2008 Conference Papers
|
Paper |
# |
Presenter First |
Presenter Last |
Organization |
Paper Title |
|
10.0101 |
1247 |
Michael |
McDougall |
GrammaTech, Inc. |
The Use and Implementation of
Coding Standards for High-Confidence Embedded Systems |
|
10.0102 |
1099 |
Mikael |
Lindvall |
|
Using Sequence Diagrams to Detect
Communication Problems between Systems |
|
10.0103 |
1407 |
Link |
Jaw |
Scientific Monitoring, Inc. |
Model-based Approach to
Validation and Verification of Flight Critical Software |
|
10.0104 |
1197 |
Guillaume |
Brat |
RIACS/NASA |
Trust Your Model - Verifying
Aerospace System Models with Java™ Pathfinder |
|
10.0105 |
1198 |
Guillaume |
Brat |
USRA-RIACS |
Verification of Plans and
Procedures |
|
10.0106 |
1548 |
Herbert |
Hecht |
SoHaR Incorporated |
Requirements for Software
Exception Handling |
|
10.0107 |
1186 |
Ewen |
Denney |
RIACS / NASA |
A Software Safety Certification
Tool for Automatically Generated Guidance, Navigation and Control Code |
|
10.0108 |
1177 |
Guillaume |
Brat |
USRA/NASA |
Verification of C Flight Software
with the MCP Model Checker |
|
10.0201 |
1206 |
Jeremy |
Ludwig |
Stottler Henke Associates |
Rapid Simulation Construction |
|
10.0202 |
1203 |
Dan |
Fu |
Stottler Henke Associates |
Evaluating Game Technologies for
Training |
|
10.0301 |
1237 |
Allan |
White |
NASA |
Efficient Simulation for Testing
Loss of Separation Algorithms |
|
10.0501 |
1190 |
Mark |
Powell |
Jet Propulsion Laboratory |
Delivering Images for Mars Rover
Science Planning |
|
10.0601 |
1091 |
Christopher |
Knight |
|
Contextualized Search and Faceted
Browsing of Heterogeneous ISS |
|
10.0602 |
1090 |
Mohana |
Gurram |
RIACS, USRA |
Functional Hierarchical Search
Results Data Analysis |
|
10.0701 |
1195 |
Sue |
Haupt |
The |
Data Fusion and Prediction for
CBRN Transport and Dispersion for Security |
|
10.0702 |
1452 |
Joseph |
Bull |
Booz Allen Hamilton |
Achieving Cryptographic
Modernization Compliance for Reprogrammable Crypto in Space |
|
10.0801 |
1117 |
Andrew |
Eick |
SSS Research |
Geotemporal Analysis |
|
10.1001 |
1402 |
Kurt |
Leucht |
NASA/KSC |
Automated Translation of Safety
Critical Application Software Specifications into PLC Ladder Logic |
|
10.1002 |
1441 |
Jong-In |
Lee |
Korea Aerospace Research
Institute |
Visualization and Formalization
of User Constraints for Tight Estimation of Worst-Case Execution Time |
|
10.1201 |
1235 |
|
Holmes |
Java Professionals, Inc. |
Semantic Interoperability
Integrating and Augmenting Legacy Applications with OWL Ontologies |
|
10.1202 |
1236 |
Brian |
Mihok |
Lockheed Martin Aeronautics |
Augmenting Data Collection and
Analysis of Operational Simulations with RDF and SPARQL |
|
10.1401 |
1185 |
Angelia |
Corbett |
The Boeing Company |
Why is so Little Attention Paid
to the Centralization of Data |
|
10.1402 |
1394 |
Hans |
Zima |
Jet Propulsion Laboratory |
An Introspection Framework for
Fault Tolerance in Support of Autonomous Space Systems |
|
10.1501 |
1669 |
John |
Meier |
Boeing |
Intelligent Avionics with
Advanced Clustering |
|
10.1801 |
1542 |
Daniel |
Dvorak |
Jet Propulsion Laboratory |
An Architectural Pattern for
Goal-Based Control |
|
10.1802 |
1666 |
Garth |
Watney |
Jet Propulsion Lab |
Integrating System and Software
Engineering Through Modeling |
|
10.1803 |
1546 |
Jane |
Oh |
JPL |
Software Assurance for
Model-Based Design |
|
10.1804 |
1192 |
Alan |
Mazer |
JPL |
Automated Testing of Science
Instrument Flight Software |
|
10.1805 |
1393 |
Naohiko |
Kohtake |
Japan Aerospace Exploration
Agency |
Software Independent Verification
and Validation for Spacecraft at JAXA |
|
11.0101 |
1562 |
Bruno |
Leăo |
Embraer |
Cost-Benefit Analysis Methodology
for PHM Applied to Legacy Commercial Aircraft |
|
11.0102 |
1170 |
Eric |
Mayhew |
Goodrich Sensors and Integrated
Systems |
A Method of Compression in HUMS
and its Effect on Analysis |
|
11.0103 |
1512 |
Dennis, Curt |
Granger, Rideout |
US ARMY AMRDEC, Lightning
Solutions, INC |
Detection of Pre-Crack Fatigue
Damage in a |
|
11.0201 |
1165 |
Rodrick |
Draney |
Sentient Corporation |
High Temperature Sensor for
Bearing Health Monitoring |
|
11.0202 |
1178 |
David |
He |
|
Development and Validation of
Bearing Diagnostic and Prognostic Tools using HUMS Condition Indicators |
|
11.0203 |
1153 |
Honor |
Powrie |
GE Aviation |
Use of Artificial Intelligence
Methods for Advanced Bearing Health Diagnostics and Prognostics |
|
11.0301 |
1677 |
Greg |
Bower |
The Applied Research Laboratory |
SiC Power Electronics Packaging Prognostics |
|
11.0302 |
1128 |
Michael |
Roemer |
Impact Technologies, LLC |
Seeded Fault Testing and In-situ
Analysis of Critical Electronic Components in EMA Power Circuitry |
|
11.0303 |
1114 |
Sonia |
Vohnout |
Ridgetop Group, Inc. |
Electronic Prognostics System
Implementation on Power Actuator Components |
|
11.0304 |
1640 |
Sachin |
Kumar |
Prognostic Health Management Lab,
|
Mahalanobis Distance and Projection Pursuit Analysis for Health
Assessment of Electronic Systems |
|
11.0305 |
1171 |
Clint |
Baker |
Sentient Corporation |
Leakage Fault Detection Method
for Axial-Piston Variable Displacement Pumps |
|
11.0306 |
1313 |
Matthew |
Watson |
Impact Technologies |
Automated Health Management for
Gas Turbine Engine Accessory System Components |
|
11.0307 |
1173 |
Eric |
Bechhoefer |
Goodrich Fuels and Utilities |
Use of |
|
11.0401 |
1023 |
Jeffrey |
Banks |
|
Air Force C-130 Rainbow Fitting
Diagnostic Technology Development |
|
11.0402 |
1607 |
James |
MacConnell |
Consensus Technology |
Structural Health Management and
Structural Design: An Unbridgeable Gap? |
|
11.0403 |
1129 |
Jeremy |
Teichman |
IDA |
Improved Estimation of Aircraft
Probability of Failure |
|
11.0501 |
1213 |
Jianhui |
Luo |
Qualtech System, Inc. |
Distributed Fault Diagnosis Using
Dependency Modeling without Revealing Subsystem Details |
|
11.0502 |
1058 |
Wojtek |
Przytula |
HRL Laboratories, LLC |
An Implementation of Prognosis
with Dynamic Bayesian Networks |
|
11.0503 |
1239 |
Anuradha |
Kodali |
|
Dynamic Set-Covering for
Real-Time Multiple Fault Diagnosis |
|
11.0504 |
1650 |
Zhanshan (Sam) |
Ma |
|
Multivariate Survival Analysis
(I): Shared Frailty Approaches to Reliability and Dependence Modeling |
|
11.0505 |
1011 |
|
Shepherd |
QinetiQ |
Reasoning Systems for Diagnostics
and Prognostics |
|
11.0506 |
1622 |
Carl |
Byington |
Impact Technologies |
False Alarm Mitigation of
Vibration Diagnostic Systems |
|
11.0507 |
1636 |
James |
Schimert |
The Boeing Company |
Data-Driven Fault Detection Based
on Process Monitoring using Dimension Reduction Techniques |
|
11.0512 |
1678 |
Jan |
Block |
SAAB |
Assessment of Operational
Consequences of Aircraft Failures: Using Event Tree Analysis |
|
11.0601 |
1366 |
Abe |
Zeid |
Northeastern University |
