2012•International Conference on Electric Information and Control EngineeringRequires access

Ship-to-Air Missile Miss Distance against Anti-ship Missile

Xing-bao Yang, LU Yong-hong, Jihua Dou, Chuanwei Zhu

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Abstract

For analysis of some factors on the proportional ship-to-air missile missile distance against an anti-ship missile under multi path effect, it constructed the ship-to-air missile movement model and guidance loop, and anti-ship missile movement model. Through simulation method and a lot of simulation, the simulation results proved that the main reasons affecting miss distance were initial speed and position of ship-to-air missile, control system time constant and order, noise filter time constant, cruising speed of anti-ship missile, division of target image RCS upon target RCS. The achievements of this paper are believed to benefit the analysis of fighting efficiency and tactics use.

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What this paper is about

For analysis of some factors on the proportional ship-to-air missile missile distance against an anti-ship missile under multi path effect, it constructed the ship-to-air missile movement model and guidance loop, and anti-ship missile movement model. Through simulation method and a lot of simulation, the simulation results proved that the main reasons affecting miss distance were initial speed and position of ship-to-air missile, control system time constant and order, noise filter time constant, cruising speed of anti-ship missile, division of target image RCS upon target RCS. The achievements of this paper are believed to benefit the analysis of fighting efficiency and tactics use.

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Available abstract

For analysis of some factors on the proportional ship-to-air missile missile distance against an anti-ship missile under multi path effect, it constructed the ship-to-air missile movement model and guidance loop, and anti-ship missile movement model. Through simulation method and a lot of simulation, the simulation results proved that the main reasons affecting miss distance were initial speed and position of ship-to-air missile, control system time constant and order, noise filter time constant, cruising speed of anti-ship missile, division of target image RCS upon target RCS. The achievements of this paper are believed to benefit the analysis of fighting efficiency and tactics use.

Key concepts: Missile, Missile guidance, Air-to-air missile, Aeronautics, Engineering, Position (finance), Division (mathematics), Marine engineering

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