2007 IEEE Aerospace
Conference Papers with Presenter and Title
|
Paper |
# |
Presenter First |
Presenter Last |
Organization |
Paper Title |
|
10.0101 |
1194 |
Iris |
Morschhäuser |
Fraunhofer Center for
Experimental Software Engineneering |
Model-Based Verification and
Validation Integrated with Software Architecture Analysis: A Feasibility
Study |
|
10.0102 |
1123 |
William |
Stratton |
Johns Hopkins University /
Applied Physics Lab |
Technology Infusion of the SAVE
Tool and Process into the Common Ground Software Development Process |
|
10.0103 |
1601 |
Constance |
Heitmeyer |
Naval Research Laboratory |
Applying formal requirements
methods to three NASA systems: Lessons learned |
|
10.0104 |
1238 |
Link |
Jaw |
Scientific Monitoring, Inc. |
Verification of Flight Software
with Karnough Map-based Checking |
|
10.0105 |
1689 |
Johann |
Schumann |
RIACS/NASA Ames |
Tools and Methods for the
Verification and Validation of Adaptive Aircraft Control Systems |
|
10.0106 |
1264 |
Lawrence |
Markosian |
QSS Group, Inc. |
Program Model Checking NASA
Flight Software |
|
10.0107 |
1346 |
Julian |
Richardson |
RIACS |
Deriving Verification and
Validation Strategies |
|
10.0201 |
1546 |
Dan |
Fu |
Stottler Henke Associates, Inc.
(SHAI) |
An AI Modeling Tool for Designers
and Developers |
|
10.0202 |
1198 |
Gautam |
Biswas |
Vanderbilt University |
A Multi-agent Architecture
Provides Smart Sensing for the NASA Sensor Web |
|
10.0301 |
1373 |
Genshe |
Chen |
Intelligent Automation, Inc. |
Game-Theoretic Modeling and
Control of Military Air Operations with Retaliatory Civilians |
|
10.0302 |
1418 |
Xiaoying |
Zhang |
College of Electric Power, South
China University |
Calculation of the Infrared
Characteristics of the Nozzle of Rocket Engine with the Narrow-Band Zone
Model |
|
10.0401 |
1085 |
David |
Maluf |
NASA |
Searching Across the
International Space Station Databases |
|
10.0501 |
1676 |
Kevin |
Martin |
HRL Laboratories |
WebOnWorld: Geo-coded Video and
Spatial Audio in Vehicles |
|
10.0701 |
1220 |
John W. |
Lockwood |
Washignton University in St.
Louis |
Streaming Hierarchical Clustering
for Concept Mining |
|
10.0702 |
1281 |
James |
Moscola |
Washington University in St.
Louis |
Hardware-Accelerated Parser For
Extraction Of Metadata In Semantic Network Content |
|
10.0703 |
1192 |
Aaron |
Mannes |
MINDSWAP |
Ontology Building: A Terrorism
Specialists Perspective |
|
10.0704 |
1190 |
Aaron |
Mannes |
MINDSWAP |
Building a Semantic Web Portal
for Counter Terror Analysis |
|
10.0705 |
1458 |
Michael |
Howard |
HRL Laboratories, LLC |
RAPSODI Adversarial Reasoner |
|
10.0706 |
1694 |
Satnam |
Singh |
University of Connecticut |
Anomaly Detection via
Feature-Aided Tracking and Hidden Markov Models |
|
10.0801 |
1165 |
John |
Lockwood |
Washington University |
Sensitivity Analysis of Gigabit
Concept Mining System |
|
10.0802 |
1144 |
Andrew |
Eick |
SSS Research, Inc. |
A Thin Client Framework for
Visualizing Document Clustering and Classification |
|
10.0803 |
1374 |
Genshe |
Chen |
Intelligent Automation, Inc. |
An Adaptive Markov Game Model for
Threat Intent Inference |
|
10.0901 |
1544 |
Gregory |
Mack |
SAIC- Advanced Information
Technology Center |
Models of Trust and
Disinformation in the Open Press from Model-Driven Linguistic Pattern
Analysis |
|
10.1001 |
1201 |
George |
Cancro |
Johns Hopkins Applied Physics Lab |
Uploadable Executable
Specification Concept for Spacecraft Autonomy Systems |
|
10.1002 |
1266 |
Lei |
Pan |
Jet Propulsion Laboratory,
California Institute of Technology |
NavP: Structured and
Multithreaded Distributed Parallel Programming |
|
10.1003 |
1067 |
Seungwon |
Lee |
Jet Propulsion Laboratory |
Lessons learned from adapting
aerospace engineering tools to parallel and grid computing environment |
|
10.1101 |
1170 |
Curtis |
Fatig |
Goddard Space Flight Center |
Standardization of XML Database
Exchanges and the James Webb Space Telescope Experience |
|
10.1201 |
1357 |
Jane |
Malin |
NASA Johnson Space Center |
Basic Concepts and Distinctions
for an Aerospace Ontology of Functions, Entities and Problems |
|
10.1401 |
1297 |
Kathryn |
Weiss |
Jet Propulsion Laboratory |
Reviewing Software Proposals with
Respect to Architecture |
|
10.1501 |
1167 |
Todd |
Sproull |
Washington University in St.
