Decoy effectiveness in a multiple ship environment.
Rockower, Edward B.
MetadataShow full item record
The primary objective of this project is to estimate the effectiveness of decoys against incoming missile attacks in a multiple-ship battle group (BG) environment. In this problem, we allow the number of ships, number of decoys, and the values of ships to vary. We also vary the values of the hard kill probabilities, the splash probabilities of decoyed missiles, probabilities that a missile's lock is broken by seduction decoys and the quality factor of the distraction decoys. When an Antiship Cruise Missile (ASCM) attacks a BG, it may hit a ship, it may get shot down, or it may get diverted. If it gets diverted it may lock onto a neighboring friendly ship. The measure of effectiveness is the probability that all ships survive the missile attack. Keywords: Ship defense systems; Battle group level organizations; Guided missile countermeasures; Theses. (EDC)
Showing items related by title, author, creator and subject.
A critical analysis of a range dependent probability of kill for the NATO Seasparrow Missile System Steigers, Curt William. (Monterey, California. Naval Postgraduate School, 1993-03);This thesis provides a method to utilize existing digital simulations and missile reliability data to determine the probability of kill (Pk) versus range for the Seasparrow for each system state. A procedure is presented ...
Missile employment from fast patrol boats : a computer-based analysis of the search-sector parameters. Lehmann, Bernd (Monterey, California. Naval Postgraduate School, 1977-06);The objective of this computer-based analysis is to investigate the effect of target evasive maneuvers on the probability of acquisition by the seeker of the surface-to-surface missile MM 38 "Exocet" employed from ...
Submarine and missile requirements as a function of the number of missiles per submarine neutralization probability Tysver, Joseph Bryce (Monterey, California. Naval Postgraduate School, 1975-06); NPS 55Ty 75071Statistical effects of changing the number of strategic missiles carried on each missile submarine are explored in this study. The number of submarines required so that a specific number of missiles will survive an enemy ...