Air Force Weapons Laboratory Computational Requirements for 1976 Through 1980

The large scale scientific computational requirements of the Air Force Weapons Laboratory for 1976 through 1980 are described in this report. Present computer resources fall far short of meeting requirements. The acquisition of a scientific computer of advanced design is the best and most cost effec...

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Bibliographic Details
Main Authors: Nawrocki, Edmund A, Rhoades, Jr , Clifford E, Rogers, Denzil R
Format: Report
Language:English
Subjects:
Administration and Management
ADVANCED SYSTEMS
AIR FORCE PLANNING
AIR FORCE PROCUREMENT
AIR FORCE RESEARCH
AIR FORCE WEAPONS LABORATORY
BENEFITS
COMPUTATIONS
COMPUTER AIDED DESIGN
COMPUTER APPLICATIONS
Computer Hardware
COMPUTERIZED SIMULATION
COMPUTERS
COST EFFECTIVENESS
DATA PROCESSING
EFFICIENCY
ELECTROMAGNETIC PULSES
HIGH ENERGY
LASER WEAPONS
MANPOWER UTILIZATION
MILITARY REQUIREMENTS
MISSIONS
NUCLEAR EXPLOSIONS
NUCLEAR WEAPONS
OPTIMIZATION
ORDNANCE LABORATORIES
RESEARCH MANAGEMENT
WEAPONS EFFECTS
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Summary:The large scale scientific computational requirements of the Air Force Weapons Laboratory for 1976 through 1980 are described in this report. Present computer resources fall far short of meeting requirements. The acquisition of a scientific computer of advanced design is the best and most cost effective approach to meeting mission requirements. The ultimate benefit resulting from such acquisition by the Laboratory is the increased security of the United States by ensuring orderly progress in nuclear and laser research. The availability of an advanced, large-scale, scientific computational system is vital to the performance of the Laboratory mission. Without such a resource, it is impossible for mission requirements to be met.