2008•Jisuanji fangzhenRequires access

Model of Evaluating Effectiveness of Ship-to-Air Missile Intercepting Mode

OU Bang-dong

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Abstract

How effectively operating ship-to-air missile to intercept saturation attacking anti-ship missile is a very important measure to enhance the air defense capability of a warship. According to the peculiar characteristics of warship, the number of anti-ship missile destroyed, the service efficiency of ship-to-air missile, and the consumption of ship-to-air missiles were used as assessment index to evaluate operations' effectiveness of ship-to-air missile fire control system. A kind of time based killing zone was built on the concept of killing zone and fire zone. Based on this, a queue up for service model of ship-to-air missile intercepting continuous incoming anti-ship missile was established based on Monte Carlo. Emulating shows that the most effective operation of ship-to-air missile is shoot-observe-shoot mode.

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What this paper is about

How effectively operating ship-to-air missile to intercept saturation attacking anti-ship missile is a very important measure to enhance the air defense capability of a warship. According to the peculiar characteristics of warship, the number of anti-ship missile destroyed, the service efficiency of ship-to-air missile, and the consumption of ship-to-air missiles were used as assessment index to evaluate operations' effectiveness of ship-to-air missile fire control system. A kind of time based killing zone was built on the concept of killing zone and fire zone. Based on this, a queue up for service model of ship-to-air missile intercepting continuous incoming anti-ship missile was established based on Monte Carlo. Emulating shows that the most effective operation of ship-to-air missile is shoot-observe-shoot mode.

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Available abstract

How effectively operating ship-to-air missile to intercept saturation attacking anti-ship missile is a very important measure to enhance the air defense capability of a warship. According to the peculiar characteristics of warship, the number of anti-ship missile destroyed, the service efficiency of ship-to-air missile, and the consumption of ship-to-air missiles were used as assessment index to evaluate operations' effectiveness of ship-to-air missile fire control system. A kind of time based killing zone was built on the concept of killing zone and fire zone. Based on this, a queue up for service model of ship-to-air missile intercepting continuous incoming anti-ship missile was established based on Monte Carlo. Emulating shows that the most effective operation of ship-to-air missile is shoot-observe-shoot mode.

Key concepts: Missile, Fire-control system, Engineering, Marine engineering, Mode (computer interface), Missile guidance, Fire control, Aerospace engineering

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