Louis |
Network Management and Service
Discovery in Military Networks |
|
10.1502 |
1213 |
John |
Meier |
Boeing |
Intelligent fabric computing on a
chip- a technology path to secured distributed computing on the network |
|
11.0101 |
1541 |
Michael |
Petersson |
Saab AB |
Sandra – A New Concept for
Management of Fault Isolation in Aircraft Systems |
|
11.0102 |
1200 |
David |
He |
University of Illinois at Chicago |
Development of Regime Recognition
Tools for Usage Monitoring |
|
11.0103 |
1558 |
Jonathan |
Cook |
UK Ministry of Defence |
The Use of Prognostic Systems to
Reduce the Duration and Frequency of Helicopter Maintenance |
|
11.0104 |
1536 |
Paul |
Grabill |
The Intelligent Automation Corp. |
Helicopter Structural Life
Modeling: Flight Regime and Gross Weight Estimation |
|
11.0105 |
1584 |
Dimitri |
Dousis |
Bell Helicopter |
V-22 Data Visualization Toolset
(VDVT) Implementation |
|
11.0106 |
1597 |
Ed / McCollom / Hess |
Brown / Neal / Andy |
BAE Systems (North America) /
Lockheed Martin Aero Co / JSF PO |
JSF PHM Program Overview |
|
11.0107 |
1596 |
James |
MacConnell |
Consensus Technology |
ISHM & Design: A review of
the benefits of the ideal ISHM system |
|
11.0201 |
1032 |
Kai |
Goebel |
RIACS, NASA Ames Research Center |
Modeling Propagation of Gas Path
Damage |
|
11.0202 |
1112 |
Al |
Volponi |
Pratt & Whitney |
Adaptive On-Wing Gas Turbine
Engine Performance Estimation |
|
11.0203 |
1239 |
Link |
Jaw |
Scientific Monitoring, Inc. |
Demonstration Of A Reliability
Centered Maintenance (RCM) Tool To Extend Engine’s Time-On-Wing (TOW) |
|
11.0204 |
1398 |
Gregory |
Kacprzynski |
Impact Technologies, LLC. |
Simulation-based Design and
Validation of Automated Contingency Management for Propulsion Systems |
|
11.0205 |
1288 |
David |
Tow |
Sentient Corporation |
Remote Detection of Fatigue
Spalls in Turbine Engine Shaft Bearings |
|
11.0206 |
1425 |
Richard |
Millar |
NAVAIR |
A Systems Engineering Approach to
Defining Health Management and Prognostics for Military Propulsion System |
|
11.0301 |
1122 |
Clint |
Baker |
Sentient Corporation |
Failure Modes and Prognostic
Techniques for UH-60 Tail Rotor Drive System Bearings |
|
11.0302 |
1052 |
Nancy |
Lybeck |
Sentient Corporation |
Validating Prognostic Algorithms:
A Case Study Using Comprehensive Bearing Fault Data |
|
11.0303 |
1287 |
André |
Bos |
Science and Technology BV |
Advances in Intelligent Health
Reasoning and its Application to IBDM |
|
11.0304 |
1079 |
Paula |
Dempsey |
NASA Glenn Research Center |
Investigation of Vibration Based
Methods in Commercial HUMS Used to Identify Drive Train Component Damage |
|
11.0305 |
1620 |
Peter |
Tappert |
Hood Technology Corporation |
The Last Few Minutes Prior to a
Fatigue Blade Failure in an Axial Compressor: Observations of Blade Vibration
and Blade Lean |
|
11.0306 |
1330 |
Michael |
Roemer |
Impact Technologies, LLC. |
Dynamic Decision Support and
Automated Fault Accommodation for Propulsion Systems |
|
11.0401 |
1269 |
Neil |
Eklund |
GE Global Research |
Multi-Scale Rank-Permutation
Change Localization |
|
11.0402 |
1262 |
Xiao |
Hu |
General Electric Global Research
Center |
Hybrid Change Detection for
Aircraft Engine Fault Diagnostics |
|
11.0403 |
1142 |
Eric |
Bechhoefer |
Goodrich Fuels and Utilities |
A Generalized Process for Optimal
Threshold Setting in HUMS |
|
11.0404 |
1189 |
