| Paper | # | Presenter First | Presenter Last | Organization | Paper Title |
| 10.0101 | 1390 | Danny | Thomas | Simulation Interoperbility Standards Organization | The Unique Aspects of Simulation Verification and Validation |
| 10.0201 | 1139 | Xiaoying | Zhang | South China University of Technology | Radiative Transfer in 3-D Enclosure with Inhomogeneous Participating Medium with Unstructured FVM |
| 10.0301 | 1375 | Suvasri | Mandal | Univeristy of Connecticut | Agent-Based Distributed Framework for Collaborative Planning |
| 10.0401 | 1053 | Joseph | Urban | Texas Tech University | Preciseness for Predictability with the RealSpec Real-Time Executable Specification Language |
| 10.0402 | 1479 | Andrew | Mills | University of Sheffield | Heterogeneous Hardware Technologies for Accelerating Complex Aerospace System Simulations |
| 10.0403 | 1520 | Paul | von Allmen | Jet Propulsion Laboratory | De-Hazing of Multi-Spectral Images with Evolutionary Computing |
| 10.0404 | 1290 | Seungwon | Lee | Jet Propulsion Laboratory | Statistical Analysis of CloudSat Data for Climate Model Parameterization |
| 10.0501 | 1264 | Ewart | de Visser | Perceptronics Solutions, Inc. | TECRA: C2 Application of Adaptive Automation Theory |
| 10.0502 | 1157 | Dioselin | Courter | University of Louisiana at Lafayette | Beyond Desktop Point and Click: Immersive Walkthrough of Aerospace Structures |
| 10.0503 | 1612 | Kevin | Ponto | University of California, San Diego | DIGI-Vis: Distributed Interactive Geospatial Information Visualization |
| 10.0504 | 1236 | Curtis | Bennett | Game Production Services | Improving Situational Awareness Training for Patriot Radar Operators |
| 10.0505 | 1438 | Enric | Pastor | EPSC / UPC | UAS Pilot Support for Departure, Approach and Airfield Operations |
| 10.0506 | 1364 | Marsette | Vona | MIT | A Graphical Operations Interface for Modular Surface Systems |
| 10.0507 | 1638 | Richard | Millar | Naval Postgraduate School | Logics in Animal Cognition: Are They Important to Brain Computer Interfaces and Aerospace Missions? |
| 10.0701 | 1120 | Todd | Bayer | NASA / Jet Propulsion Laboratory | An Operations Concept for Integrated Model-Centric Engineering at JPL |
| 10.0702 | 1106 | Alexander | Murray | Jet Propulsion Laboratory | A UML Profile for State Analysis |
| 10.0703 | 1192 | Napoleon | Cornejo | TU Delft | Model-Based Fault Detection for the DELFI-N3XT Attitude Determination System |
| 10.0704 | 1491 | Scott | Tamblyn | NASA/Johnson Space Center | A Model-Based Design and Testing Approach for Orion GN&C Flight Software Development |
| 10.0801 | 1521 | Abdollah | Homaifar | NCAT | Robust Bidding in LCS using Loan and Bid History |
| 10.0901 | 1101 | Howard | Neely | HRL Laboratories, LLC | Implementation of an Analogical Reasoning System on a Parallel Recirculating Computer Architecture |
| 10.0902 | 1041 | Howard | Neely | HRL Laboratories, LLC | Modeling Threat Behaviors in Surveillance Video Metadata for Detection using an Analogical Reasoner |
| 10.1001 | 1348 | Kenneth | Center | PnP Innovations | The Software Strategy for SPA Plug and Play Spacecraft |
| 10.1002 | 1475 | Enric | Pastor | EPSC / UPC | Helicopter-Based Wildfire Monitoring System Software Architecture |
| 10.1003 | 1585 | Mary | Trautwein | SDTW | Extending the Strategy Based Risk Model: Application to the Validation Process for R&D Satellites |
| 10.1101 | 1614 | Peter | Feiler | Software Engineering Institute | Model-Based Validation of Safety-Critical Embedded Systems |
| 10.1102 | 1253 | Ryo | Ujiie | Japan Aerospace Exploration Agency | Application of Hierarchical Accident Model in Independent Verification and Validation |
| 10.1103 | 1046 | Yixin | Luo | Coast Studies Institute | An Ontological Identification of Relationships between Anti-Patterns and Code Smells |
| 10.1104 | 1510 | Daniel | Allard | Jet Propulsion Laboratory/Caltech | Implementation of a Relay Coordination System for the Mars Network |
| 10.1201 | 1506 | Rick | Buskens | Lockheed Martin Advanced Technology Labs | SPRUCE: A Web Portal for Collaborating on Solutions to Software Producibility Challenge Problems |
| 10.1401 | 1509 | Daniel | Allard | Jet Propulsion Laboratory/Caltech | MaROS Strategic Relay Planning and Coordination Interfaces |
| 11.0201 | 1420 | Jerome | LACAILLE | Snecma | Validation of Health-Monitoring Algorithms for Civil Aircraft Engines |
| 11.0202 | 1478 | Andrew | Mills | University of Sheffield | Integrated Equipment Health Management System Design and Development |
| 11.0203 | 1693 | Bob | Ferrell | NASA | Modeling and Performance Considerations for Automated Fault Isolation in Complex Systems |
| 11.0301 | 1473 | Wenyi | Wang | Defence Science and Technology Organisation | Disk Crack Detection in Spin Testing using Tip Timing Data |
| 11.0302 | 1347 | Byoung Uk | Kim | Ridgetop Group, Inc. | Pattern Analysis in Real Time with Smart Power Sensor |
| 11.0303 | 1346 | Taimoor | Khawaja | Georgia Isntitute of Technology | Prognostics Scheme for Non-Linear Systems Based on Least Squares Support Vector Regression |
| 11.0501 | 1665 | Carl | Byington | Impact Technologies, LLC | PHM System Enhancement through Noise Reduction and Feature Normalization |
| 11.0502 | 1327 | Ehsan | Sheybani | Virginia State University | Removing Spikes While Preserving Data and Noise using Wavelet Filter Banks |
| 11.0503 | 1130 | Matthew | Daigle | UC Santa Cruz, NASA Ames Research Center | Model-Based Prognostics under Limited Sensing |
| 11.0504 | 1661 | Amir | Fijany | Italian Institute of Technology | A Novel Method for Derivation of Minimal Set of Analytical Redundancy Relations for System Diagnosis |
| 11.0505 | 1382 | Tsai-Ching | Lu | HRL Laboratories | Discovery of Root Causes of System Failures by Means of Analysis of Repair Records |
| 11.0506 | 1565 | Satnam | Singh | GM R&D | Trends in the Development of System-Level Fault Dependency Matrices |
| 11.0507 | 1388 | Anuradha | Kodali | UNIVERSITY OF CONNECTICUT | A Coupled Factorial Hidden Markov Model for Diagnosing Coupled Faults |
| 11.0508 | 1673 | Johan | Reimann | Impact Technologies | An Adaptive Kernel-Based Bayesian Inference Technique for Failure Classification |
| 11.0701 | 1372 | Abhinav | Saxena | NASA Ames Research Center | Evaluating Prognostics Performance for Algorithms Incorporating Uncertainty Estimates |
| 11.0702 | 1622 | Bruno | Leão | EMBRAER | How to Tell the Good from the Bad in Failure Prognostics Methods |
| 11.0703 | 1164 | Mohamed | Osmanbhoy | Tectura Corporation | Development of Fault Detection and Reporting for Non-Central Maintenance Aircraft |
| 11.0801 | 1502 | Antonio | Ginart | Impact Technologies,LLC | Observer Based Junction Temperature Estimator in Thermoelectrical Aging |
