Naval Surface Warfare Center Technical Digest. Research and Technology - Shaping Future Naval Systems

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...

Full description

Bibliographic Details
Other Authors: NAVAL SURFACE WARFARE CENTER SILVER SPRING MD
Format: Text
Language:English
Published: 1991
Subjects:
Naval Surface Warfare
*FIBER OPTICS
SHIPS
NEURAL NETS
SYSTEMS ENGINEERING
DISTRIBUTED DATA PROCESSING
OCEAN SURFACE
MODELS
PROCESSING
NAVY
TARGET RECOGNITION
THEORY
ENERGY
PASSIVE SYSTEMS
TARGETS
ESTIMATES
SURFACES
INTERFEROMETRY
HOLOGRAPHY
PLATFORMS
GLOBAL POSITIONING SYSTEM
SOUND TRANSMISSION
AIRFRAMES
STANDARDIZATION
DIAGNOSIS(GENERAL)
NERVOUS SYSTEM
ACOUSTICS
TRANSITIONS
FLOW
VISION
NOISE
DISCRIMINATION
RADOMES
FIRE CONTROL SYSTEMS
UNDERWATER ACOUSTICS
SUBMARINES
COLLECTION
TACTICAL WEAPONS
DETERMINATION
ELECTROMAGNETISM
GUIDED MISSILE COMPONENTS
ARCTIC REGIONS
DIRECTIONAL
BUOYS
ATTITUDE(INCLINATION)
WARFARE
*NAVAL RESEARCH
*NAVAL RESEARCH CABORATORIES
Arctic
Online Access:http://www.dtic.mil/docs/citations/ADA245236
http://oai.dtic.mil/oai/oai?&verb=getRecord&metadataPrefix=html&identifier=ADA245236
Description
Summary: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.

Similar Items