A Framework for Prognostics and
Health Management of Electronic Systems |
|
11.0602 |
1148 |
James |
Hofmeister |
Ridgetop Group |
Ball Grid Array (BGA) Solder
Joint Intermittency Detection: SJ BIST |
|
11.0603 |
1081 |
Ashish |
Babbar |
|
Multi Source Data Integration for
Aircraft Health Management |
|
11.0701 |
1267 |
Alexander |
Usynin |
The |
Prognostics-Driven Optimal
Control for Equipment Performing in Uncertain Environment |
|
11.0702 |
1508 |
Martin |
Karchnak |
Epoch Engineering, Inc. |
Advanced Capabilities in
Difficult Measurement Situation |
|
11.0703 |
1527 |
Asif |
Khalak |
Scientific Monitoring, Inc. |
Real-time Probabilistic
Forecasting of Wear Degradation using a Macro-scale Physical Model |
|
11.0801 |
1097 |
Jarrod |
Line |
VEXTEC |
Managing and Predicting
Intermittent Failures Within Long Life Electronics |
|
11.0802 |
1534 |
Leo |
Casey |
SatCon |
Power Conversion Prognostic
Controller Implementation for Aeronautical Motor Drives |
|
11.0803 |
1361 |
Bhaskar |
Saha |
Georgia Institute of Technology |
Uncertainty Management for
Diagnostics and Prognostics of Batteries using Bayesian Techniques |
|
11.0804 |
1149 |
James |
Hofmeister |
Ridgetop Group |
A Low-Power Sensor Design, SJ
Monitor, for Monitoring 24x7 the Health of BGA Solder Joints |
|
11.0901 |
1587 |
Richard |
Millar |
NAVAIR |
The Role of Reliability Data
Bases in Deploying CBM , RCM and PHM with TLCSM |
|
11.0902 |
1618 |
Axel |
Krings |
|
Survival Analysis Approach to
Reliability, Survivability and PHM |
|
11.0903 |
1262 |
Jan |
Block |
Saab Aerotech |
Evaluation of Preventive
Maintenance Task Intervals Using Field Data from a Complete Life Cycle |
|
11.0904 |
1626 |
Axel |
Krings |
|
Competing Risks Analysis of
Reliability, Survivability, and PHM |
|
11.0905 |
1403 |
Mbuyi |
Khuzadi |
Boeing |
On Health Monitoring |
|
11.1001 |
1494 |
Francis |
Peter |
Management Sciences, Inc. |
A Low Cost Embedded
Instrumentation (EI) Framework for Vehicle Health Management Systems (VHMS) |
|
11.1002 |
1429 |
Jon |
Dunsdon |
GE Aviation |
The Application of Open System
Architecture for Condition Based Maintenance to Complete IVHM |
|
11.1003 |
1325 |
Deidre |
|
|
Integrated Intelligent Vehicle
Management Framework |
|
11.1004 |
1406 |
Link |
Jaw |
Scientific Monitoring, Inc. |
CBM Research Environment –
Facilitating Technology Development, Experimentation, and Maturation |
|
11.1005 |
1340 |
Javier |
Cortez |
The Boeing Company |
Systematic Improvement of Fleet
Operations by Integrating |
|
11.1101 |
1404 |
Greg |
Pisanich |
|
An Abort Failure Detection,
Notification, & Response System: Overview of an ISHM Development Process |
|
11.1102 |
1367 |
Vadim |
Smelyanskiy |
|
Model Based IVHM System for the
Solid Rocket Booster |
|
11.1103 |
1063 |
Mark |
Schwabacher |
|
Pre-Launch Diagnostics for Launch
Vehicles |
|
11.1104 |
1401 |
David |
Iverson |
|
System Health Monitoring for
Space |
|
11.1105 |
1280 |
James |
Kurien |
NASA |
Costs and Benefits of Model-based
Diagnosis. |
|
12.0101 |
1426 |
Guillaume |
Brat |
USRA Research Institute for
Advanced Computer Science |
Automated Software Verification
& Validation: An emerging approach for ground operations |
|
12.0102 |
1359 |
David |
Maluf |
NASA |
Effective Data Representation and
Compression in Ground Data Systems |
|
12.0103 |
1014 |
Jonathan |
Markley |
Lockheed Martin Space Systems |
Hybridization of Photogrammetry and Laser Scanning Technology for As-Built
3D CAD Models |
|
12.0201 |
1096 |
Jeremiah |
Finnigan |
|
A Forward-Looking Software Reuse
Strategy |
|
12.0202 |
1468 |
Kaslow |
David |
Lockheed Martin |
Using a Gene-Splicing Based
Search Technique for Complex Multi-level Resource Assignment Problems |
|
12.0203 |
1241 |
Sasikanth |
Munagala |
Wirtek A/S |
Automated Troubleshooting of
Satellite Communication Ground Equipment |
|
12.0301 |
1138 |
Leslie |
Wickman |
|
Isolation and Confinement Issues
in Long Duration Spaceflight |
|
12.0302 |
1222 |
Ilana |
Dashevsky |
Space Telescope Science Institute |
James Webb Space Telescope Ground
to Flight Interface Design |
|
12.0303 |
1612 |
Michael |
Baxter |
The Aerospace Corporation |
Modeling of Serious Global Trends
for Use with Combat Simulations |
|
12.0401 |
1183 |
Rudolph |
Saucillo |
|
Dual |
|
12.0402 |
1554 |
Kareem |
Badaruddin |
JPL |
System Testbed
Use on a Mature Deep Space |
|
12.0403 |
1601 |
cecilia |
cheng |
Jet Propulsion Laboratory |
Multi-mission Automated
Instrument Product Generation Implemented Capabilities |
|
12.0404 |
1576 |
Michel |
Ingham |
Jet Propulsion Laboratory |
Development of a Prototype
Domain-Specific Language for Monitor and Control Systems |
|
12.0501 |
1299 |
|
Phenneger |
ASRC Aerospace Corporation |
The NOAA -14 September 28,
2006(DOY271) Tumble Anomaly |
|
12.0502 |
1026 |
Manfred |
Bester |
Space Sciences Laboratory, |
Ground Systems and Flight
Operations of the THEMIS Constellation |
|
12.0503 |
1266 |
Chen-Joe |
Fong |
National Space Organization |
Constellation Challenges and
Contributions of |
|
12.0504 |
1219 |
Ben |
Lui |
NASA/GSFC |
Proven and Robust Ground Support
Systems-GSFC Success and Lessons Learned |
|
12.0505 |
1265 |
David |
Scott |
NASA EO02 |
“Built-In” Action/Issues Tracking
and Post-Ops Analysis Tool for Real-time Console Operations |
|
13.0101 |
1360 |
David |
Maluf |
NASA |
Managing Unstructured Data With
Structured Legacy Systems |
|
13.0102 |
1427 |
Joe |
|
Raytheon |
What do you get when you Overlay
an |
|
13.0103 |
1674 |
Irfan |
Manarvi |
|
A Methodology of Evolving User
Requirements to Launch ERP in Aircraft Industry Environment |
|
13.0104 |
1330 |
Jill |
Hardash |
Booz Allen Hamilton |
Credible Space Cost Estimating
Policy for NASA: Making Sensible Requirements Work |
|
13.0105 |
1055 |
Jonathan |
Bryson |
NASA |
NASA’s Cost Analysis Steering
Group as a Community of Practice |
|
13.0110 |
1411 |
Robert |
Aster |
JPL |
Lessons Learned From Developing
New Engineering Managers at JPL |
|
13.0201 |
1225 |
Carroll |
Thronesbery |
S&K Technologies, Inc. |
Concept of Operations Storyboard
Tool Refinements Based on Practical Experiences |
|
13.0202 |
1112 |
Melissa |
Jones |
Jet Propulsion Laboratory |
Conceptual Design Methods and the
Application of a Tradespace Modeling Tool for Deep
Space Missions |
|
13.0203 |
1100 |
Meemong |
Lee |
Jet Propulsion Laboratory |
Juno |
|
13.0204 |
1194 |
Richard |
Terrile |
Jet Propulsion Lab |
Evolutionary Computational
Methods for the Design of Spectral Instruments |
|
13.0205 |
1078 |
Charles |
Lee |
Jet Propulsion Lab |
Communication-centric Spacecraft
Design Optimization Tool and its Application to the Lunar Relay Satellite
Design |
|
13.0301 |
1279 |
|
Owens |
Massachusetts Institute of
Technology |
Application of a Safety-Driven
Design Methodology to an Outer Planet Exploration |
|
13.0302 |
1050 |