Satnam |
Singh |
University of Connecticut |
On-line Vehicle Health Monitoring
with Imperfect Tests |
|
11.0405 |
1372 |
Charles |
Lee |
SAIC / NASA Ames Research Center |
Prior Training of Data Mining
System For Fault Detection |
|
11.0406 |
1571 |
Jianhui |
Luo |
Qualtech System, Inc. |
Adaptive Maintenance Knowledge
Base for Vehicle Health Management |
|
11.0407 |
1217 |
William |
Wang |
Scientific Monitoring, Inc. |
Integrated Platform For Real-time
System Model Validation |
|
11.0408 |
1015 |
Wojtek |
Przytula |
HRL Laboratories, LLC |
Reasoning Framework for Diagnosis
and Prognosis |
|
11.0501 |
1441 |
Tom |
Jackson |
University of York |
An Architecture for Distributed
Search and Data-Mining in Condition Monitoring Applications |
|
11.0502 |
1646 |
Setu Madhavi |
Namburu |
Toyota Motor Engg & Mnfg
North America |
Application of Effective
Data-mining Approach to Real-time Fault Detection and Diagnosis in Automotive
Engines |
|
11.0503 |
1671 |
Martin |
Karchnak |
Epoch Engineering, Inc. |
Opportunities for Prognostic Health
Monitoring |
|
11.0601 |
1149 |
Kevin |
Champaigne |
Invocon, Inc. |
Low-power Electronics for
Distributed Impact Detection and Piezoelectric Sensor Applications |
|
11.0602 |
1061 |
Daniel |
Caguiat |
Naval Surface Warfare Center,
Carderock Division |
Gas Turbine Inlet Salt Monitoring
for Filtration and Hot Section Prognostics |
|
11.0603 |
1253 |
Guangfan |
Zhang |
Intelligent Automation, Inc. |
A Methodology for Optimum Sensor
Localization/Selection in Fault Diagnosis |
|
11.0701 |
1705 |
Jeff |
Bird |
National Research
Council-Institute for Aerospace Research |
Propulsion System Prognostics
R&D Through The Technical Cooperation Program |
|
11.0702 |
1514 |
David |
Bodden |
Lockheed Martin Aeronautics |
Seeded Failure Testing of an
Electro-Mechanical Actuator |
|
11.0703 |
1690 |
Alexander |
Usynin |
The University of Tennessee |
Formal Methods for Prognostic
Approach Fusion |
|
11.0801 |
1337 |
Leo |
Casey |
SatCon Technology Corporation |
Predictive & Prognostic
Controller for Wide Band Gap(Silicon Carbide) Power Conversion |
|
11.0802 |
1326 |
Michael |
Roemer |
Impact Technologies, LLC |
Prognostics and Health Management
Techniques for Digital Electronic Devices |
|
11.0803 |
1251 |
Roger |
Xu |
Intelligent Automation, Inc. |
Enhanced Prognostic Model for
Digital Electronics |
|
11.0804 |
1502 |
Justin |
Judkins |
Ridgetop Group, Inc |
Electronic Prognostics for Power
Supplies with Voltage Regulation |
|
11.0805 |
1120 |
Jarrod |
Line |
VEXTEC |
Electronic Prognostics Through
Advanced Modeling Techniques |
|
11.0901 |
1483 |
John |
Papazian |
Northrop Grumman |
SIPS, A Structural Integrity
Prognosis System* |
|
11.0902 |
1591 |
Hesham |
Azzam |
Smiths Aerospace Electronic
Systems Southampton |
FUMSTM Technologies for Advanced
Structural PHM |
|
11.0903 |
1580 |
Mark |
Robinson |
UK Ministry of Defence |
The UK MOD EUCAMS Strategy and
the FUMSTM Developments |
|
11.0904 |
1245 |
Curtis |
Rideout |
Positron Systems, Inc. |
Life Remaining Prognostics for
Airframe Structural Components |
|
11.0905 |
1585 |
Yevgeny |
Macheret |
IDA |
Making a Case for Flight
Parameters Monitoring and Load Sensors |
|
11.0906 |
1509 |
Santanu |
Das |
Arizona State University |
Classification of Damage
Signatures in Composites with One-Class Support Vector Machines |
|
11.0907 |
1225 |
Curtis |
Rideout |