| 11.0802 | 1460 | Yilu | Zhang | GM R&D | A Practical Approach for Belt Slip Detection in Automotive Electric Power Generation and Storage System |
| 11.0803 | 1652 | Sunil | Dixit | Northrop Grumman Corporation | Symbolic Time Series Analysis Based Health Condition Forecasting in Complex Electronic Systems |
| 11.0901 | 1508 | Richard C. | Millar | Naval Postgraduate School | A Different Approach to Implementing PHM Based RCM |
| 11.0902 | 1238 | Mark | Powell | Attwater Consulting | Optimal Cost Preventative Maintenance Scheduling for High Reliability Aerospace Systems |
| 11.0903 | 1154 | Irfan | Manarvi | HITEC University, Department of Mechanical Enginee | Analyzing the Defects of C-130 Aircraft through Maintenance History |
| 11.1001 | 1071 | John | Sheppard | Montana State University | Demonstrating Semantic Interoperability of Diagnostic Reasoners via AI-ESTATE |
| 11.1002 | 1105 | Charles | Morris | The Boeing Company | A Dual Use Fiber Optic Technology for Enabling Health Management |
| 11.1003 | 1488 | Joao Paulo | Gomes | EMBRAER | Using Prognostic System and Decision Analysis Techniques in Aircraft Maintenance Cost-Benefit Models |
| 11.1201 | 1107 | Jeff | Demo | Luna Innovations, Incorporated | Development of a Wireless Miniaturized Smart Sensor Network for Aircraft Corrosion Monitoring |
| 11.1202 | 1324 | Bhaskar | Saha | MCT/NASA Ames Research Center | Distributed Prognostic Health Management with Gaussian Process Regression |
| 11.1301 | 1572 | Mark | Walker | General Atomics | Next Generation Prognostics and Health Management for Unmanned Aircraft |
| 11.1302 | 1639 | Richard | Millar | Naval Postgraduate School, University of Idaho | Towards a Unified Definition for Reliability, Survivability and Resilience |
| 11.1303 | 1240 | Johan | Reimann | Impact Technologies, LLC. | Case Studies for Prognostics-Enhanced Automated Contingency Management for Aircraft Systems |
| 12.0101 | 1045 | Paula | Morgan | Jet Propulsion Laboratory | Cassini Spacecraft’s In-Flight Fault Protection Redesign for Unexpected Regulator Malfunction |
| 12.0102 | 1075 | Ruwan | Somawardhana | Jet Propulsion Laboratory | Cassini Main Engine Assembly Cover Flight Management and Performance |
| 12.0103 | 1029 | Scott | Maxwell | Jet Propulsion Laboratory | Reducing the Power of a Command Language to Improve Rover Safety |
| 12.0201 | 1189 | Hossein | Bonyan Khamseh | Shahid Beheshti university | Efficient In-Orbit Operations of LEO Polar/Sun-Synchronous Microsatellites |
| 12.0401 | 1631 | Erik | Barkley | Jet Propulsion Laboratory | Service Quality Assessment for NASA`s Deep Space Network: No Longer a Luxury |
| 12.0601 | 1656 | Joseph | Paxton | University of Alabama in Huntsville | Using SCOR as a Supply Chain Management Framework for Government Agency Contract Requirements |
| 12.0602 | 1658 | Brian | Tucker | University of Alabma in Huntsville | SCRL Model for Human Space Flight Operations Enterprise Supply Chain |
| 12.0603 | 1456 | K. Michael | Dalal | SGT, Inc. at NASA Ames Research Center | Bridging the Gap between Human and Automated Procedure Execution |
| 12.0604 | 1209 | Terry | Hill | NASA`s Johnson Space Center | EVA Space Suit Architecture: Low Earth Orbit Vs. Moon Vs. Mars |
| 12.0605 | 1076 | Jeremy | Ludwig | Stottler Henke | Developing an International Space Station Curriculum for the Bootstrapped Learning Program |
| 12.0701 | 1320 | Judith | Furman | Southwest Research Institutue | Cassini CAPS: Distributed Operations from an Instrument Perspective |
| 12.0702 | 1322 | Judith | Furman | Southwest Research Institutue | Cassini CAPS Ground System Evolution and Lessons Learned |
| 12.0703 | 1174 | Conor | Nixon | University of Maryland | Infrared Limb Sounding with Cassini CIRS: Optimal Viewing Strategy using Horizon Nodes |
| 12.0704 | 1168 | William | Marchant | University of California, Berkeley, Space Sciences Laboratory | Using NuSTAR Mission Operations Software for Instrument and Spacecraft Development |
| 12.0705 | 1084 | Tobias | Storch | German Aerospace Center | On the Design of the Ground Segment for the Future Hyperspectral Satellite Mission EnMAP |
| 12.0801 | 1408 | Manfred | Bester | Space Sciences Laboratory, University of California, Berkeley | Operations Planning and Mission Readiness Testing for the THEMIS Spacecraft Constellation |
| 13.0101 | 1200 | Kevin | Duda | Draper Laboratory | Markov Analysis of Human-in-The-Loop System Performance |
| 13.0102 | 1633 | Jordan | Evans | Jet Propulsion Laboratory | Managing the Mars Science Laboratory Thermal Vacuum Test for Safety and Success |
| 13.0103 | 1523 | Virgil | Adumitroaie | Jet Propulsion Laboratory | Strategic Technology Investment Analysis: an Integrated System Approach |
| 13.0201 | 1569 | John | Todd | ITT Systems/DSN | Implementing Probabilistic Risk Assessment with Fault Trees to Support Space Exploration Missions |
| 13.0203 | 1161 | Mike | Marlow | USAF - SMC/SDTW | Risk Management Challenges of Multi-Payload Launch Missions Executed by the DoD Space Test Program |
| 13.0204 | 1239 | Mark | Powell | Attwater Consulting | Risk Assessment Sensitivities for Very Low Probability Events with Severe Consequences |
| 13.0301 | 1325 | Stephen | Shinn | JHU / APL | Estimating Incremental Cost and Schedule Growth for Systems Engineering and Project Management |
| 13.0302 | 1647 | Robert | Bitten | The Aerospace Corporation | Optimism in Early Conceptual Designs and Its Effect on Cost and Schedule Growth: An Update |
| 13.0303 | 1482 | Robert | Kellogg | The Aerospace Corporation | Don’t Sweat the Small Stuff – A Sensitivity Analysis of Cost Estimate Input Parameters |
| 13.0304 | 1237 | Alexandre | Guillaume | Jet Propulsion Laboratory | Using Genetic Algorithm to Assess the Robustness of Project Schedules with Countable Risks |
| 13.0305 | 1399 | Paul | Graven | Microcosm, Inc. | Supply Chain Strategies for Responsive Space Missions |
| 13.0401 | 1328 | Brenda | Wetzel | Johns Hopkins University Applied Physics Laboratory | Mentoring: A Key to Longevity in Space |
| 13.0402 | 1132 | P. A. `Trisha` | Jansma | Jet Propulsion Laboratory | Making a Case for Systems Engineering |
| 13.0403 | 1620 | Eric | Sholes | AMRDEC System Simulation Development Directorate | Evaluating Contemporary Expertise Research with Respect to Classical Engineering Management Theory |
| 13.0405 | 1291 | Randall | Taylor | Jet Propulsion Laboratory | Reducing NPR 7120.5D to Practice: Preparing for a Remote Site Life-cycle Review |
| 13.0406 | 1123 | Peter | Putz | NASA ARC / SGT | Development and Deployment of NASA`s Budget Execution Dashboard |
| 13.0407 | 1383 | Jill | Hardash | Booz Allen Hamilton | Why Is a Technical Baseline Important on a Non-Engineering Technical Project? |
| 13.0408 | 1391 | Richard | Terrile | Jet Propulsion Laboratory | Pathways and Challenges to Innovation in Aerospace |
