
January - March 1997, Volume 18, Number 1
NOTES
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Changes in Naval Aviation
Changes in Naval Aviation: Guest Editor's Introduction
T. R. Foard
The Joint Strike Fighter Program
C. E. Steidle
Application of New Management Concepts to the Development of F/A-18 Aircraft
J. W. White
F/A-18 E/F Program Independent Analysis
J. P. Halpin, P. P. Pandolfini, P. J. Biermann, T. J. Kistenmacher, L. W. Hunter, J. S. O'Connor, and D. G. Jablonski
Commercial Plastic Encapsulated Microcircuits for Naval Aviation Applications
A. Casanovas and J. W. White
F/A-18 Electronic Warfare Suite Cost and Operational Effectiveness Analysis Methodology: Phase 1 - Radio-Frequence Countermeasures
L. D. Kennedy, C. R. Patterson, and D. C. Munshower
Signal Processing Algorithms for Electronic Combat Receiver Applications
D. E. Maurer, R. Chamlou, and K. O. Genovese
Tomahawk Deconfliction: An Exercise in System Engineering
A. F. Pollack, R. C. Ferguson, and A. K. Chrysostomou
The Navy's Tactical Aircraft Strike Planning Process
W. A. Menner
Spatial Correlation of Detections for Impulsive Echo Ranging Sonar
A. C. Coon
The Extended Echo Ranging Aural and Visual Support Trainer
A. C. Coon, C. A. Ross, R. W. Chalmers, and P. C. Gallati
A Periscope Detecton Radar
J. J. Ousborne, D. Griffith, and R. W. Yuan
Applied Research
The Continuous Wavelet Transform and Variable Resolution Time-Frequency Analysis
A.-H. Najmi and J. Sadowsky
Other Topic
Aerobatics: Sport, Science, and Survival
P. F. Bythrow
APL Awards
Awards for Publications and Research and Development
L. L. Maier-Tyler
Miscellanea
Publications, Presentations, and Colloquia
THE COVER: The two aircraft shown are artists' renderings for the Joint Strike Fighter Program. These aircraft are the Boeing and Lockheed Martin Corporations' designs chosen from a set of three configurations for advancing into prototype development. Each will be developed into three versions intended to meet the requirements of the U.S. Air Force, Navy, and Marine Corps. The Marine Corps version will also be procured by the United Kingdom Royal Navy. Cost will be a major driver, and commonality of 80% of the aircraft for the three versions is a goal. The challenge of producing the three versions for land-based, carrier-based, and advanced short-take-off and landing operations is unparalleled in the history of aviation. The technological advancements from this program are expected to be significant over the coming years. (Cover design by Kenneth R. Moscati.)
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Editorial Board
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© 1997 by The Johns Hopkins University Applied Physics Laboratory
The Electronic Version of The Johns Hopkins APL Technical Digest was created by the Technical Publications Group (TSP).