Year | Paper |
2019 | FTI Based on Image Processing |
2019 | Machine Learning Techniques Applied to Flight Test Data Evaluation |
2018 | Data Science Workflows: A Flight Test Case Study |
2016 | HAVE LIGHT - An Evaluation of Electro-Optic System Imaging Performance Test Techniques and C-12J Utility as an Electro Optics Airborne Test Bed |
2015 | Can We Migrate Our Analysis Routines to Python |
2013 | The Evolution of IADS Analysis - The Path to Credibility and Acceptance |
2010 | Automating the Data Reduction Process for More Efficient Flight Tests and Quicker Flight Releases to Customers |
2010 | From Kneeboards to Mobile Computers - Achieving Higher Quality Flight Test Engineering Education at Lower Cost |
2009 | Helicopter/Ship Securing Test & Analytic Options |
2009 | Considerations When Using Confidence Intervals to Compare Flight Test Data Sets |
2009 | A Set of Software Tools and Methodology for Model Driven Live Test Data Processing, Visualization and Logging |
2008 | Using a NOAA Database, GPS, and/or Pressure Altitude Measurements to Determine Height above Terrain |
2007 | IADS Real-time Operating Deflection Shapes Display - An Advancement in Real-Time Flight Test Analysis |
2007 | QuickView - A Data Analysis Tool for Flight Test and Beyond |
2006 | DIADS - Evolution in Electronic Warfare T&E |
2006 | Technology Options to Enhance Rotorcraft/Ship Testing and Related Analysis |
2004 | IADS The Interactive Analysis and Display System |
2002 | Photogrammetrics - Methods and Applications for Aviation Test and Evaluation |
2001 | Rotorcraft/Shipboard Landing Analytic Options |
2000 | Flight Test Modified Mean Filter - aka The Spike Killer |
2000 | ProboTools Stella - A 4th Generation Data Analysis System |
1999 | F/A-18E/F Weapon Separation Photogrammetric Analysis |
1994 | The Use of Genetic Algorithms for Flight Test and Evaluation of Artificial Intelligence and Complex Software Systems |
1993 | Terrain Following Testing for Low Energy Aircraft and Improved Data Analysis Techniques |
1993 | Modernizing Post-Test Analysis for Flight Test Engineering |
1993 | Image Quality Optimization Methods for Airborne Video Imaging Systems |
1992 | Flight Deflection Measurement System |
1991 | Generic Software Tools for Test and Evaluation of Weapon Delivery Systems |
1991 | Analysis Tools Derived from Investigating Aerodynamic Loss of Tail Rotor Effectiveness (LTE) |
1990 | C.A.T.C.H.: Computer Aided Test Conductor Handbook: A Method for Reducing Cost, Time and Effort in a n Aircraft Test and Certification Program |
1989 | High Precision Real Time Airplane Positioning System with Full Navigational Capabilities for Flight Testing |
1989 | RPAS - Runway Performance Analysis System |
1989 | High-Speed Motion Analysis |
1988 | Establishing Artificial Intelligence Technology in a Flight Test Environment |
1988 | ExpertVision: A Video-Based Non-Contact System for Motion Measurement |
1988 | Low Cost Equipment for Flight Test Film and Video Evaluation |
1987 | Image Processing as a Tool in Flight Test Evaluation |
1984 | An Intelligent Amplifier |
1983 | The Microcomputer in Flight Test Data Reduction |
1982 | Operational Aircraft Performance Evaluation - An Approach to Testing Using a Head-Up Display System |
1979 | Airborne Video Instrumentation/Data Reduction |
1978 | INACT - Interactive Test Data Analysis |
1978 | Flight Test Technology Development: A Preview of DyMoTech |
1976 | Photogrammetry Techniques Utilized by Grumman During the F-14A Weapon Separation Flight Test Program |
1976 | Air to Air Gunnery Analysis System |
1975 | Numerical Method for Liquid Water Content Prediction in the Air Force Flight Test Center Icing Spray Cloud |
1975 | CHASE - The Optimum Photoanalysis System |
1974 | Naval Missile Center Photo Data Analysis of Store- Separation Films |
1973 | Data Management During the Navy Performance Test and Evaluation of the F-14A Airplane |
1971 | The Use of Photogrammetrics in Flight Testing the A-7D/E Navigation System |
1970 | A Desk Calculator for On-Board Data Reduction |
1970 | The Median as an Estimate if the CEP - A Simple Approach to Bivariate Error Evaluation |