Positron Systems, Inc. |
Rapid Assessment of Surface
Treatment Effectiveness and Degradation by Direct Field Measurement |
|
11.0908 |
1563 |
James |
Hofmeister |
Ridgetop Group |
In-Situ, Real-Time Detectors for
Faults in Solder Joint Networks Belonging to Operational, Fully-Programmed
Field Programmable Gate Arrays |
|
11.0909 |
1244 |
Curtis |
Rideout |
Positron Systems, Inc. |
New Techniques for Detecting
Early Fatigue Damage Accumulation in Aircraft Structural Components |
|
11.1001 |
1124 |
Kelly |
Navarra |
Air Force Research Lab |
The Air Force Enterprise
Predictive Analysis Environment (EPAE) |
|
11.1002 |
1191 |
Gordon |
Valentine |
Impact Technologies, LLC |
Methodologies for Integration of
Prognostic Health Management Systems with Maintenance Data |
|
11.1003 |
1335 |
Sudipto |
Ghoshal |
Qualtech Systems, Inc. |
PHM Integration with Logistics
and Inventory Management Systems |
|
11.1004 |
1319 |
Kirby |
Keller |
Boeing |
Health Management Engineering
Environment and Open Integration Platform |
|
11.1005 |
1576 |
Matthew |
Shawver |
Referentia Systems Inc. |
Design, Implementation, and
Utilization of a Common Data Model for Multi-platform Vehicle Health
Management |
|
11.1006 |
1604 |
Kevin |
Swearingen |
Boeing |
An Open System Architecture for
Condition Based Maintenance |
|
11.1007 |
1442 |
Michael |
Sudolsky |
Boeing Phantom Works |
IVHM Solutions using
commercially-available Aircraft Condition Monitoring Systems |
|
11.1008 |
1121 |
Jarrod |
Line |
VEXTEC |
Advanced Techniques for Real Time
Management of Usage Data |
|
11.1009 |
1215 |
Gautam |
Biswas |
Vanderbilt University |
A Hierarchical Model-based
approach to Systems Health Management |
|
11.1010 |
1575 |
Greg |
Clark |
The Boeing Company |
Multi-platform Airplane Health
Management |
|
11.1101 |
1173 |
Alexander |
Mehr |
QSS Group |
On Quantifying Cost-Benefit of
ISHM in Aerospace Systems |
|
11.1102 |
1161 |
Allen |
Goldberg |
Kestrel Technology |
Software Fault Protection with
ARINC 653 |
|
11.1103 |
1549 |
Edward |
Balaban |
QSS Group |
Model-Based Fault Detection and
Diagnosis System for NASA Mars Subsurface Drill Prototype |
|
11.1104 |
1382 |
Stephen |
Johnson |
NASA MSFC |
A Theory of Vehicle Management
Systems |
|
11.1105 |
1658 |
Rodney |
Martin |
NASA |
Unsupervised Anomaly Detection
and Diagnosis for Liquid Rocket Engine Propulsion |
|
11.1106 |
1127 |
Vadim |
Smelyanskiy |
NASA Ames Research Center |
In-flight Catastrophic Failure
Detection in Solid Rocket Motors |
|
12.0101 |
1471 |
Jason |
Fox |
Jet Propulsion Laboratory |
Activity Planning for the Phoenix
Mars Lander Mission |
|
12.0102 |
1203 |
George |
Cancro |
Johns Hopkins Applied Physics Lab |
Innovative Interactive
Visualization System for Analyzing Spacecraft Telemetry |
|
12.0103 |
1706 |
Richard |
Nehl |
ATAC |
Update: Concept and Operation of
the Performance Data Analysis and Reporting System (PDARS) |
|
12.0104 |
1048 |
David |
Bell |
USRA Research Institute for
Advanced Computer Science |
NASA World Wind: Open Source GIS
for Mission Operations |
|
12.0105 |
1363 |
Raj |
Subbu |
GE Global Research |
"MONACO – Multi-Objective
National Airspace Collaborative Optimization" |
|
12.0201 |
1468 |
Daniel |
Allard |
Jet Propulsion Laboratory/Caltech |
Development of a Ground Data
System Messaging Infrastructure for the Mars Science Laboratory and Beyond |
|
12.0202 |