P. A. `Trisha` |
Jansma |
Jet Propulsion Laboratory |
A Field Guide to The NASA
Procedural Requirements for Systems Engineering |
|
13.0303 |
1535 |
Mary Ellen |
Derro |
Jet Propulsion Laboratory |
Coaching Valuable Systems
Engineering Behaviors |
|
13.0304 |
1641 |
Kendra |
Cook |
Integrity Applications
Incorporated |
Making Ethical Engineering
Management Decisions in a Competitive Environment |
|
13.0401 |
1424 |
Leila |
Meshkat |
The Jet Propulsion Laboratory |
Automated Generation of Risk and
Failure Models during Early Phase Design |
|
13.0403 |
1015 |
Mariagrazia |
Spada |
|
Criteria Minimizing Legal And
Financial Risks In Airspace Businesses |
|
13.0501 |
1229 |
Allan |
White |
NASA |
Sensitivity Study for Long Term
Reliability |
|
13.0502 |
1304 |
Paul |
Marriott |
XtremeEDA |
The Use of Advanced Verification
Methods to Address DO-254 Design Assurance |
|
13.0503 |
1471 |
Alan |
Mantooth |
|
Modeling and Analysis Method for
Radiation-Induced Upsets in Modern IC Device Models |
|
13.0504 |
1637 |
Leticia |
Montanez |
Jet Propulsion Labatory |
Validation Methodology of
Hardware Simulators for Spacecraft System Testing |
|
13.0601 |
1412 |
Michelle |
Lange |
Mentor Graphics Corporation |
Achieving Quality and
Traceability in FPGA/ASIC Flows for DO-254 Aviation Projects |
|
13.0602 |
1098 |
Robert |
Hunt |
Galorath Incorporated |
Software Maintenance Implications
on Cost and Schedule |
|
13.0603 |
1632 |
Tibor |
Balint |
Jet Propulsion Laboratory |
Rapid Cost Assessment of Space |
|
13.0604 |
1045 |
Robert |
Richards |
Stottler Henke Associates, Inc. (SHAI) |
Advanced Scheduling Technology
for More Efficient (Shorter) Resource Constrained Schedules |
|
13.0609 |
1048 |
Lee |
Fischman |
Galorath Incorporated |
An Advanced Orbital Spacecraft
Cost Model |
|
2.0101 |
1196 |
Daniel |
|
|
Next Generation Rover for Lunar
Exploration |
|
2.0102 |
1216 |
Issa |
Nesnas |
Jet Propulsion Laboratory |
Axel Mobility Platform for Steep
Terrain Excursions and Sampling on Planetary Surfaces |
|
2.0103 |
1676 |
Paul G. |
Backes |
Jet Propulsion Laboratory |
Planetary Vehicle Suspension
Options |
|
2.0104 |
1261 |
Aravind |
Seeni |
|
Robot Mobility Concepts for
Extraterrestrial Surface Exploration |
|
2.0105 |
1122 |
Paul |
Backes |
Jet Propulsion Laboratory |
Results of Coring from a Low Mass
Rover |
|
2.0106 |
1120 |
Paul |
Backes |
Jet Propulsion Laboratory |
Harpoon-based Sampling for
Planetary Applications |
|
2.0107 |
1115 |
Oranuj |
Janrathitikarn |
Department of Aerospace
Engineering |
Gait Control of a Six-Legged
Robot on Unlevel Terrain Using a Cognitive Architecture |
|
2.0108 |
1296 |
Alberto |
Elfes |
JPL |
An Autonomy Architecture for Aerobot Exploration of the Saturnian
Moon Titan |
|
2.0109 |
1318 |
Nikhil |
Nigam |
Aeronautics and Astronautics, |
Persistent Surveillance Using
Multiple Unmanned Air Vehicles |
|
2.0201 |
1147 |
Nathaniel |
Livesey |
Jet Propulsion Laboratory |
A Future “Global Atmospheric
Composition |
|
2.0202 |
1111 |
Robert |
Green |
Jet Propulsion Laboratory |
NASA |
|
2.0203 |
1130 |
Astrid |
Heske |
ESTEC/ESA SCI-PJ |
Herschel/Planck Program–Preparing
for Launch and Lessons Learned |
|
2.0204 |
1638 |
Thomas |
Spilker |
Jet Propulsion Laboratory |
The “Billion Dollar Box” Study of
Science Missions to Saturnian Satellites |
|
2.0205 |
1124 |
Michael |
Devirian |
Jet Propulsion Laboratory |
Exploring ExoPlanets:
NASA’s Future Space Missions |
|
2.0206 |
1263 |
Tanya |
Vladimirova |
|
Development of a Satellite Sensor
Network for Future Space Missions |
|
2.0207 |
1223 |
Andrea |
Donnellan |
Jet Propulsion Laboratory |
Deformation, Ecosystem Structure,
and Dynamics of Ice (DESDynI) |
|
2.0208 |
1418 |
Marie |
Deutsch |
JPL |
The Mars Science Orbiter Concept |
|
2.0301 |
1533 |
Fei |
Chen |
Jet Propulsion Laboratory |
An Evaluation of Novel Cleaning
Techniques for Planetary Protection Applications |
|
2.0302 |
1556 |
Catharine |
Conley |
NASA |
Don`t Leave Home Without It: Planetary Protection for Robotic
and Human Missions |
|
2.0303 |
1483 |
Margaret |
Race |
SETI Institute |
Impact of Planetary Protection on
Environmental Characterization and Hazards Mitigation Technologies |
|
2.0304 |
1474 |
Margaret |
Race |
SETI Institute |
Anticipated Impacts of Planetary
Protection Requirements on Mars Sample Return Missions |
|
2.0305 |
1475 |
Margaret |
Race |
SETI Institute |
Planning the Mars Sample
Receiving Facility: Biohazards, Societal Issues and Risk Communication |
|
2.0306 |
1458 |
Tibor |
Balint |
Jet Propulsion Laboratory |
Technology Challenges for
Planetary Probes to Dense Atmospheres |
|
2.0307 |
1176 |
|
Kelliher |
N.A.S.A. |
Performance of a Borehole X-Ray
Fluorescence Spectrometer for Planetary Exploration |
|
2.0308 |
1444 |
Joe |
Parrish |
Aurora Flight Sciences |
The Contained Sample Handling and
Analysis System |
|
2.0401 |
1598 |
Robert |
Lange |
Jet Propulsion Laboratory |
Cassini-Huygens |
|
2.0402 |
1501 |
Deborah |
Vane |
JPL |
The CloudSat
Mission and the A-Train: A Revolutionary Approach to Observing Earth’s
Atmosphere |
|
2.0403 |
1579 |
Barry |
Goldstein |
Jet Propulsion Laboratory |
|
|
2.0404 |
1250 |
Michael |
Paul |
Applied Physics Lab |
MESSENGER- A Highly Constrained |
|
2.0405 |
1611 |
David |
Kusnierkiewicz |
Applied Physics Lab/Johns |
The New Horizons |
|
2.0406 |
1504 |
John |
Brophy |
Jet Propulsion Laboratory |
Dawn: An Ion-Propelled Journey to
the Beginning of the Solar System |
|
2.0407 |
1593 |
Claudia |
Alexander |
Jet Propulsion Laboratory |
The |
|
2.0408 |
1608 |
Thomas |
|
Jet Propulsion Laboratory |
The NASA Orbiting Carbon
Observatory |
|
2.0601 |
1077 |
Ram |
Tripathi |
|
Lunar Radiation Risk Assessment
and Shielding Design for Ionizing Space Radiation |
|
2.0602 |
1287 |
|
Pinsky |
|
Evolving the Medipix2 Technology
For Use As An Active Space Radiation Dosimeter |
|
2.0603 |
1151 |
Townsend |
Larry |
|
A Benchmark Study: Comparison
Between HETC-HEDS and Experimental Data |
|
2.0604 |
1024 |
|
Townsend |
|
Radiation Protection Research
Recommendations for Missions Beyond LEO |
|
2.0801 |
1653 |
Giovanni Battista |
Palmerini |
Universita` Roma La Sapienza |
Linearized Formation-Flying Dynamics in a Perturbed Orbital
Environment |
|
2.0802 |
1651 |
Giovanni Battista |
Palmerini |
Sapienza |
Estimate Problems for Satellite
Clusters |
|
2.0901 |
1069 |
Emiliano |
Re |
Universitŕ degli studi
di Roma Tor Vergata |
Millimeter Wave Technology for
Moon and Mars Exploration |
|
2.0902 |
1259 |
Marco |
Lucente |
|
Aero-WAVE: A First Step Towards
the Characterization of W Band |
|
2.0903 |
1271 |
Marco |
Lucente |
|
IKNOW |
|
2.0904 |
1066 |
Wenqin |
Wang |
University of Electronic Science
and Technology of |
Models and Signal Processing for
Millimeter-Wave LFMCW SAR Imaging |
|
2.1001 |
1338 |
Marlon |
Pierce |
