | U.S.A. |
| 11.0802 | Phenomena-based Real-time Aerodynamic Measurement (PRAM) System for Aircraft Performance, Safety,and Control | Siva | Mangalam | Tao Systems | USA |
| 11.0901 | A Testbed for Data Fusion for Helicopter Diagnostics and Prognostics | Thomas | Brotherton | The Intelligent Automation Corp. | U.S.A. |
| 11.0902 | An Intelligent Remote Monitoring Solution for the International Space Station | Gordon | Aaseng | Honeywell Space Systems | USA |
| 11.0903 | A Scalable, Out-of-Band Diagnostics Architecture for International Space Station Systems Support | Daryl | Fletcher | NASA Ames Research Center | USA |
| 12.0101 | Information Technology Security System Engineering Methodology | David | Childs | Jet Propulsion Laboratory | USA |
| 12.0102 | Operations Concept Definition - European Style | Kim | Nergaard | European Space Operations Centre (ESOC) | Germany |
| 12.0103 | Mission Planning on the ISS Program at CSA: Concepts, Planning Systems, and Mission Support Experience | Alexandre | Popov | Canadian Space Agency | Canada |
| 12.0104 | Training and Verification for Risk Reduction on the New Classes of Missions at NASAs Jet Propulsion Laboratory | Ruth | Fragoso | Jet Propulsion Laboratory | US |
| 12.0105 | Modeling an Off-Nominal Launch Vehicle Trajectory for Range Safety Link Analysis | Joseph C. | Chen | The Aerospace Corporation | U.S.A. |
| 12.0201 | The Space
Technology 5 (ST-5) Mission Constellation Control System & Operations Approach |
Kevin | Blahut | NASA Goddard Space Flight Center | USA |
| 12.0202 | TIMED Lights Out Operations | David | LaVallee | Johns Hopkins University Applied Physics Laboratory | USA |
| 12.0203 | Forecasting of Solar Particle Event Doses Using Bayesian Inference | Lawrence | Townsend | The University of Tennessee, Knoxville | USA |
| 12.0204 | Maximally Expressive Modeling of Operations Tasks | John | Jaap | NASA Marshall Space Flight Center | USA |
| 12.0301 | Mars Odyssey Aerobraking: The First Step Toward Autonomous Aerobraking Operations | Mark | Johnson | Lockheed Martin Space Systems | USA |
| 12.0302 | 2001 Mars Odyssey High Gain Antenna Alignment Determination Using QUEST | David | Shafter | Lockheed Martin | USA |
| 12.0303 | Recent Results in Mars Relay Network Planning and Scheduling | Kar-Ming | Cheung | Jet Propulsion Laboratory | USA |
| 12.0304 | The Science Activity Planner for the Mars Exploration Rover Mission | Paul | Backes | Jet Propulsion Laboratory | USA |
| 12.0305 | Challenges in 3D Visualization for the Mars Exploration Rover Mission Science Planning | Paul | Backes | Jet Propulsion Laboratory | USA |
| 12.0306 | Low-Cost Light-Weight Mars Landing System | Richard | Warwick | Lockheed Martin | USA |
| 12.0307 | Operational Demonstration of Ka-Band Telecommunications for the Mars Reconnaisance Orbiter | William | Hurd | Jet Propulsion Laboratory | USA |
| 12.0401 | LWS/SET Environment Testbed End-to-End Data System Concept | Geoff | Giffin | Superhighway Systems | USA |
| 12.0402 | Operation of the Far Ultraviolet Spectroscopic Explorer Mission | H. Warren | Moos | Johns Hopkins University | USA |
| 12.0501 | Techniques for Simplifying Operations Using VML (Virtual Machine Language) Sequencing on Mars Odyssey and SIRTF | Christopher | Grasso | Jet Propulsion Laboratory, Stellar Solutions | USA |
| 12.0502 | Science Opportunity Analyzer - A Multi-Mission Approach to Science Planning | Carol | Polanskey | Jet Propulsion Laboratory | USA |
| 12.0503 | Rover Traverse Science for Increased Mission Science Return | Michele | Judd | Jet Propulsion Laboratory | USA |
| 13.0101 | Space System Modeling Improvements Integrating the Concept Design Center(CDC) and NRO Analysis Center (NAC) | Julie | Heim | The Aerospace Corporation | USA |
| 13.0102 | The Integrated Mission Design Center (IMDC) at NASA Goddard Space Flight Center | John | Martin | NASA Goddard Space Flight Center | USA |
| 13.0103 | ICEMaker™: An Excel-Based Environment for Collaborative Design | Joel C. | Sercel | Caltech | USA |
| 13.0201 | Ground-Based and Mock-Up Experiments to Support the ISS Flight Definition Program SHIVA | James | Trolinger | MetroLaser, Inc. | USA |
| 13.0202 | Optimizing Spacecraft Design—Optimization Engine Development Progress and Plans | Steven | Cornford | Jet Propulsion Laboratory | USA |
| 13.0301 | Multi-Mission Modeling and Simulation Tools | Mark | Kordon | Jet Propulsion Laboratory | US |
| 13.0302 | Communication Systems Modeling Techniques | Dave | Taggart | The Aerospace Corporation | USA |