| 13.0409 | 1621 | Kendra | Cook | C2 International | The ITAR and You – What You Need to Know about the International Traffic in Arms Regulations |
| 13.0410 | 1436 | Robert | Richards | Stottler Henke Associates, Inc. (SHAI) | Critical Chain Project Management: Motivation & Overview |
| 13.0412 | 1176 | Jan | Block | Saab Aerotech | Optimal Repair for Repairable Components during Phaseout an Aircraft Fleet |
| 13.0501 | 1318 | Charles | Leising | Jet Propulsion Laboratory | Recent Improvements in JPL’s Mission Formulation Process |
| 13.0502 | 1193 | Sara | Lego | ARL-PSU | Trade Space Exploration: New Visual Steering Features |
| 13.0601 | 1626 | Nicholas | Merski | USAF/SMC/SDTW/SDS | Tailored System Architecture for Design of S&T Missions using DoDAF2.0 |
| 13.0602 | 1098 | Burak | Bagdatli | Georgia Tech | A Method for Examining the Impact of Interoperability on Mission Performance in a System-of-Systems |
| 13.0603 | 1586 | Daniel | Selva | Massachusetts Institute of Technology | Integrated Assessment of Packaging Architectures in Earth Observing Programs |
| 13.0604 | 1201 | K. Daniel | Cooksey | Georiga Institute of Technology | Operational Decomposition through Statistical Clustering of Expert Knowledge |
| 13.0605 | 1303 | Peter | Decher | Mentor Graphics Corp | Requirements Driven Development from Contract Win to Customer Sign-Off |
| 13.0606 | 1573 | Tom | Hoffman | Jet Propulsion Laboratory | Systematic Reliability Improvements on the GRAIL Project |
| 13.0607 | 1441 | Kerry | Westervelt | NAVAIR | Applying the Quality Function Deployment on the V-22 Osprey |
| 13.0701 | 1696 | Matthew | Hart | The Aerospace Corporation | International Space Station Life Extension |
| 13.0702 | 1697 | Matthew | Hart | The Aerospace Corporation | Human Rated Delta IV Heavy Constellation Architecture Impacts |
| 13.0703 | 1700 | John | Skratt | The Aerospace Corporation | Independent Assessment of Alternative Launch Vehicles for the Augustine Committee |
| 13.0704 | 1699 | Debra | Emmons | The Aerospace Corporation | Affordability Assessments to Support Strategic Planning and Decisions at NASA |
| 14.0401 | 1263 | Alvar | Saenz-Otero | Massachusetts Institute of Technology | ZERO-Robotics: A Student Competition Aboard the International Space Station |
| 14.0502 | 1512 | Bill | Bluethmann | NASA Johnson Space Center | An Active Suspension System for Lunar Crew Mobility |
| 2.0101 | 1089 | Christopher | Jones | National Institue of Aerospace | PHARO - Propellant Harvesting of Atmospheric Resources in Orbit |
| 2.0102 | 1549 | Daniel | Brown | AFRL | Air Force Research Laboratory High Power Electric Propulsion Technology Development |
| 2.0103 | 1354 | Colleen | Marrese-Reading | Jet Propulsion Laboratory | Mission Enabling and Enhancing Spacecraft Capabilities with MicroNewton Electric Propulsion |
| 2.0201 | 1655 | Seyed (Reza) | Zekavat | Michigan Tech | Space-based Solar Power Collection via LEO Satellite Networks |
| 2.0202 | 1429 | Semion | Kizhner | NASA Goddard Space Flight Center | On DESTINY Science Instrument Electrical and Electronics Subsystem Framework |
| 2.0203 | 1498 | Christopher | Bridges | University of Surrey | Space-Based Wireless Sensor Networks: Design Issues |
| 2.0204 | 1345 | Mark | Boslough | Sandia National Laboratories | Reduction of Uncertainties in Remote Measurement of Greenhouse Gas Fluxes |
| 2.0301 | 1177 | Tye | Brady | Draper Laboratory | The Challenge of Safe Lunar Landing |
| 2.0302 | 1183 | Laurence | Young | Massachusetts Institute of Technology | Analysis of Human Spatial Perception during Lunar Landing |
| 2.0303 | 1150 | Zarrin | Chua | Space Systems Design Laboratory | Examination of Human Performance during Lunar Landing |
| 2.0304 | 1686 | Jason | Keim | NASA - Jet Propulsion Laboratory | Field Test Implementation to Evaluate a Flash Lidar as a Primary Sensor for Safe Lunar Landing |
| 2.0305 | 1659 | Andrew | Johnson | Jet Propulsion Laboratory | Analysis of Flash Lidar Field Test Data for Safe Lunar Landing |
| 2.0306 | 1662 | Andres | Huertas | Jet Propulsion Lab | Performance Evaluation of Hazard Detection and Avoidance Algorithms for Safe Lunar Landings |
| 2.0307 | 1224 | Carlos | Villalpando | Jet Propulsion Laboratory | Investigation of the Tilera Processor for Real Time Hazard Detection and Avoidance on the Altair Lunar Lander |
| 2.0401 | 1037 | Mariagrazia | Spada | University of Rome | Legal and Operational Programs Protecting the Earth from Outer Space Risks |
| 2.0402 | 1671 | Juan Martín | Canales Romero | German Aerospace Center - DLR | First Steps to Establish a Small Satellite Program in Peru |
| 2.0403 | 1500 | James | Lumpp | University of Kentucky | SOCEM: Sub-Orbital CubeSat Experimental Mission |
| 2.0405 | 1228 | Courtney | Duncan | JPL | LMRST-Sat: A Small, High Value-to-Cost Mission |
| 2.0406 | 1559 | Ed | Allen | Alaska Aerospace Corporation | The Case for High Latitude Access to Space for Emerging Technologies |
| 2.0407 | 1220 | Kenneth | Reese | Space Dev & Test Wing | Responsive Access to Space: Space Test Program Mission S26 |
| 2.0501 | 1331 | Richard | Otero | Georgia Institute of Technology | The Planetary Entry Systems Synthesis Tool: A Conceptual Design and Analysis Tool for EDL |
| 2.0502 | 1182 | Allen | Witkowski | Pioneer Aerospace Corporation | Evaluation of Long Term Space Effects on Textiles from the Genesis Drogue Parachute |
| 2.0503 | 1153 | Allen | Chen | Jet Propulsion Laboratory | Atmospheric Risk Assessment for the Mars Science Laboratory Entry, Descent, and Landing System |
| 2.0504 | 1181 | Allen | Witkowski | Pioneer Aerospace Corporation | Reefing the Mars Science Laboratory Parachute |
| 2.0505 | 1276 | Brandon | Smith | Georgia Tech | A Historical Review of Inflatable Aerodynamic Decelerator Technology Development |
| 2.0506 | 1571 | Zachary | Putnam | Charles Stark Draper Laboratory | PredGuid Entry Guidance for Orion Return from Low Earth Orbit |
| 2.0601 | 1476 | Lembit | Sihver | Chalmers University of Technology | A Comparison of Total Reaction Cross Section Models Used in Particle and Heavy Ion Transport Codes |
| 2.0602 | 1317 | Lawrence | Heilbronn | University of Tennessee | Comparisons between Transport Model Calculations and Experimental Data |
| 2.0603 | 1248 | Shuya | Ota | Waseda University | Neutron Production in the Lunar Subsurface from Galactic Cosmic Rays |
| 2.0604 | 1215 | Lawrence | Townsend | University of Tennessee | Estimates of GCR Radiation Exposures on Mars for Female Crews in Hemispherical Habitats |
| 2.0605 | 1366 | Lawrence | Pinsky | University of Houston | Heavy Ion Charge and Velocity Resolution with a Medipix-Based Active Space Radiation Dosimeter |
| 2.0606 | 1040 | Jamie | Anderson | Department of Nuclear Engineering | Linear Energy Transfer Estimates for the CRaTER Instrument on LRO |