Community Grids Lab, |
QuakeSim: Web Services, Portals, and Infrastructure for Geophysics |
|
2.1002 |
1532 |
Massimo |
Di Lazzaro |
Thales Alenia
Space Italia S.p.A. |
COSMO-SkyMed:
The Dual-Use Component of a Geospatial System for Environment and Security |
|
2.1003 |
1405 |
|
Ruggieri |
|
Integration of TETRA with
Satellites |
|
2.1004 |
1286 |
Alexandre |
Guillaume |
Jet Propulsion Laboratory |
Entropy Constrained Clustering
Algorithm Guided by Differential Evolution |
|
2.1007 |
1289 |
Giacomo |
Taini |
Thales Alenia
Space |
Criteria and Trade-offs for LEO
Orbit Design |
|
2.1101 |
1088 |
Meemong |
Lee |
Jet Propulsion Laboratory |
Sensor-web Operations Explorer
(SOX) for Earth Science Air Quality Mission Concepts |
|
2.1201 |
1531 |
|
Prakash |
Jet Propulsion Laboratory |
Mars Science Laboratory Entry,
Descent, and Landing System Overview |
|
2.1202 |
1435 |
Anita |
Sengupta |
Jet Propulsion Laboratory |
Results from the Mars Science
Laboratory Parachute Decelerator System Supersonic Qualification Program |
|
2.1203 |
1510 |
Michael |
Gazarik |
|
Overview of the MEDLI Project |
|
2.1204 |
1316 |
|
|
Jet Propulsion Laboratory |
|
|
2.1205 |
1524 |
Zachary |
Putnam |
Charles Stark Draper Laboratory |
|
|
2.1206 |
1038 |
|
Prakash |
Jet Propulsion Laboratory |
A Terminal Descent Sensor Trade
Study Overview for the Orion Landing and Recovery System |
|
2.1207 |
1419 |
Ian |
|
Georgia Institute of Technology |
Supersonic Inflatable Aerodynamic
Decelerators For Use on Future Robotic Missions to Mars |
|
2.1208 |
1246 |
Ashley |
Korzun |
Georgia Tech Space Systems Design
Lab |
A Survey of Supersonic Retropropulsion Technology for Mars Entry, Descent, and
Landing |
|
2.1301 |
1645 |
Corey |
Ippolito |
|
Polymorphic Control
Reconfiguration in an Autonomous UAV with UGV Collaboration |
|
2.1401 |
1486 |
James |
Lumpp |
|
The KySat
Space Express Sub-Orbital |
|
2.1402 |
1135 |
Armen |
Toorian |
NASA Jet Propulsion Laboratory |
The CubeSat
Approach to Space Access |
|
2.1403 |
1599 |
Perry |
Ballard |
DOD STP |
Post Shuttle Access to the ISS
for Payloads |
|
2.1404 |
1191 |
Steven |
Buckley |
AFRL/RVSV |
Utilizing Excess Capacity of
Current Launch Vehicles to Lift Secondary Payloads |
|
2.1405 |
1109 |
Bruce |
MacNeal |
Jet Propulsion Laboratory |
Form Follows Function: A
Pragmatic Approach to Access-To-Space for Space Technology Experiments |
|
2.1501 |
1644 |
Tye |
Brady |
Charles Stark Draper Laboratory,
Inc. |
Autonomous Landing and Hazard
Avoidance Technology (ALHAT) |
|
2.1502 |
1643 |
Steve |
Paschall |
Draper Laboratory |
A Self Contained Method for Safe
& Precise Lunar Landing |
|
2.1503 |
1642 |
Laura |
|
C.S. Draper Laboratory |
Human Interactive Landing Point Redesignation for Lunar Landing |
|
2.1504 |
1665 |
Uday |
Shankar |
|
Lunar Terrain Surface Modeling
for the ALHAT Program |
|
2.1505 |
1656 |
Andrew |
Johnson |
Jet Propulsion Laboratory |
Analysis of On-Board Hazard
Detection and Avoidance for Safe Lunar Landing |
|
2.1506 |
1657 |
Andrew |
Johnson |
Jet Propulsion Laboratory |
Overview of Terrain Relative
Navigation Approaches for Precise Lunar Landing |
|
2.1507 |
1646 |
Joseph Dewey |
|
|
Passive Optical Terrain Relative
Navigation Using APLNav |
|
3.0101 |
1056 |
Janice |
Rock |
US Army Aviation and Missile
Research and Development |
The Past, Present, and Future of
Electronically-Steerable Phased Arrays in Defense Applications |
|
3.0102 |
1231 |
Harmen |
Schippers |
National Aerospace Laboratory NLR |
Broadband Conformal Phased Array
with Optical Beam Forming for Airborne Satellite Communication |
|
3.0103 |
1606 |
Mark |
Gatti |
Jet Propulsion Laboratory |
A Phased Array Antenna for Deep
Space Communications |
|
3.0201 |
1031 |
Xiaoqin |
Hu |
|
Use of a Multipath Model in the
Meter-wave Radar Height-finding Applications |
|
3.0202 |
1022 |
|
Jones |
Jet Propulsion Laboratory |
Calibration of Antennas During
Construction or Expansion of Radio Arrays |
|
3.0203 |
1391 |
Victor |
Vilnrotter |
Jet Propulsion Laboratory |
Focal Plane Array Receiver for
Deep-Space Communication |
|
3.0204 |
1238 |
Geoff |
Andersen |
|
|
|
3.0301 |
1623 |
Suzanna |
|
Northrop Grumman Corporation |
Testing of Conventional Antennas
for High Altitude Airborne Cellular Base Stations |
|
3.0401 |
1221 |
Fei |
Zheng |
|
Conceptual Design of a New Huge
Deployable Antenna Structure for Space Application |
|
3.0402 |
1335 |
Reuben A. |
Farrugia |
|
Optimization of the UMTS Network
Radio Coverage On-board an Aircraft |
|
3.0403 |
1549 |
Vahraz |
Jamnejad |
Jet Propulsion Laboratory |
Microwave Power Beaming
Strategies for Fractionated Spacecraft Systems |
|
3.0501 |
1184 |
Randy |
Haupt |
|
An Adaptive Rectangular Microstrip Patch Antenna Array Element Using Photonic
Controls |
|
3.0502 |
1530 |
Hans |
Steyskal |
S4 Inc., c/o Air Force Research
Lab. /RYHA |
Digital Beamforming
Aspects of Wideband Circular Arrays |
|
3.0503 |
1671 |
Yikun |
Huang |
|
Design of a Dynamic Beamforming Antenna for Wimax
Radio Systems |
|
4.0101 |
1497 |
|
Noreen |
Jet Propulsion Laboratory |
Selecting Codes, Modulations,
Multiple Access Schemes and Link Protocols for Future NASA Missions |
|
4.0102 |
1575 |
John |
Wesdock |
ITT Corporation |
Formulation of Modulation
Recommendations for Future NASA Space Communications |
|
4.0103 |
1529 |
David |
Zillig |
Perot Systems |
Evaluation of Multiple Access
Techniques for Simultaneous Space Communications and Tracking |
|
4.0104 |
1453 |
Jon |
Hamkins |
JPL |
Formulation of Forward Error
Correction Coding Recommendations for Future NASA Space Communications |
|
4.0105 |
1550 |
Tommaso |
Rossi |
|
Future Perspectives for the New
European Data Relay System |
|
4.0106 |
1581 |
Daniel |
Allard |
Jet Propulsion Laboratory/Caltech |
Communications Across Complex
Space Networks |
|
4.0107 |
1042 |
Shervin |
Shambayati |
Jet Propulsion Laboratory |
Deep-Space Ka-band Link: Design,
Continuity and Completeness |
|
4.0108 |
1020 |
Jonathan |
Gal-Edd |
|
Evolution of the Lunar Network |
|
4.0109 |
1491 |
Todd |
Mosher |
MicroSat Systems |
An Evolvable Lunar Communication
and Navigation Constellation Concept |
|
4.0110 |
1595 |
Jeffrey |
Hayden |
|
Applying DoDAF
to NASA Orion |
|
4.0201 |
1160 |
Vassilis |
Tsaoussidis |
|
DS-TP: Deep-Space Transport
Protocol |
|
4.0202 |
1369 |
Sam |
Nguyen |
Jet Propulsion Laboratory |
Intelligibility and Space-based
Voice with Relaxed Delay Constraints |
|
4.0203 |
1264 |
Xiaofeng |
Wu |
|
Signal Routing in a Satellite
Sensor Network Using Optimisation Algorithms |
|
4.0204 |
1152 |
Jay |
Gao |
Jet Propulsion Laboratory |
Adaptive QoS
in 802.11e Wireless Networks for Lunar Communications |
|
4.0205 |
1169 |
Tudor |
Stoenescu |
JPL |
Traffic Modeling for NASA’s Space
Communications and Navigation (SCaN) Network |
|
4.0206 |
1333 |
John |
Segui |
