Contents: A vision of naval surface force structure in 2030; System challenges of technology transition; Objectives, principles, and attributes: A structured approach to system engineering; Advanced distributed processing technology and ADMRALS; A chemical warfare naval simulation model for surface ships; A standardized approach for implementing fiber optics in navy surface warfare systems; An integrated artificial neural system for target identification; Target state estimation and prediction for tactical weapons fire control; Innovative missile airframe concepts; The use of holographic interferometry for flow diagnostics; Celsian-Based ceramics for advanced radomes; An introduction to directed energy technology; An electromagnetic noise collection and processing system, 'Arctic Research Buoy'; On the validity of normal mode theory for modeling undersea acoustic propagation; A neural network for passive acoustic discrimination between surface and submarine targets; and Platform attitude determination by the use of global positioning system.
Naval Surface Warfare Center Technical Digest. Research and Technology - Shaping Future Naval Systems
1991
169 pages
Report
No indication
English
Logistics Military Facilities & Supplies , Acoustics , Airframes , Arctic regions , Attitude(Inclination) , Buoys , Collection , Determination , Diagnosis(General) , Directional , Discrimination , Distributed data processing , Electromagnetism , Energy , Estimates , Fiber optics , Fire control systems , Flow , Global positioning system , Guided missile components , Holography , Interferometry , Models , Navy , Nervous system , Neural nets , Noise , Ocean surface , Passive systems , Platforms , Processing , Radomes , Ships , Sound transmission , Standardization , Submarines , Surfaces , Systems engineering , Tactical weapons , Target recognition , Targets , Theory , Transitions , Underwater acoustics , Vision , Warfare , Naval research