| 2.0607 | 1357 | Erik | Johnson | Radiation Monitoring Devices | Performance Characteristics of the CMOS SSPM Tissue-Equivalent Space Dosimeter |
| 2.0701 | 1462 | Russell | Lefevre | Self Employed | The Role of Science and Technology in GEOSS |
| 2.0702 | 1455 | Abdollah | Homaifar | North Carolina A&T State University | Locality Sensitive Hashing for Satellite Images using Texture Feature Vectors |
| 2.0801 | 1539 | Cosimo | Stallo | University of Rome Tor Vergata | On the Use of UWB Radio Interface for EHF Satellite Communications |
| 2.0802 | 1402 | Marco | Lucente | University of Rome Tor Vergata | PLATONE: A Payload for Climate Monitoring and Telecommunication Experiments through Millimetric Waves |
| 2.0803 | 1134 | Marina | Ruggieri | Università di Roma Tor Vergata, Dip. Ing. Elet. | On the Optimization of DVB-S2 Links in EHF Bands |
| 2.0901 | 1310 | Andy | Braukhane | German Aerospace Center (DLR) | FormSat, a Scalable Formation Flying Communication Satellite System |
| 2.0902 | 1644 | Shu Ting | Goh | Michigan Technological University | Differential Geometric Estimation for Spacecraft Formations Orbits via a Cooperative Wireless Positioning |
| 2.0903 | 1480 | Silvano | Sgubini | Università Roma La Sapienza | Ground-Based Orbit Determination for Spacecraft Formations |
| 2.0904 | 1654 | Shu Ting | Goh | Michigan Technological University | Spacecraft Relative Attitude Determination |
| 2.1001 | 1251 | Alberto | Elfes | Jet Propulsion Laboratory | Implications of Wind-Assisted Aerial Navigation for Titan Mission Planning and Science Exploration |
| 2.1002 | 1530 | Julie | Townsend | Jet Propulsion Laboratory | ATHLETE Mobility Performance with Active Terrain Compliance |
| 2.1003 | 1481 | Gareth | Meirion-Griffith | Illinois Institute of Techology | An Empirical Study of the Terramechanics of Small Unmanned Ground Vehicles |
| 2.1004 | 1540 | Nicolas | Hudson | Jet Propulsion Laboratory | Estimation and Control for Autonomous Coring from a Rover Manipulator |
| 2.1005 | 1435 | Grant | Anderson | Paragon Space Development Corp. | The Design and Operation of a Lunar Dust Seal Testing System |
| 2.1101 | 1250 | Claudia | Alexander | Jet Propulsion Laboratory | The U.S. Rosetta Project at Its First Science Target: Asteroid (2867) Steins, 2008 |
| 2.1102 | 1285 | Butler | Hine | NASA Ames Research Center | The Lunar Atmosphere and Dust Environment Explorer Mission |
| 2.1103 | 1286 | David | Mitchell | NASA/Goddard Space Flight Center | The Mars Atmosphere and Volatile Evolution Mission |
| 2.1201 | 1082 | Kris | Zacny | Honeybee Robotics Spacecraft Mechanisms Corporatio | Novel Method of Regolith Sample Return from Extraterrestrial Body using a Puff of Gas |
| 2.1202 | 1211 | Melissa | Jones | Jet Propulsion Laboratory | Systems Engineering Approach and Design Trades for the Lunette Geophysical Network Lander |
| 2.1203 | 1675 | Paul | Backes | Jet Propulsion Laboratory | An Integrated Coring and Caching Concept |
| 2.1204 | 1437 | Orlando | Santos | NASA | The Rover Sample Cache System: Planetary Protection for Sample Return Missions |
| 2.1205 | 1552 | Nicolas | Hudson | Jet Propulsion Laboratory | Probabilistic Round Trip Contamination Analysis of a Mars Sample Acquisition |
| 2.1206 | 1587 | Suresh | Pillai | Texas A&M University | E-Beam Sterilization of Aerospace Materials: Microbiological & Mechanical Property Evaluations |
| 2.1207 | 1691 | Ying | Lin | JPL | Supercritical CO2 Cleaning for Planetary Protection and Contamination Control |
| 2.1208 | 1493 | James | Kohel | Jet Propulsion Laboratory | Development of a Compact High-Resolution Spectrometer for Multi-Line UV Raman Spectroscopy |
| 2.1209 | 1511 | Bartosz | Bortnik | Jet Propulsion Laboratory | Rugged Compact Metallized Capillary Raman Probe for Material Identification in Hostile Environments |
| 2.1301 | 1352 | Robert | Lock | Caltech-JPL | Building Operability into the Jupiter Europa Orbiter Design to Endure a High Radiation Environment |
| 2.1302 | 1162 | Kim | Reh | Jet Propulsion Laboratory | Preparing for a Future In Situ Mission to Titan |
| 2.1303 | 1605 | William | Deininger | Ball Aerospace | An Implementation Concept for the ASPIRE Mission |
| 2.1304 | 1430 | Astrid | Heske | ESTEC/ESA SRE-PAI | Concepts for Future Payloads – ESA’s Astrophysics Mission Program beyond 2015 |
| 2.1305 | 1294 | Astrid | Heske | ESTEC/ESA SRE-PAI | MIRI on JWST – Challenges in Science, Technology and Partnership |
| 2.1306 | 1178 | Rupert | Müller | DLR | The Processing Chain and Cal/Val Operations of the Future Hyperspectral Satellite Mission EnMAP |
| 3.0101 | 1080 | Brock | LaMeres | Montana State University | FPGA Implementation of a Bartlett Direction of Arrival Algorithm for a 5.8GHz Circular Antenna Array |
| 3.0102 | 1009 | Seema | Sud | GCI, Inc. | Beamforming for IEEE 802.11b using a Joint Conjugate Gradient Multistage Wiener Filter |
| 3.0104 | 1212 | Huang | Yikun | Montana State University | Cognitive Beamforming Antenna |
| 3.0105 | 1129 | Victor | Vilnrotter | Jet Propulsion Laboratory | Uplink Array Calibration via Lunar Doppler-Delay Imaging |
| 3.0106 | 1590 | Mark | Gatti | Jet Propulsion Laboratory | Arraying Performance of a 3-Antenna Demonstration Array for Deep Space Communications |
| 3.0107 | 1606 | Jalal | Srar | Curtin University | Adaptive Array Beamforming using a Combined LMS-LMS Algorithm |
| 3.0108 | 1085 | Janice | Rock | US Army AMRDEC | Design, Fabrication and Evaluation of a MEMS-Based, Ka-Band, 16-Element Sub-Array |
| 3.0109 | 1152 | Suzanna | Denton | Northrop Grumman Corporation | An Adaptive Beamforming Approach for Interference Rejection for High Altitude Airborne CDMA Systems |
| 3.0201 | 1122 | Dayton | Jones | Jet Propulsion Laboratory | Technology Challenges for the Square Kilometer Array |
| 3.0202 | 1672 | Juan Martín | Canales Romero | German Aerospace Center - DLR | Design of a Peruvian Small Satellite Network |
| 3.0203 | 1695 | Vahraz | Jamnejad | Jet Propulsion Laboratory | A Study of Cross Polarization Effects in Reflector Antenna Arrays |
| 3.0204 | 1497 | Matthew | Stegman | Jet Propulsion Laboratory | Solar Thermal Vacuum Testing of Deployable Mesh Reflector for Model Correlation |
| 3.0205 | 1203 | Alan | Mast | Harris GCSD | Electronic Antenna Calibration System and Measurements for Compensating Real-Time Dynamic Distortions |
| 3.0206 | 1063 | Fei | Zheng | Xidian University | Structural-Electromagnetic Performance Prediction of a New Large Deployable Space Antenna |
| 3.0301 | 1172 | Katherine | Faist | University of Florida | Parametric Study on the Use of Hoberman Mechanisms for Reconfigurable Antenna and Solar Arrays |
| 4.0101 | 1337 | Adam | Gunderson | Montana State University | X-band Telecommunications Design for Large Data Volume Earth Observing Missions |