Jet Propulsion Laboratory |
Demand Access Protocol Design and
Validation with SPIN |
|
4.0207 |
1647 |
Iftikhar |
Shahnawaz |
Linquest Corpn. |
Cost Overhead Analysis Associated
with Ipsec in the Next Generation Satellite Network |
|
4.0208 |
1132 |
Esther |
|
Jet Propulsion Laboratory |
Performance Characterization of
Space Communications and Navigation (SCaN) Network
by Simulation |
|
4.0209 |
1006 |
|
Pang |
Jet Propulsion Laboratory |
Assessing the Minimum Bandwidth
Requirement for Transmitting MPEG-4 over Space |
|
4.0210 |
1628 |
Mahyar |
Malekpour |
NASA-LaRC |
Verification of a
Byzantine-Fault-Tolerant Self-Stabilizing Protocol for Clock Synchronization |
|
4.0217 |
1067 |
Paul |
Wiedemeier |
The |
Transmitting Medical Imagery over
2-Meter Amateur Packet Radio Networks using TCP Reno and UDP |
|
4.0218 |
1356 |
David |
|
NASA/GSFC |
The GSFC Communications,
Standards, and Technology Laboratory (CSTL) |
|
4.0301 |
1079 |
Charles |
Lee |
Jet Propulsion Lab |
On the Optimal Extension of
Ground Network Stations to Support NASA’s Lunar Exploration |
|
4.0302 |
1543 |
Clint |
Sanders |
Architecture Technology
Corporation |
Geographically Targeted
Information Dissemination System (GeoTIDeS) |
|
4.0303 |
1414 |
Terita |
Norton |
The Aerospace Corporation |
Development of Reprogrammable
High Frame-Rate Detector Devices for Laser Communication Pointing,
Acquisition and Tracking |
|
4.0304 |
1561 |
Donald |
Mitchell |
GSI Group |
A Radiation-Hardened,
High-Resolution Optical Encoder for Use in Aerospace Applications |
|
4.0305 |
1617 |
Mori |
Fatehi |
Booz Allen Hamilton |
A Study of the Relative Speed and
Doppler Effects in Space-Based Networks |
|
4.0306 |
1383 |
Kirk |
Swanson |
Architecture Technology Corp |
Hardware-in-the-Loop Emulation of
|
|
4.0308 |
1188 |
Willie |
Thompson |
NASA |
Adaptive Power Control for Space
Communications |
|
4.0401 |
1336 |
Patrick |
Stadter |
JHU/Applied Physics Laboratory |
A Weak-signal GPS Architecture
for Lunar Navigation and Communication Systems |
|
4.0601 |
1044 |
Walid |
Majid |
Jet Propulsion Laboratory |
Same Beam Tracking with the
Proposed DSN Array Using Calibration Signal from Multiple Sources |
|
4.0602 |
1029 |
Walid |
Majid |
JPL/Caltech |
Precision Spacecraft Tracking
Using In-Beam Phase Referencing |
|
4.0603 |
1630 |
Karl |
Fielhauer |
JHU/APL |
MESSENGER Spacecraft In-flight
Experiments: Science Return Improvement Techniques |
|
4.0701 |
1436 |
Richard |
Orr |
SATEL LLC |
Combined GMSK Modulation and PN
Ranging for Communications and Navigation |
|
4.0702 |
1478 |
Srinivasa |
Raghavan |
The Aerospace Corporation |
8175–8215 MHz MILSATCOM Band for
the GOES-R PDU Signal and the 8025–8400 MHz Band for the SD Downlink |
|
4.0703 |
1448 |
Mohammad Hasan |
Toufighi |
KNTU |
Conceptual Design of Multi-Domain
Dynamics for Actuation Systems Using a Bond Graph Automated Procedure |
|
4.0704 |
1084 |
Lahcene |
HADJ ABDERRAHMANE |
National Centre of Space
Techniques |
Design of an Adaptive
Communication System for Implementation on Board a Future Algerian LEO
Satellite |
|
4.0801 |
1007 |
Gregory |
Mayhew |
|
Convolutional Codes Using Nonlinear Generators for Rate One-half and
Memory Order Four |
|
4.0802 |
1032 |
Zlydareva |
Olga |
|
Multi-Standard WIMAX/UMTS System
Framework Based on SDR |
|
4.0803 |
1353 |
James |
Vian |
MIT |
Test Platform for Millimeter-wave
Amplifier Linearity Characterization |
|
4.0804 |
1352 |
Patrick |
|
MIT |
Comparison of Single-Tone and
Spectrally-Confined Waveform Performance in Millimeter-Wave Amplifiers |
|
4.0805 |
1457 |
Gregory |
Mayhew |
|
Convolutional Codes Using Nonlinear Generators for Rate One-third and
Memory Order Four |
|
4.0901 |
1046 |
Robert |
Monzingo |
Aerospace Corp. |
Multipath Effects in GPS
Receivers with Correlation Operations |
|
4.0902 |
1009 |
Samira |
Roshany Yamchi |
|
Comparison of Parameter
Estimation in Frequency and Time Domain by Motion’s Signal Processing |
|
4.0903 |
1033 |
Rajendra |
Kumar |
The Aerospace Corporation |
A High-Order Analysis of the
Distortion Effects of Nonlinear Amplifiers on CDMA Signals |
|
4.0904 |
1574 |
Rajendra |
Kumar |
The Aerospace Corporation |
Novel Adaptive Receiver for
Multilevel Quadrature Amplitude Modulated Signals |
|
4.0905 |
1627 |
Ameesh |
Pandya |
Booz Allen Hamilton |
Goodput and Delay in Networks with Controlled Mobility |
|
4.0906 |
1605 |
Evans |
Scott |
GE Research |
Quality of Service In Wireless
Sensor Networks through the Connectionless Scheduling Protocol |
|
4.1001 |
1039 |
Leo |
Mallette |
The Boeing Company |
An Introduction to Satellite
Based Atomic Frequency Standards |
|
4.1002 |
1016 |
Mariagrazia |
Spada |
|
GNSS Optimizing Intercontinental
Liberalization Of Air Transport |
|
4.1101 |
1443 |
Eric |
McDonald |
The Aerospace Corporation |
Runtime FPGA Partial
Reconfiguration |
|
4.1102 |
1521 |
Mohiuddin |
Ahmed |
HRL Laboratories, LCL |
Design of Digital TDRSS Waveform
Equivalent Suitable for Software Defined Radio Implementation |
|
4.1103 |
1466 |
|
Grayver |
The Aerospace Corporation |
Application-layer Codec
Adaptation for Dynamic Bandwidth Resource Allocation |
|
4.1104 |
1140 |
Esteban |
Valles |
The Aerospace Corporation |
Constellation Design for Improved
Iterative LDPC Decoding |
|
4.1105 |
1668 |
Feng |
Ge |
Virginia Tech |
Cognitive Radio: From Spectrum
Sharing to Adaptive Learning and Reconfiguration |
|
4.1106 |
1278 |
Yefim |
Poberezhskiy |
SAIC |
Signal Reconstruction in Digital
Transmitter Drives |
|
4.1201 |
1071 |
William |
Ivancic |
|
Problems with Deployment of
Multi-Domained, Multi-Homed |
|
4.1202 |
1662 |
Anurag |
Ganguli |
UtopiaCompression Corporation |
Towards a |
|
4.1203 |
1054 |
Robert |
Kerczewski |
|
Technology Assessment Results of
the Eurocontrol/FAA Future Communications Study |
|
4.1301 |
1086 |
Richard |
Martin |
Air Force Institute of Technology |
Multicarrier Modulation as a
Navigation Signal of |
|
4.1302 |
1664 |
Esmaeil |
Naderi |
|
A New Scheduling Strategy for
Aircraft Landings under Dynamic Position Shifting |
|
5.0101 |
1268 |
Charles |
Norton |
Jet Propulsion Laboratory |
Model-Based Verification and
Validation of Component Structures for RF and Optical Experimental Systems |
|
5.0201 |
1511 |
David |
Tratt |
The Aerospace Corporation |
Promoting Robust Design of Diode
Lasers for Space: A National Initiative |
|
5.0202 |
1386 |
|
Choquette |
|
Advances in Coherent
2-Dimensional Vertical Cavity Laser Arrays |
|
5.0401 |
1438 |
Robert |
Green |
Jet Propulsion Laboratory |
Moon Mineralogy Mapper Imaging Spectrometer Science Measurements |
|
5.0402 |
1659 |
Robert |
Magnusson |
|
Tunable Leaky-Mode MEMS Filters
for Multispectral Imaging Applications |
|
5.0504 |
1036 |
Wenqin |
Wang |
University of Electronic Science
and Technology of |
Baseline Estimation in
