Spacing Configuration Engineering Model of Two Adjacent Warships for Ship-to-air Missile Defense
Spacing Configuration Engineering Model of Two Adjacent Warships for Ship-to-air Missile Defense
Jihua Dou; Xingbao Yang; Yonghong Lu; Sumin Ke
2013-08-01 00:00:00
During ship-to-air missile air defense operation, in order to prevent two adjacent warships detected by the azimuth searching of anti-ship missile homing radar at the same time, and study mutual protection of two ship-to-air missile systems aboard two adjacent warships, as well as point defense ship-to-air missile system protected by area defense ship-to-air missile system, this paper has established corresponding spacing configuration engineering models by analytical method, which provides real-time decision making for spacing configuration of the two adjacent warships for ship-to-air missile defense.
http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.pngMarine Engineering FrontiersScience and Engineering Publishing Companyhttp://www.deepdyve.com/lp/science-and-engineering-publishing-company/spacing-configuration-engineering-model-of-two-adjacent-warships-for-m5N9yBcOqX
Spacing Configuration Engineering Model of Two Adjacent Warships for Ship-to-air Missile Defense
During ship-to-air missile air defense operation, in order to prevent two adjacent warships detected by the azimuth searching of anti-ship missile homing radar at the same time, and study mutual protection of two ship-to-air missile systems aboard two adjacent warships, as well as point defense ship-to-air missile system protected by area defense ship-to-air missile system, this paper has established corresponding spacing configuration engineering models by analytical method, which provides real-time decision making for spacing configuration of the two adjacent warships for ship-to-air missile defense.
Journal
Marine Engineering Frontiers
– Science and Engineering Publishing Company
Published: Aug 1, 2013
Keywords: Two Warships, Spacing Configuration, Ship-to-air Missile, Engineering Model
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