| 4.0102 | 1127 | Victor | Vilnrotter | Jet Propulsion Laboratory | Maximum Likelihood Estimation of Navigation Parameters from Downlink Telemetry |
| 4.0103 | 1128 | Victor | Vilnrotter | Jet Propulsion Laboratory | Optical Communications Performance of Hybrid 34-Meter Microwave Antennas |
| 4.0104 | 1592 | Sahana | Raghunandan | Virginia Tech | Onboard Cognitive Radio Architecture for Space Assets Communication |
| 4.0105 | 1155 | Charles | Edwards | Jet Propulsion Laboratory | Telecommunications Relay Support of the Mars Phoenix Lander Mission |
| 4.0106 | 1395 | Sara | Spangelo | University of Michigan, Department of Aerospace Engineering | A Framework for Optimal Satellite Communication Link Scheduling |
| 4.0201 | 1452 | Philip | Tsao | Jet Propulsion Laboratory | Space QoS Framework over a Delay/Disruption Tolerant Network |
| 4.0202 | 1279 | Andrew | Jenkins | BioServe Space Technologies | Delay/Disruption-Tolerant Networking: Flight Test Results from the International Space Station |
| 4.0203 | 1379 | Loren | Clare | Jet Propulsion Laboratory/CalTech | Endpoint Naming for Space Delay/Disruption Tolerant Networking |
| 4.0205 | 1057 | William | Ivancic | NASA Glenn Research Center | Security Analysis of DTN Architecture and Bundle Protocol Specification for Space-Based Networks |
| 4.0206 | 1404 | Eric | Coe | University of Southern California | Tree Free Utility Based Multicast in DTNs |
| 4.0207 | 1368 | Eric | Coe | University of Southern California | Token Based Congestion Control for DTNs |
| 4.0208 | 1221 | philip | tsao | Jet Propulsion Laboratory | Adaptive Source and Channel Coding for Distributed Applications |
| 4.0209 | 1625 | Tuong | Le | Lockheed Martin Corp | Performance Analysis for SIP Based VoIP Services over Airborne Tactical Networks |
| 4.0210 | 1271 | Jim | Martin | School of Computing | WiMAX Performance at 4.9 GHz |
| 4.0211 | 1474 | Tudor | Stoenescu | Jet Propulsion Laboratory | Delay Distributions for Prioritized Traffic using Various MAC Layer Protocols |
| 4.0212 | 1151 | Naomi | Ramos | Northrop Grumman Corporation | Enabling Rapid Network Communication Integration in Airborne Networks |
| 4.0301 | 1461 | Basil | Etefia | Aerospace | Emulating a Space-Based Router |
| 4.0302 | 1531 | Joseph | Kim | The Aerospace Corporation | Quality of Service Provision under Channel Fading |
| 4.0303 | 1578 | Joshua | Train | The Aerospace Corporation | Hub and Spoke BGP: Leveraging Multicast to Improve Wireless Inter-Domain Routing |
| 4.0401 | 1344 | Hamza | Benzerrouk | International Institute for Advanced Aerospace Technologies of Saint Petersburg SUAI | Original Solutions for Localization and Navigation on the Surface of Mars Planet |
| 4.0402 | 1023 | Amir | Emadzadeh | UCLA | A New Relative Navigation System Based on X-ray Pulsar Measurements |
| 4.0403 | 1014 | David | Copeland | Johns Hopkins University Applied Physics Laboratory | The APL 18.3m Station Upgrade and Its Application To Lunar Missions |
| 4.0404 | 1231 | Patrick | Stadter | JHU/Applied Physics Laboratory | Uplink Arraying Analysis for NASA`s Deep Space Network |
| 4.0405 | 1229 | Mark | Gatti | Jet Propulsion Laboratory | Reliability Improvements to DSN 20kW Transmitters |
| 4.0501 | 1350 | Xudong | Wang | Teranovi Technologies, Inc. | Scalable Lunar Surface Networks and Adaptive Orbit Access |
| 4.0702 | 1217 | Jonathan | Bruzzi | Johns Hopkins University Applied Physics Laboratory | A Step-Track Enhancement to Program-Track for APL’s 18.3-Meter Dish Antenna in Support of Chandrayaan-1 |
| 4.0703 | 1135 | Marina | Ruggieri | Università di Roma Tor Vergata, Dip. Ing. Elet. | Space System Architectures for Interplanetary Internet |
| 4.0704 | 1463 | Matthew | Angert | Johns Hopkins University Applied Physics Laboratory | Development of Ka-Band Frequency Translators for High Data Rate Communications |
| 4.0705 | 1245 | Jon | Hamkins | Jet Propulsion Laboratory | Telemetry-Based Ranging |
| 4.0802 | 1503 | Chit-Sang | Tsang | California State University | Jamming Detection and SNR/SNJR Estimation |
| 4.0803 | 1314 | Francesco | Palmieri | Seconda Universita` di Napoli | Error-Rate Evaluation over Reconfigurable Systems |
| 4.0804 | 1244 | Jon | Hamkins | Jet Propulsion Laboratory | Performance of Low-Density Parity-Check Coded Modulation |
| 4.0901 | 1119 | Gregory | Mayhew | Missouri University of Science and Technology | Dynamic Message Prioritization in Tactical Wireless MANET |
| 4.0902 | 1030 | Robert | Monzingo | The Aerospace Corp. | Robust GPS Receiver for Multipath Immunity |
| 4.0903 | 1118 | Gregory | Mayhew | Missouri University of Science and Technology | Rooted Tree Graphs and de Bruijn Graphs |
| 4.0904 | 1069 | Chirag | Warty | CSU Northridge | Cooperative Communication for Multiple Satellite Network |
| 4.0905 | 1629 | Jamal | Haque | USF | Challenges of Aeronautical Data Networks |
| 4.0906 | 1574 | Dave | Taggart | The Aerospace Corporation | Tone Interference Effects on the Performance of QPSK Modulation in Communication |
| 4.0907 | 1035 | Jack | Kreng | The Aerospace Corp. | Turnaround Command Effects on USB and SGLS Satellite Downlinks |
| 4.1001 | 1603 | Seema | Sud | GCI, Inc. | Performance of the Joint Reduced Rank Model-Based Demodulator for Asynchronous Co-Channel GMSK Signals |
| 4.1002 | 1432 | Robert | Liang | The Aerospace Coorporation | Collision Resolution Algorithm–Based Heartbeat Radio Access |
| 4.1003 | 1298 | Rajendra | Kumar | California State University, Long Beach | An Effective Localization Algorithm Based on Received Signal Strength |
| 4.1004 | 1086 | Zekeriya | Aliyazicioglu | California State Polytechnic University-Pomona | Sensitivity Analysis of DOA Estimation using the ESPRIT Algorithm |
| 4.1005 | 1260 | Marina | Ruggieri | CTIF, University of Rome 2 | Analog Solar Sensor as Payload in Edusat Satellite |
| 4.1006 | 1256 | Carl James | Debono | University of Malta | The Effect of Human Shadowing on RF Signal Strengths of IEEE802.11a Systems on Board Business Jets |
| 4.1101 | 1044 | Srinivasa | Raghavan | The Aerospace Corporation | Upper Bound on C/a Code Spectral Separation Coefficient |
| 4.1102 | 1103 | Gabriele | Giorgi | Delft University of Technology | Carrier Phase GNSS Attitude Determination with the Multivariate Constrained LAMBDA Method |
| 4.1103 | 1144 | Alessandro | Boni | INFN - Laboratori Nazionali di Frascati | Next Generation Lunar Laser Ranging and Its GNSS Applications |
| 4.1201 | 1635 | Christopher | Haskins | JHU/APL | Multi-Band Software Defined Radio for Spaceborne Communications, Navigation, Radio Science, and Sensors |
| 4.1202 | 1232 | Eugene | Grayver | The Aerospace Corporation | Standardization Efforts for Software-Defined Radio |
| 4.1203 | 1528 | Yefim | Poberezhskiy | Consultant | Compressive Quantization in Software Defined Receivers |