Distributed Spaceborne Interferometry
SAR Systems |
|
5.0601 |
1553 |
Joseph |
Marron |
Lockheed Martin Coherent
Technologies |
Multi-Aperture 3D Imaging Systems |
|
5.0602 |
1540 |
Syed |
Ismail |
NASA Langley Research center |
Development of Laser, Detector,
and Receiver Systems for an Atmospheric CO2 Lidar
Profiling System |
|
5.0603 |
1257 |
Graham |
Allan |
Sigma Space/NASA Goddard Space
Flight Center |
Laser Sounder for Active Remote
Sensing Measurements of CO2 Concentrations |
|
5.0604 |
1465 |
Mark |
Stephen |
NASA-GSFC |
Oxygen Spectroscopy Laser
Sounding Instrument for Remote Sensing of Atmospheric Pressure |
|
5.0605 |
1584 |
James |
Spinhirne |
|
Performance of the GLAS Satellite
Lidar Cloud and Aerosol Measurements |
|
5.0606 |
1559 |
Edwin |
Eloranta |
|
The Design and Construction of an
Airborne High Spectral Resolution Lidar |
|
5.0608 |
1094 |
Carl Christian |
Liebe |
Jet Propulsion Laboratory,
California Institute of Technology |
Optical Metrology System for
Radar Phase Correction on Large Flexible Structure |
|
5.0701 |
1082 |
Daniel |
LeMaster |
Air Force Institute of Technology |
A Comparison of Template Matching
Registration Methods for Polarimetric Imagery |
|
5.0702 |
1080 |
Tamal |
Bose |
Virginia Tech |
Novel Algorithms for Optimal
Compression Using Classification Metrics |
|
5.0703 |
1105 |
Matthew |
Sambora |
Air Force Institute of Technology |
Improving the Performance of
Projection-Based Image Registration |
|
5.0704 |
1363 |
Michael |
Peterson |
|
Improving Image Resolution with
Edge-Targed Filter Evolution |
|
5.0705 |
1476 |
Chow Jeng |
Wong |
Universiti Sains |
Improvement on Masking and
Flagging Technique on Reducing SST Residual |
|
5.0706 |
1485 |
Chow Jeng |
Wong |
Universiti Sains |
Development of Air Quality
Monitoring Remote Sensor Using a Digital SLR Camera |
|
5.0707 |
1467 |
Chow-Jeng |
Wong |
Universiti Sains |
Aerosol Retrieval at |
|
5.0710 |
1093 |
Carl |
Liebe |
Jet Propulsion Laboratory |
Sun Imaging though the Martian
Atmosphere |
|
6.0101 |
1232 |
Dmitriy |
Bekker |
JPL / Rochester Institute of
Technology |
A Hybrid-FPGA System for On-Board
Data Processing Targeting the MATMOS FTIR Instrument |
|
6.0201 |
1495 |
James |
Carswell |
Remote Sensing Solutions |
A High Altitude Airborne Wind
Mapping Radar |
|
6.0202 |
1421 |
alan |
tanner |
jpl |
GeoSTAR Performance Demonstration |
|
6.0203 |
1200 |
Paula |
Pingree |
JPL |
Microwave Radiometers from 0.6 to
22 GHz for Juno, A Polar Orbiter around Jupiter |
|
6.0204 |
1490 |
Neil |
Chamberlain |
Jet Propulsion Lab |
The UAVSAR Transmit / Receive
Module |
|
6.0205 |
1179 |
Pekka |
Kangaslahti |
Jet Propulsion Laboratory |
Broadband Characterization of a
100 to 180 GHz Amplifier |
|
6.0209 |
1027 |
Wenqin |
Wang |
University of Electronic Science
and Technology of |
Design of Frequency Synthesizer
for Synchronizing Airborne Bistatic SAR Systems |
|
6.0210 |
1127 |
Rathi |
Aparna |
Electronics and Radar Development
Establishment, |
A Framework to Optimize Radar
Resource Allocation for Multi-Target Tracking in ESA Radars |
|
6.0301 |
1378 |
J. Kent |
Wallace |
Jet Propulsion Laboratory |
Preliminary Results from an Interferometric Post-Coronagraph Wave Front Sensor |
|
6.0302 |
1374 |
Renaud |
Goullioud |
Jet Propulsion Lab |
Looking for Earth-like Planets
with the SIM Planet Quest Light Mission |
|
6.0303 |
1454 |
Stefan |
Martin |
Jet Propulsion Lab |
Design Study for a Planet-Finding
Space Interferometer |
|
6.0501 |
1201 |
Robert S. |
Lynch |
Senior Research Scientist, Signal
Processing Branch |
Multi-scale Modeling Approach for
Detecting Low Observable Targets within Sea Clutter |
|
6.0502 |
1362 |
Robert |
Lynch |
Naval Undersea |
Information Embedding in Sonar
for Authentication and Identification |
|
6.0503 |
1070 |
David |
Cousins |
BBN Technologies |
Underwater Model-Based Processing
for SLAM and Environment Characterization |
|
6.0601 |
1425 |
Peter |
Zulch |
AFRL |
Performance Metric Issues for
Space Time Adaptive Processing Methods |
|
6.0602 |
1308 |
Diego |
Cristallini |
Dept. INFOCOM - |
Dual channel adaptive antenna nulling with auxiliary selection for spaceborne
radar |
|
6.0603 |
1392 |
Jameson |
Bergin |
ISL |
MIMO Phased-Array for SMTI Radar |
|
6.0604 |
1417 |
Ahmed |
|
Faculty of ENGINEERING |
Adaptive Threshold Mapping
Technique for Moving Target Detector in Modern Radar |
|
6.0605 |
1095 |
Robert |
Penno |
|
Development of the Two D Wall for
Simulation of Glint from Atmospheric Propagation and Multipath |
|
6.0606 |
1125 |
Wenchong |
XIE |
|
Study on STAP in Non-homogeneous
Clutter Environment |
|
6.0701 |
1591 |
Andy |
Register |
Georgia Tech Research Institute |
Using Measured RCS in a Serial,
Decentralized Fusion Approach to Radar-Target Classification |
|
6.0702 |
1193 |
Michael |
Turnbaugh |
Air Force Institute of Technology |
HRR Signature Classification
using Syntactic Pattern Recognition |
|
6.0703 |
1273 |
Wolfgang |
Fink |
Caltech |
Automated Global Feature Analyzer
– A Driver for Tier-Scalable Reconnaissance |
|
6.0704 |
1461 |
David |
|
|
Bayesian Extreme Value Statistics
for Novelty Detection in Gas-Turbine Engines |
|
6.0705 |
1631 |
David |
Stoker |
The Aerospace Corporation |
Daytime Lidar
Characterization of Subvisual Cirrus Layers |
|
6.0706 |
1214 |
Fumihiro |
Hasegawa |
|
A Novel Precoder
Design for OFDM Receivers in Unknown Fading Channels |
|
6.0707 |
1227 |
|
Giompapa |
|
Naval Target Classification Based
on the Confusion Matrix |
|
6.0708 |
1035 |
Peter |
Willett |
|
Efficient GLRTs
via SPRTs for Gravitational Wave Detection |
|
6.0709 |
1679 |
Yahya |
Golestani |
The Aerospace Corporation |
Optimized Bernoulli Trial
Technique for M Out of N Binary Integration of Radar Signals |
|
6.0710 |
1258 |
Alex |
Wang |
|
Modeling and Interpretation of
Multifunction Radars with Stochastic Grammar |
|
6.0801 |
1142 |
Dimitri |
Papageorgiou |
The Raytheon Company |
Simultaneous Track-to-Track
Association and Bias Removal Using Multistart Local
Search |
|
6.0802 |
1354 |
Xi |
Hu |
|
Sensor Selection for Multiple
Sensor Emitter Location Systems |
|
6.0803 |
1187 |
Genshe |
Chen |
Intelligent Automation, Inc. |
Image Quality Measures for
Predicting Automatic Target Recognition Performance |
|
6.0804 |
1675 |
Nargess |
Memarsadeghi |
NASA GSFC |
Efficient Kriging
via Fast Matrix-Vector Products. |
|
6.0805 |
1248 |
Atif |
Mirza |
Booz Allen Hamilton |
Data Fusion Architectures for
Sensor Platforms |
|
6.0901 |
1034 |
Peter |
Willett |
|
Detecting and Tracking Separating
Objects Using Direct Monopulse Measurements |
|
6.0902 |
1217 |
Huilong |
Zhang |
IMB, UMR 5251, Universite Bordeaux 1 |
Grid Based Solution of Zakai Equation with Adaptive Local Refinement for
Bearings-only Tracking |
|
6.0903 |
1220 |
Evangeline |
Pollard |
ONERA |
Improvement of Multiple Ground