| 13.0303 | Science-Return Modeling and Simulation | Meemong | Lee | Jet Propulsion Laboratory | USA |
| 13.0304 | Stochastic Optimization of Spacecraft Rendezvous Trajectories | Bryce | Carpenter | Ball Aerospace & Technologies Corp. | USA |
| 13.0305 | Mean Time to Unsafe Failure for Markov, Semi-Markov, and Globally Time-Dependent Models | Allan | White | NASA Langley Research Center | USA |
| 13.0306 | An Integrated, Mission-Based Logistics and Maintenance Simulation Environment for Evaluating Air Vehicle Life Cycle Costs | Rolf | Orsagh | Impact Technologies, LLC | USA |
| 13.0401 | A Leveraged Approach to Systems Management in a Highly Diversified Government Research and Development Environment | Ronald | Johnson | NASA Ames Research Center | USA |
| 13.0402 | Human Factors in Mission Assurance | Lynn | Baroff | Jet Propulsion Laboratory | USA |
| 13.0403 | The Auditors Are Coming: A Practical Guide for Engineering Projects | Jeffery | Webster | Jet Propulsion Laboratory | USA |
| 13.0404 | Designing a Process for Executing Projects Under an International Agreement | Srinivas | Mohan | Jet Propulsion Laboratory | USA |
| 13.0405 | Managing a Projects Legacy: Implications for Organizations and Project Management | Lynne | Cooper | Jet Propulsion Laboratory | USA |
| 13.0501 | Risk Analysis in the Conceptual Design of Advance Scientific Spacecraft | Thomas | McClure | Science Applications International Corp. (SAIC) | USA |
| 13.0502 | Empirical Investigation of Three Approaches to Design Modeling | Michael | Baxter | The Aerospace Corporation | USA |
| 13.0601 | Economic Value of Remote Sensing Imagery for Agricultural Applications | Frank | Wong | The Aerospace Corporation | USA |
| 13.0602 | Development of the Small Satellite Cost Model (SSCM) Version 2002 | Greg | Richardson | The Aerospace Corporation | USA |
| 13.0603 | An Analogy-Based Method for Estimating the Costs of Space-Based Instruments | Robert | Kellogg | The Aerospace Corporation | USA |
| 13.0701 | Measuring System and Software Architecture Complexity | Jeff | Lankford | The Aerospace Corporation | USA |
| 14.0101 | Using Rockets to Stimulate Pre-College Student Interest in Science and Mathematics | Scott | Starks | University of Texas at El Paso, PACES Center | USA |
| 14.0102 | A Course in Air Traffic Control for Developing Countries: Development and Implementation | Georgi | Dimirovski | Dogus University | Turkey |
| 14.0103 | NASA Engineering Training: Helping Engineers to See Better | F. G. | Patterson | NASA Headquarters | USA |
| 14.0104 | Meeting Increasing Engineering Staff Education Needs - More Money, Time, Costs | Philip | Trudeau | The MITRE Corporation | USA |
| 14.0105 | Enhancing the Effectiveness and Value of "In-House" Corporate Learning Systems for Engineers and Scientists | Bruce | Gardner | The Aerospace Corporation | USA |
| 14.0106 | Training Effective Systems Engineers | Jack | Fisher | Systems Engineering Associates | USA |
| 14.0107 | Educating Managers for Robotic Space Projects: A Life Cycle and Process Paradigm | Paul | Gowler | Jet Propulsion Laboratory | U.S. |
| 14.0108 | Toward Painless Presentations: A Team Approach for Busy Engineers and Scientists | John | Mignot | The Aerospace Corporation | USA |
| 14.0201 | Human-Robot Control Strategies for the NASA/DARPA Robonaut | Myron | Diftler | Lockheed Martin/NASA Johnson Space Center | USA |
| 14.0202 | Human-Robot Interaction and Performance in Telerobotics Systems | Vladimir | Lumelsky | NASA Goddard Space Flight Center | USA |
| 14.0203 | Satellite Servicing in Mission Design Studies at the NASA GSFC | Stephen | Leete | NASA Goddard Space Flight Center | USA |
| 14.0204 | Metrics for In-Space Telescope Assembly Techniques | Stuart | Stephens | Jet Propulsion Laboratory | USA |
| 14.0205 | In-Space Serving Accommodations: Architectural and Mission Implications | Harvey | Willenberg | Boeing Phantom Works | USA |
| 14.0301 | An Effect of Geometric Scale on the Configuration of Large Reflectors | Peter | Washabaugh | University of Michigan | USA |
| 14.0501 | NASA`s New Roadmap for the Astronomical Search for Origins | Michael | Devirian | Jet Propulsion Laboratory | USA |
| 14.0601 | Overview
of NASA’s Sun-Earth Connection Program Strategic Planning, Missions, and Technology Needs 2003-2028 |
Michael | Calabrese | NASA Goddard Space Flight Center | USA |
| 14.0801 | The Science Return of the Pascal Mars Scout Mission | Robert | Haberle | NASA Ames Research Center | US |