| 4.1204 | 1545 | Yefim | Poberezhskiy | Consultant | Theoretical Basis and Implementational Challenges of Sampling with Internal Filtering |
| 4.1301 | 1226 | David | Matolak | Ohio University | Analysis of Relay Network Duplexing, Multiplexing, & Multiple Access: Application to Aeronautical Networks |
| 4.1302 | 1342 | Krishna | Sampigethaya | Boeing Research & Technology | Assessment and Mitigation of Cyber Exploits in Future Aircraft Surveillance |
| 5.0101 | 1305 | Ryan | McClelland | SGT | Design and Analysis of the International X-Ray Observatory Mirror Modules |
| 5.0201 | 1551 | Bruno | Jau | Jet Propulsion Laboratory | The Diviner Lunar Radiometer a Mechanical Description |
| 5.0202 | 1581 | Tyler | Evans | SGT, Inc | Arc-Second Alignment of International X-Ray Observatory Mirror Segments in a Fixed Structure |
| 5.0203 | 1492 | Brian | Catanzaro | CFE Services | Herschel Space Telescope: Impact of New Material Strain Data on Optical Test and Model Correlation |
| 5.0204 | 1223 | Carl Christian | Liebe | Jet Propulsion Laboratory | Metrology System for Measuring Mast Motions on the NuSTAR Mission |
| 5.0301 | 1272 | Zhijun | Zhao | Michigan Tech | Direct Detection Free-Space Optical Communications Through Atmospheric Turbulence |
| 5.0302 | 1273 | Zhijun | Zhao | Michigan Tech | Reed-Solomon Coding for Free-Space Optical Communications Through Turbulent Atmosphere |
| 5.0303 | 1627 | Sergeyev | Alex | Michigan Technological University | Near the Ground Laser Communication System: Fried Parameter Estimation from the WFS Measurements |
| 5.0304 | 1296 | Daniel | Wheeler | Air Force Institute of Technology (AFIT) | Correlation-Based Shack-Hartmann Wavefront Slope Sensing in Strong Turbulence |
| 5.0305 | 1289 | Troy | Ellis | Air Force Institute of Technology | Wavefront Sensor Performance in Strong Turbulence with an Extended Beacon |
| 5.0306 | 1198 | Casey | Pellizzari | Air Force Institute of Technology | Phase Unwrapping in the Presence of Strong Turbulence |
| 5.0307 | 1669 | Daniel | Burtz | United States Air Force | Robust Control Techniques for Adaptive Optic Space Telescopes |
| 5.0308 | 1534 | Melissa | Corley | Naval Postgraduate School | Beam Control and a New Laboratory Testbed for Adaptive Optics in a Maritime Environment |
| 5.0401 | 1418 | Will | Ivancic | NASA Glenn Research Center | Using Light-Emitting Diodes for Intersatellite Links |
| 5.0402 | 1204 | Patrick | Meras Jr. | NASA-Jet Propulsion Laboratory | Qualification and Selection of Flight Diode Lasers for the NuSTAR Space Mission |
| 5.0501 | 1360 | William | Johnson | Jet Propulsion Laboratory | Field Calibration of a Broadband Compact Thermal Infrared Spectrometer for Earth Science |
| 5.0502 | 1309 | Christine | Hartzell | University of Colorado - Boulder | A Feasibility Study of On-Board Cloud Detection and Compression |
| 5.0701 | 1533 | Ryan | Rossi | Jet Propulsion Laboratory | A Scalable Image Processing Framework for Gigapixel Mars and Other Celestial Body Images |
| 5.0702 | 1059 | Russ | Kauffman | Lockheed Martin IS&GS | Model-Based Radiometric Restoration |
| 5.0703 | 1458 | Abdollah | Homaifar | Duke Energy Eminent Professor ,NC A&T state university | Structural Indexing of Satellite Images using Texture Feature Extraction for Retrieval |
| 5.0704 | 1094 | Randy | Bostick | USAF | Instrumental Systematic Errors in a Chromotomographic Hyperspectral Imaging System |
| 5.0705 | 1097 | Daniel | LeMaster | AFRL | Resolution Enhancement by Image Fusion for Microgrid Polarization Imagers |
| 6.0101 | 1233 | Thomas | Werne | Jet Propulsion Lab | Real-Time Data Processing for an Advanced Imaging System Using the Xilinx Virtex-5 FPGA |
| 6.0102 | 1246 | Paula | Pingree | Jet Propulsion Laboratory | A CubeSat Design to Validate the Virtex-5 FPGA for Spaceborne Image Processing |
| 6.0103 | 1065 | David | Randall | Jet Propulsion Laboratory | Controlling Precision Stepper Motors in Flight using (Almost) No Parts |
| 6.0201 | 1558 | Kenneth | Vines | Jet Propulsion Laboratory | Autonomous Deployment of the UAVSAR Radar Instrument |
| 6.0301 | 1602 | Renaud | Goullioud | Jet Propulsion Laboratory | Recent Status of SIM Lite Astrometric Observatory Mission: Flight Engineering Risk Reduction Activities |
| 6.0401 | 1341 | William | Ogle | SAIC | New Detection Manifolds for Radar Signal Processing |
| 6.0402 | 1316 | Hanna | Witzgall | SAIC | Single Platform Passive Doppler Geolocation with Unknown Emitter Frequency |
| 6.0403 | 1184 | Diego | Langellotti | University of Rome, La Sapienza | Space-Based Passive Radar Enabled by the New Generation of Geostationary Broadcast Satellites |
| 6.0601 | 1682 | George | Anderson | Naval Undersea Warfare Center | Classification of Personnel and Vehicle Activity Using a Sensor System With Numerous Array Elements |
| 6.0602 | 1557 | Peter | Willett | University of Connecticut | Comparison of Data Reduction Techniques Based on the Performance of SVM-type Classifiers |
| 6.0701 | 1471 | Abdollah | Homaifar | NCA & TSU | Non-Classical Multi-Sensor Data Fusion Techniques |
| 6.0702 | 1148 | Peter | Reinartz | DLR | Improving Geometric Accuracy of Optical VHR Satellite Data using Terrasar-X Data |
| 6.0703 | 1116 | Vincenzo | Baraniello | CIRA Italian Aerospace Research Center | An Extension of Integrated Navigation Algorithms to Estimate Elastic Motions of Very Flexible Aircrafts |
| 6.0801 | 1171 | Viji | Panakkal | Central Research Laboratory | Bearings-Only Tracking using Derived Heading |
| 6.0802 | 1227 | Raymond | Weber | Montana State University | A Wideband Circular Array for Frequency and 2D Angle Estimation |
| 6.0803 | 1081 | Chun | Yang | Sigtem Technology, Inc. | Design of Schmidt-Kalman Filter for Target Tracking with Navigation Errors |
| 6.0804 | 1355 | Yikun | Huang | Montana State University | 3D RF Emitter Location Estimation |
| 6.0805 | 1312 | Biruk | Habtemariam | McMaster University | Multitarget Track Before Detect with MIMO Radars |
| 6.0806 | 1301 | Aliakbar | Gorji Daronkolaei | McMaster University | Tracking Multiple Unresolved Targets using MIMO Radars |
| 6.0807 | 1674 | L. Donnie | Smith | Georgia Tech Research Institute | A Track Purity Approach for Tracking Metrics |
| 6.0808 | 1544 | Fabrizio | Reali | Sapienza | Initialization of Ballistic Targets Tracking Filters with Detection Probability Lower than Unity |
| 6.0809 | 1070 | Darin | Dunham | Vectraxx, Inc. | Kinematic Separation Point Estimation using PMHT |
| 6.0811 | 1066 | John | Spitzmiller | Cobham Analytic Solutions | Tracking with Estimate-Conditioned Debiased 3-D Converted Measurements |
| 6.0901 | 1426 | Monica | Bugallo | Stony Brook University | Target Tracking by Symbiotic Particle Filtering |