Targets Tracking with GMTI Sensor and Fusion of Identification Attributes |
|
6.0904 |
1390 |
Genshe |
Chen |
Intelligent Automation, Inc. |
Multi-Missile Interception
Integrating New Guidance Law and Game Theoretic Resource Management |
|
6.0905 |
1172 |
Tod |
Luginbuhl |
Naval Undersea |
Accurate Likelihood Evaluation
for Multiple Model PMHT Algorithms |
|
6.0906 |
1108 |
Dann |
Laneuville |
DCNS |
Recursive Bearings-Only TMA via
Unscented Kalman Filter: Cartesian vs. Modified
Polar Coordinates |
|
6.0911 |
1102 |
Veeraraghavan |
Sahasranaman |
Electronics and Radar Development
Establishment, |
Turn Rate Estimation Techniques
in IMM Estimators for ESA Radar Tracking |
|
6.1001 |
1103 |
David |
Tornqvist |
Automatic Control |
Utilizing Model Structure for
Efficient Simultaneous Localization and Mapping for a UAV Application |
|
6.1002 |
1154 |
Audrey |
Giremus |
IMS Laboratory |
Detection and Compensation of
Landmark Errors in |
|
6.1003 |
1163 |
Monica |
Bugallo |
Stony Brook University |
Target Tracking by a New Class of
Cost-Reference Particle Filters |
|
6.1004 |
1226 |
Sze Kim |
Pang |
|
Models and Algorithms for
Detection and Tracking of Coordinated Groups |
|
6.1005 |
1242 |
Ioannis |
Kyriakides |
|
Using a Configurable Integrated
Sensing and Processing Imager to Track Multiple Targets |
|
6.1101 |
1547 |
Simon |
Woo |
Jet Propulsion Laboratory |
A Simulation Tool for ASCTA Microsensor Network Architecture |
|
6.1102 |
1137 |
qiang |
le |
|
Energy-Aware Node Selection for
Localization |
|
6.1201 |
1324 |
|
Hilliard |
NASA-Goddard |
Development of Coherent,
Expandable, Reconfigurable Instrument Node ( |
|
6.1202 |
1364 |
Robert |
Morris |
|
Coordinated Data Acquisition on
Sensor Webs |
|
6.1203 |
1254 |
Michael |
Burl |
Jet Propulsion Laboratory,
California Institute of Technology |
Adaptive Sky: A Feature
Correspondence Toolbox for a Multi-Instrument, Multi-Platform Distributed
Cloud Monitoring Sensor Web |
|
6.1204 |
1143 |
Yudong |
Tian |
GEST/UMBC |
Integrating Sensor Webs with
Modeling and Data-assimilation Applications: An SOA Implementation |
|
6.1205 |
1224 |
Andrea |
Donnellan |
Jet Propulsion Laboratory |
QuakeSim: Efficient Modeling of Sensor Web Data in a Web Services
Environment |
|
6.1206 |
1314 |
Charles |
|
Computational Physics, Inc. |
A Meta-Model for Generalized
Algorithm and Model Enablement of Sensor Web Applications |
|
6.1207 |
1295 |
Costas |
Tsatsoulis |
|
Using a Contract Net to
Dynamically Configure Sensor Webs |
|
6.1208 |
1180 |
Ashley |
Davies |
JPL |
Rapid Response to Volcanic
Eruptions with an Autonomous Sensor Web |
|
6.1209 |
1144 |
WenZhan |
Song |
|
Optimized Autonomous Space
In-situ Sensor-Web for Volcano Monitoring |
|
6.1210 |
1282 |
Karen |
Moe |
|
Sensor Web Technologies for NASA
Earth Science |
|
6.1211 |
1348 |
Ashit |
Talukder |
Jet Propulsion Laboratory |
Autonomous Adaptive Resource
Management in Sensor Network Systems for Environmental Monitoring |
|
6.1212 |
1293 |
Alberto |
Elfes |
JPL |
The Telesupervised
Adaptive Ocean Sensor Fleet Architecture |
|
7.0101 |
1560 |
Richard |
Berger |
BAE Systems |
The RAD6000MCTM System-on-Chip
Microcontroller for Spacecraft Avionics and Instrument Control |
|
7.0102 |
1158 |
frederic |
pinsard |
CEA |
High Resolution Time
Synchronization over SpaceWire Links |
|
7.0201 |
1303 |
LEONARD |
ROCKETT |
BAE SYSTEMS |
Radiation Hardened 150nm Standard
Cell ASIC Design Library for Space Applications |
|
7.0202 |
1505 |
Michael |
Lovellette |
Naval Research Laboratory |
High Energy Gamma-rays and Modern
Electronics |
|
7.0203 |
1663 |
Daqi |
Li |
|
A Fast K-Means Clustering
Algorithm Based on Grid Data Reduction |
|
7.0401 |
1503 |
Clint |
Patrick |
NASA/MSFC |
Reconfigurable Computing Concepts
for Space Missions: Universal Modular Spares |
|
7.0402 |
1450 |
Alexander |
|
Jet Propulsion Laboratory |
Component-Based, Run-Time Flight
Software Modification |
|
7.0403 |
1416 |
Adam |
Jacobs |
|
Multiparadigm Space Processing for Hyperspectral
Imaging |
|
7.0404 |
1202 |
Ian |
Troxel |
SEAKR Engineering, Inc. |
Achieving Multipurpose Space
Imaging with the ARTEMIS Reconfigurable Payload Processor |
|
7.0405 |
1255 |
Jonathan |
Johnson |
|
Using Duplication with Compare
for On-line Error Detection in FPGA-based Designs |
|
7.0406 |
1256 |
Jonathan |
Heiner |
|
Fault Tolerant ICAP Controller
for High-Reliable Internal Scrubbing |
|
7.0407 |
1317 |
|
Rezgui |
ACTEL Corporation |
New Reprogrammable and
Non-Volatile Radiation Tolerant FPGA: RTA3P |
|
7.0408 |
1345 |
Ameet |
Chavan |
915-747-6090 |
Ultra Low Voltage Level Shifters
to Interface Sub and Super Threshold Reconfigurable Logic Cells |
|
7.0409 |
1681 |
|
STOICA |
JET PROPULSION LABORATORY |
Progress in the Development of
Field Programmable Analog Arrays for Space Applications |
|
7.0410 |
1155 |
Grant |
Wigley |
|
Bushfire Hotspot Detection
Through Uninhabited Aerial Vehicles and Reconfigurable Computing |
|
7.0601 |
1337 |
Robert |
Osiander |
The |
Wafer Scale Integration Enabling
Space Science |
|
7.0602 |
1439 |
Ivair |
Gontijo |
Jet Propulsion Lab |
High Speed RF Packaging Design
and Fabrication for Ka-Band Radar Systems |
|
7.0603 |
1118 |
Donald |
Schatzel |
Jet Propulsion Laboratory |
Flip Chip Reliability on
Dynamically Loaded Multi-Functional Spacecraft Structures |
|
7.0604 |
1123 |
Carissa |
Tudryn |
Jet Propulsion Laboratory |
Survivability of Flip Chips Using
PCBs with Carbon Fiber in a Fatigue Environment |
|
7.0605 |
1624 |
Janet |
Lumpp |
|
Electrically Conductive Carbon Nanotube Adhesives on Lead Free Printed Circuit Board
Surface Finishes |
|
7.0606 |
1357 |
Daniel |
Choi |
|
Copper Nanotubes
for Packaging Applications |
|
7.0801 |
1473 |
Eric |
Rice |
Jet Propulsion Laboratory |
Optimized Spacecraft Fault
Protection for the WISE |
|
7.0802 |
1451 |
Todd |
Bayer |
NASA Jet Propulsion Laboratory,
California Institute of Technology |
In-Flight Anomalies and Lessons
Learned from the Mars Reconnaissance Orbiter |
|
7.0803 |
1228 |
Gregory |
Horvath |
Jet Propulsion Laboratory |
Automated Generation and
Assessment of Autonomous Systems Test Cases |
|
7.0804 |
1134 |
Brian |
Bauer |
Johns |
Lights-Out Scenario Testing for
the New Horizons Autonomous Operations Subsystem |
|
7.0805 |
1634 |
Zhanshan (Sam) |
Ma |
|
Bio-Robustness and Fault
Tolerance -- A New Perspective… |
|
7.0806 |
1602 |
Michael |
Lyu |
|
Developing Aerospace Applications
with a Reliable Web Services Paradigm |
|
7.0807 |
1613 |
Didier |
Keymeulen |
JPL |
Control of MEMS Disc Resonance
Gyroscope (DRG) using a FPGA Platform |
|
7.0901 |
1113 |
John |
Cressler |
Georgia Tech |
Silicon-Germanium as an Enabling
IC Technology for Extreme Environment Electronics |
|
7.0902 |
1146 |
Marcelo |
Schupbach |
Arkansas Power Electronics
International, Inc. |
