Weapon System Survivability in Electromagnetic Environments
W. R. Free, Denis Clark
Abstract
W. R. Free, Denis Clark
Abstract
Electromagnetic compatibility considerations are being recognized as an important factor under the weapon system survivability umbrella. The combination of today's weapon system sophistication and the requirement for them to operate in an increasingly dense electromagnetic environment has caused the weapon system survivability scope to be broadened. In the 1980's, efforts must be directed to ensuring that all weapon systems are properly designed and developed so as to enhance their survivability. Also in the 1980's, it will be necessary to shorten the weapon system acquisition cycle to cut costs and to maintain technological leads. These future EMC requirements can best be met with an integrated EMC system concept or methodology which is based on a long-term approach and provides guidance as to management and engineering goals and actions. The methodology must be cast in terms of the total acquisition process and not be restricted to a single acquisition cycle phase.
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Electromagnetic compatibility considerations are being recognized as an important factor under the weapon system survivability umbrella. The combination of today's weapon system sophistication and the requirement for them to operate in an increasingly dense electromagnetic environment has caused the weapon system survivability scope to be broadened. In the 1980's, efforts must be directed to ensuring that all weapon systems are properly designed and developed so as to enhance their survivability. Also in the 1980's, it will be necessary to shorten the weapon system acquisition cycle to cut costs and to maintain technological leads. These future EMC requirements can best be met with an integrated EMC system concept or methodology which is based on a long-term approach and provides guidance as to management and engineering goals and actions. The methodology must be cast in terms of the total acquisition process and not be restricted to a single acquisition cycle phase.
Key concepts: Survivability, Weapon system, Electromagnetic compatibility, Systems engineering, Scope (computer science), Process (computing), Computer science, System lifecycle