| 6.0903 | 1274 | Per | Skoglar | Automatic Control, Linkoping University | Combined Point-Mass and Particle Filter for Target Tracking |
| 6.0904 | 1595 | Umut | Orguner | Linkoping University | Particle Filtering with Propagation Delayed Measurements |
| 6.0905 | 1180 | Pau | Closas | Centre Tecnològic de Telecomunicacions de Catalunya | Bayesian Nonlinear Filters for Direct Position Estimation |
| 6.1001 | 1088 | Raymond | Wagner | NASA Johnson Space Center - ESCG | Detection, Identification, Location, and Remote Sensing using SAW RFID Sensor Tags |
| 6.1002 | 1170 | Wei | Li | Xi`an Jiaotong University | Dynamic Wireless Sensor Network Parameters Optimization Adapting Different Node Mobility |
| 6.1003 | 1538 | Qiang | Le | Hampton University | Target Localization using Proximity Binary Sensors |
| 6.1004 | 1159 | Raymond | Wagner | NASA Johnson Space Center | Standards-Based Wireless Sensor Networking Protocols for Spaceflight Applications |
| 6.1005 | 1470 | Ralph | Lorenz | JHU Applied Physics Laboratory | Studies of Desert Dust Devils with a Sensor Network, Timelapse Cameras and Thermal Imaging |
| 6.1006 | 1397 | Sandor | Szilvasi | ISIS | Configurable Hardware-Based Radio Interferometric Node Localization |
| 6.1101 | 1275 | David | Kaslow | Analytical Graphics | COTS Implementation of a Sensor Planning Service GetFeasibility Operation-Interim Status |
| 6.1102 | 1617 | Gregg | Podnar | Robotics Institute | Telesupervised Remote Surface Water Quality Sensing |
| 6.1201 | 1584 | Alberto | Elfes | Jet Propulsion Laboratory | Robotic Platforms for Rapid Prototyping and Deployment of Sensor Systems in Support of Orbital Surveys |
| 7.0101 | 1308 | Marcio | Juliato | University of Waterloo | An Efficient Fault-Tolerance Technique for the Keyed-Hash Message Authentication Code |
| 7.0102 | 1216 | Mehrdad | Nourani | University of Texas at Dallas | Scalable Mean Voter for Fault-Tolerant Mixed-Signal Circuits |
| 7.0103 | 1575 | John | Dickinson | Southwest Research Institute | A High Density Non-Volatile Mass Memory and Data Formatting Solution for Space Applications |
| 7.0201 | 1311 | Paul | Winterrowd | CAMBR | A 320 Mbps Flexible Image Data Compressor for Space Applications |
| 7.0202 | 1113 | Jason | Zheng | Jet Propulsion Laboratory | Optimized FPGA Implementation of Multi-Rate FIR Filters through Thread Decomposition |
| 7.0301 | 1335 | John | Rodgers | BAE SYSTEMS | Characterization and Qualification of Radiation Hardened Nonvolatile Phase Change Memory Technology |
| 7.0401 | 1079 | Brock | LaMeres | Montana State University | Spatial Avoidance of Hardware Faults using FPGA Partial Reconfiguration of Tile-Based Soft Processors |
| 7.0402 | 1504 | Jon-Paul | Anderson | Brigham Young University | Using Statistical Models with Duplication and Compare for Reduced Cost FPGA Reliability |
| 7.0403 | 1501 | Nathaniel | Rollins | Brigham Young University | A Comparison of Fault-Tolerant Memories in SRAM-Based FPGAs |
| 7.0404 | 1466 | John | Samson | Honeywell Aerospace, Defense and Space | Post-TRL6 Dependable Multiprocessor Technology Developments |
| 7.0501 | 1365 | Chip | Webber | Lynguent, Inc. | Event Driven Mixed Signal Modeling Techniques for System-in-Package Functional Verification |
| 7.0502 | 1315 | James | Northern | The Aerospace Corporation | Radiation Tolerance Testing using Software Simulation |
| 7.0601 | 1060 | Michael | Epperly | Southwest Research Institute | Very High Power Planar Power Distribution for Spacecraft Bus Control |
| 7.0602 | 1047 | Kasemsan | Siri | The Aerospace Corporation | Current-Sharing among Parallel-Connected Systems of Active Power Factor Correction |
| 7.0701 | 1396 | Linda | Del Castillo | Jet Propulsion Laboratory | Flexible Electronic Assemblies for Space Applications |
| 7.0702 | 1284 | Ryan | Diestelhorst | Georgia Institute of Technology | A Monolithic, Wide-Temperature, Charge Amplification Channel for Extreme Environments |
| 7.0703 | 1554 | Paul | Winterrowd | CAMBR | A 320 Mbps Flexible Discrete Wavelet Transform Processor for Extreme Environments |
| 7.0801 | 1072 | Janet | Lumpp | University of Kentucky | The Evaluation of Solder and Circuit Board Materials for Small Satellite Solar Cell Arrays |
| 7.0802 | 1636 | Giovanni B. | Palmerini | University of Rome | A Novel Technology for Thermal Control for ISP module |
| 7.1001 | 1358 | Ellis | King | C.S. Draper Laboratory | The Orion GN&C Data-Driven Flight Software Architecture for Automated Sequencing And Fault Recovery |
| 7.1002 | 1568 | Nicholas | Borer | Draper Laboratory | Model-Driven Development of Reliable Avionics Architectures for Lunar Surface Systems |
| 7.1003 | 1370 | Gregory | Flesch | Jet Propulsion Laboratory | Adaptive Control of Tunable Laser Spectrometers for Space Flight Applications |
| 7.1101 | 1323 | Raymond | Kristiansen | Narvik University College | Spacecraft Formation Reconfiguration with Plume Avoidance |
| 7.1102 | 1516 | George | Boyarko | Naval Postgraduate School | Time-Optimal Reorientation of a Spacecraft using a Direct Optimization Method Based on Inverse Dynamics |
| 7.1103 | 1091 | Paul | Huxel | Draper Laboratory | Small Lunar Lander/Hopper Navigation Analysis using Linear Covariance |
| 7.1104 | 1160 | Akil | Middleton | C.S. Draper Laboratory Inc. | Small Lunar Lander/Hopper Performance Analysis |
| 7.1105 | 1052 | Koki | Ho | The University of Tokyo | Novel Star Identification Algorithm Utilizing Images of Two Star Trackers |
| 7.1106 | 1351 | David | Tornqvist | Linkoping University | Window Based GPS Integrity Test using Tight GPS/IMU Integration Applied to a Sounding Rocket |
| 7.1107 | 1142 | Raymond | Kristiansen | Narvik University College | On Choosing Quaternion Equilibrium Point in Attitude Stabilization |
| 7.1108 | 1218 | Ung-Dai | Ko | Center for Space Research/Univ of Texas at Austin | Computing the USO Frequency Instability of GRACE Satellites |
| 7.1109 | 1013 | He | Fenghua | Harbin Institute of Technology | Maneuver Decision-making on Air-to-Air Combat Via Hybrid Control |
| 7.1110 | 1136 | YuHong | Miao | Department of automation | Efficient Extended Kalman Filtering for Attitude Estimation Based on Gyro and Vector Observations |
| 8.0101 | 1334 | Steve | Creech | NASA Marshall Space Flight Center | Ares V: Enabling Unprecedented Payloads for Space in the 21st Century |
| 8.0102 | 1205 | Bret | Drake | NASA | Human Exploration of Mars, Design Reference Architecture 5.0 |
| 8.0103 | 1169 | Stuart | Feldman | Zero Point Frontiers Corp. | Analysis of Shroud Options in Support of the Human Exploration of Mars |
| 8.0104 | 1321 | Elizabeth | Jordan | Jet Propulsion Lab | A Block Change Options Approach for the Constellation Program |
| 8.0105 | 1270 | Nicholas | Borer | Draper Laboratory | Characterization of a Persistent Lunar Surface Science Network using On-Orbit Beamed Power |