Ultra-Wide Temperature (-230 °C
to 130 °C) |
|
7.0903 |
1445 |
Yuan |
Chen |
JPL |
Design and Qualification
Methodology for a Successful Technology Infusion for a Wide Temperature
Op-Amp |
|
7.0904 |
1437 |
Linda |
Del Castillo |
Jet Propulsion Laboratory |
Extreme Temperature Sensing
System for Venus Surface Missions |
|
7.0905 |
1652 |
Richard |
Berger |
BAE Systems |
Miniaturized Data Acquisition
System for Extreme Temperature Environments |
|
7.1001 |
1018 |
Mohamed |
Zayan |
NileSat Company (Egyptian Radio and T.V. Union) |
Orbits Design for Remote Sensing
Satellite |
|
7.1002 |
1060 |
Lin |
Huang |
|
Attitude-Independent Geomagnetic
Navigation Using Onboard Complete Three-Axis Magnetometer Calibration |
|
8.0101 |
1062 |
Brian |
Muirhead |
Jet Propulsion Laboratory |
Constellation Major Technical
Challenges of 2007 |
|
8.0102 |
1162 |
Dennis |
Webb |
NASA, JSC |
Constellation Program |
|
8.0103 |
1384 |
Daniel |
Mazanek |
|
Descent Assisted |
|
8.0104 |
1555 |
Stephen |
Cook |
Ares Projects Office |
The Next Giant Leap: NASA`s Ares Launch Vehicles Overview |
|
8.0105 |
1589 |
Timothy |
Self |
Self & Associates Inc. |
Ares Launch Vehicles Lean
Practices Case Study |
|
8.0201 |
1536 |
James |
Powell |
James Powell |
Maglev Launch and the Next Race
to Space |
|
8.0301 |
1377 |
Brian |
Wilcox |
Jet Propulsion Laboratory |
Low-Cost Propellant Launch to
Earth Orbit from a Tethered Balloon – an Update |
|
8.0302 |
1580 |
Barbara |
Sorensen |
US Air Force Research Laboratory |
Training and Tactical
Operationally Responsive Space (ORS) Operations (TATOO) |
|
8.0401 |
1563 |
Jeff |
Summers |
MicroSat Systems |
SpaceWire for Operationally Responsive Space |
|
8.0402 |
1564 |
Kenneth |
Center |
Design_Net Engineering |
Developing the Process Tools and
Software Architecture for the PnPSat Initiative |
|
8.0403 |
1573 |
|
Boncyk |
Design_Net Engineering, LLC |
Developing a Distributed Power
and Grounding Architecture for PnPSat |
|
8.0404 |
1586 |
Paul |
Graven |
Microcosm, Inc. |
Implementing Plug-and-Play ADCS
to Support Operationally Responsive Space |
|
8.0405 |
1578 |
Sam |
Minger |
SEAKR Engineering |
Programmable Satellite
Transceiver for Responsive Space |
|
8.0501 |
1251 |
Dimitry |
Gorinevsky |
|
Fault Tolerance of Relative
Navigation Sensing in Docking Approach of Spacecraft |
|
8.0502 |
1284 |
Linda |
Brewster |
NASA MSFC |
Multi-Sensor Testing for
Automated Rendezvous and Docking Sensor Testing at the Flight Robotics Lab |
|
8.0503 |
1376 |
Brian |
Wilcox |
Jet Propulsion Laboratory |
ATHLETE: An Option for |
|
8.0504 |
1342 |
Carlos |
Garcia-Galan |
NASA |
Operational Lessons Learned for
Systems Management and Automation on Manned Spacecraft |
|
8.0505 |
1291 |
Ram |
Tripathi |
|
Mars Radiation Risk Assessment
and Shielding Design for Long-Term Exposure |
|
8.0601 |
1538 |
|
Comstock |
NASA Headquarters |
Technology Development and
Infusion from NASA`s Innovative Partnerships
Program |
|
8.0801 |
1552 |
John |
Ringelberg |
Lockheed Martin |
Approach and Capture for
Autonomous Rendezvous and Docking |
|
8.0802 |
1131 |
Stephane |
Ruel |
Neptec Design Group |
Target Localization from 3D data
for On-Orbit Autonomous Rendezvous & Docking |
|
8.0803 |
1493 |
Scott |
Christiansen |
Starsys, Inc. |
Docking System for Autonomous,
Un-manned Docking Operations |
|
8.0804 |
1672 |
Linda |
Brewster |
NASA - |
Orbital Express Advanced Video
Guidance Sensor |
|
8.0805 |
1539 |
Jimmie |
Johnson |
NASA |
Next Generation Advanced Video
Guidance Sensor |
|
8.1001 |
1004 |
Kasemsan |
Siri |
The Aerospace Corporation |
Independently-Sourced
Series-Input Connected Converters with Uniform Current-Sharing |
|
8.1101 |
1351 |
Ashit |
Talukder |
Jet Propulsion Laboratory |
Automated Cyclone Identification
From Remote QuikSCAT Satellite Data |
|
8.1102 |
1230 |
Paula |
Pingree |
JPL |
Implementing Legacy-C Algorithms
in FPGA Co-Processors for Performance Accelerated Smart Payloads |
|
8.1103 |
1449 |
Rebecca |
Castano |
JPL |
Experiments in Onboard Rover
Traverse Science |
|
8.1104 |
1189 |
Seungwon |
Lee |
Jet Propulsion Laboratory |
Autonomous Calibration of Vehicle
Cabin Atmosphere Monitor |
|
8.1105 |
1327 |
Benjamin |
Bornstein |
Jet Propulsion Laboratory |
Autonomous Identification and
Quantification of Chemical Species with VCAM for use Onboard the ISS |
|
8.1201 |
1249 |
Lyle |
Jenkins |
Jenkins Enterprises |
Atmospheric Heating as a Research
Tool: Link to Space-Based Solar Power |
|
8.1202 |
1210 |
Richard |
Alena |
|
Wireless Avionics and Human
Interfaces for Inflatable Spacecraft |
|
8.1203 |
1388 |
Keith |
Nicewarner |
SpaceDev, Inc. |
A New Spacecraft Software
Development Paradigm Enabled by High-Performance Commercial Processors |
|
8.1204 |
1568 |
Hossein |
Bonyan khamseh |
|
Equatorial Low-Earth Orbits for
Missions Concerning the African Continent |
|
8.1301 |
1164 |
Claudio |
Passerone |
Politecnico di Torino |
Design Solutions for a University
Nano-satellite |
|
8.1302 |
1397 |
William |
|
SpaceDev |
A Low-Cost, Responsive Microsat Bus Utilizing COTS Parts and Components |
|
8.1303 |
1398 |
Jeanette |
Arrigo |
SpaceDev |
A Compact Power Controller for Microsat Applications |
|
8.1401 |
1207 |
John |
Gallon |
JPL/NASA |
Mars Science Laboratory Roll
Control System Thruster Seals |
|
8.1402 |
1204 |
Jake |
Quicksall |
JPL/NASA |
Guide Rails for Linear Separation
of Powered Descent Vehicle from Mars Science Laboratory Backshell |
|
8.1403 |
1208 |
John |
Gallon |
JPL/NASA |
Testing and Analysis of
Separation Joints for Mars Science Laboratory |
|
8.1404 |
1209 |
Eric |
Roberts |
JPL/NASA |
Mars Science Laboratory Heat
Rejection System (HRS) Tubing Retractor |
|
8.1405 |
1110 |
Michael |
Shafer |
Jet Propulsion Laboratory |
Passive Management of Deployable
Cordage During and After MSL Touchdown |
|
8.1406 |
1410 |
Chris |
Gerace |
|
Implementation of a Whole
Spacecraft Isolation System for the OSTM/Jason 2 |
|
8.1407 |
1168 |
Neil |
Dahya |
Jet Propulsion Laboratory |
Design and Fabrication of the
Cruise Stage Spacecraft for MSL |
|
8.1408 |
1283 |
Jennifer |
Knight |
Jet Propulsion Laboratory |
Mars Science Laboratory – Backshell Interface Plate and Parachute Support Structure
Subsystem |
|
8.1409 |
1431 |
Brant |
Cook |
Jet Propulsion Laboratory |
Direct Drive Precision Linear
Actuator for Space Interferometry |
|
8.1410 |
1030 |
Michael |
Gradziel |
Jet Propulsion Laboratory |
Mechanisms for Lowering Tethered
Payloads: Lessons Learned from the Mars Exploration Program |
|
8.1411 |
1670 |
Bruno |
Jau |
Jet Propulsion Laboratory |
Mechanical Description of the
Mars Climate Sounder Instrument |
|
8.1501 |
1481 |
Tibor |
Kremic |
|
NASA’s In-Space Propulsion
Technology Project Overview and Mission Applicability |
|
8.1502 |
1447 |
Michelle |
Munk |
|
Aerocapture Technology Development Overview |