| 8.0201 | 1138 | Xiao-ying | Zhang | South China University of Technology | Numerical Calculation of United Flow Field and Base Heating of a Satellite |
| 8.0202 | 1187 | Hossein | Bonyan Khamseh | Shahid Beheshti university | Current Status and Future Trends of Russian Space-Launch Market |
| 8.0203 | 1074 | Brian | Wilcox | Jet Propulsion Laboratory | Low-Cost Propellant Launch to LEO from a Tethered Balloon – Economic and Thermal Analysis |
| 8.0204 | 1020 | Bernard | Kutter | United Launch Alliance | Ongoing Launch Vehicle Innovation at United Launch Alliance |
| 8.0205 | 1416 | Jun-fang | FAN | School of Automation, Beijing Information Science & Technology University | Missile Longitudinal Autopilot Design Using Backstepping Approach |
| 8.0301 | 1219 | George | Sullivan | USAF Space and Missile Systems Center | Lessons Learned from Hosting an Infrared Payload on a Communications Satellite |
| 8.0401 | 1400 | L. Jane | Hansen | HRP Systems | A Hierarchy of Guidance, Navigation, and Control Elements for Responsive Space Missions |
| 8.0402 | 1353 | Don | Fronterhouse | PnP Innovations, Inc | Pnpsat-2 SPA Technology Testbed Initial Results and Development Status |
| 8.0404 | 1230 | Nicholas | Merski | USAF/SMC/SDTW/SDS | Space Test Program Standard Interface Vehicle Lessons Learned |
| 8.0405 | 1676 | Gabriel | Bianchi | University of Southampton | Development of Efficient and Cost-Effective Spacecraft Structures Based on Honeycomb Panel Assemblies |
| 8.0501 | 1440 | Jeremy | Frank | NASA Ames Research Center | When Plans Are Executed by Mice and Men |
| 8.0502 | 1073 | Brian | Wilcox | Jet Propulsion Laboratory | ATHLETE: Lunar Cargo Unloading from a High Deck |
| 8.0503 | 1450 | Ryan | Stephan | NASA JSC | Overview of Altair’s Thermal Control System and the Associated Technology Development Efforts |
| 8.0504 | 1307 | Carlos | Calle | NASA | Development of a Dust Mitigation Technology for Thermal Radiators for Lunar Exploration |
| 8.0505 | 1117 | Rajiv | Kohli | The Aerospace Corporation | Assessment of Testing Needs and Test Facilities for the Lunar Dust Management Project |
| 8.0601 | 1687 | Andrea | Belz | Belz Consulting, LLC | Challenges in Technology Infusion: Adapting Best Practices from the Private Sector |
| 8.0602 | 1415 | Kris | Zacny | Honeybee Robotics Spacecraft Mechanisms Corporatio | Honeybee Robotics Approach to Technology Development and Infusion |
| 8.0603 | 1536 | Kevin | Schrantz | ABSL Space Products | Lithium-Ion Space Battery Technology Development and Infusion |
| 8.0604 | 1048 | Alan | Mantooth | University of Arkansas | Mission Optimization and Tradeoffs of using SiGe Based Electronics for a Cryogenic Environment Rover Mission |
| 8.0701 | 1140 | Markus | Wilde | Technical University Munich - Institute of Astronautics | A Robotic Camera Arm for Increased Situational Awareness in Telepresent On-Orbit Servicing |
| 8.0703 | 1421 | Stephane | Ruel | Neptec Design Group | STS-128 On-Orbit Demonstration of the TriDAR Targetless Rendezvous and Docking Sensor |
| 8.0901 | 1234 | John | Ziemer | Jet Propulsion Laboratory | Colloid Micro-Newton Thrusters for the Space Technology 7 Mission |
| 8.1001 | 1022 | Alexander | Eremenko | Jet Propulsion Laboratory | SMAP Observatory Configuration, from Concept to Preliminary Design |
| 8.1002 | 1599 | Paul | Lytal | Jet Propulsion Laboratory | Spacecraft Power Source Installation at Launch Complex |
| 8.1003 | 1499 | Abou Bakr | Elhady | Egyptian Space Program | Design and Analysis of a LEO Micro-Satellite Thermal Control Including Thermal Contact Conductance |
| 8.1004 | 1007 | Mohammad | Farshchi | Sharif University of Technology | A New Analytical Model of a Radial Turbine and Validation by Experiments |
| 8.1005 | 1689 | Masoumeh | Aminzadeh | Amirkabir university of Technology | Model-Based Motion Tracking Control of an Electric 3DoF Parallel Motion Platform |
| 8.1006 | 1469 | ALi Asghar | Najafzadeh Khoee | Malek Ashtar University of Technology | Response of Carbon-Epoxy Composite Lattice Cylinders under Axial Load |
| 8.1101 | 1483 | John | Dankanich | Gray Research, Inc. | Mars Sample Return Orbiter/Earth Return Vehicle Technology Needs and Mission Risk Assessment |
| 8.1102 | 1078 | David | Anderson | NASA Glenn Research Center | The NASA In-Space Propulsion Technology Project’s Current Products and Future Directions |
| 8.1103 | 1434 | John | Dankanich | Gray Research, Inc. | NASA In-Space Advanced Chemical Propulsion Development in Recent Years |
| 8.1105 | 1485 | Angelo | Grubisic | University of Southampton | Thrust Production Mechanisms in Hollow Cathode Microthrusters |
| 8.1106 | 1222 | Michele | Coletti | University of Southampton | Discharge Hollow Cathode Design for a 4-Gridded Ion Engine |
| 8.1107 | 1265 | Alvar | Saenz-Otero | Massachusetts Institute of Technology | Electrostatic Thrusters for Microgravity Propulsion in a Pressurized Environment |
| 9.0101 | 1242 | Nesrin | Sarigul-Klijn | University of California at Davis | A 3-Phase Safe Trajectory Shaping for a Distressed Aircraft |
| 9.0102 | 1011 | Arijeet | Banerjee | Velammal Engineering College, Anna University, India | Analysis of Shock Waves over Novel Supersonic Aircraft Profiles using Shadowgraph |
| 9.0103 | 1067 | Jeremy | Ludwig | Stottler Henke | MH60S/R Helicopter Multi-Platform & Web-Based Crew Trainer with FLIR |
| 9.0201 | 1598 | William | Geyer | Naval Air Systems Command | MV-22B Osprey Short Takeoff and Minimum Run-On Landing Tests aboard LHD Class Ships |
| 9.0202 | 1597 | Trevor | Strand | NAVAIR | V-22 Osprey Unprepared Surface Short Takeoff and Landing Evaluation |
| 9.0301 | 1439 | Enric | Pastor | EPSC / UPC | On the Design of a UAS Flight Plan Monitoring and Edition System |
| 9.0302 | 1179 | Rick | Drury | Cranfield University | Real-Time Trajectory Generation: Improving the Optimality and Speed of an Inverse Dynamics Method |
| 9.0303 | 1115 | Salvatore | Luongo | CIRA - Italian Aerospace Research Centre | A Novel 3D Analytical Algorithm for Autonomous Collision Avoidance Considering Cylindrical Safety Bubble |
| 9.0304 | 1292 | Cosmin | Bocaniala | Cranfield University / Defence Academy of the UK | On Enhanced Situational Awareness Models for Unmanned Aerial Systems |
| 9.0305 | 1036 | Mariagrazia | Spada | University of Rome | UAV Integration in Airspace: An Operational, Legal, Technological Framework |
| 9.0307 | 1194 | Nikita | Visnevski | GE Research | Evolutionary Computing for Mission-Based Test and Evaluation of Unmanned Autonomous Systems |
| 9.0308 | 1677 | Hoofar | Pourzand | Witicita State University | Design, Optimization, and Building Flight Model of an Operational Unmanned Helicopter |
| 9.0401 | 1214 | Michael | Shepherd | USAF Test Pilot School | Limited Aerodynamic System Identification of the T-38A using SIDPAC Software |