Model of Evaluating Effectiveness of Ship-to-Air Missile Intercepting Mode
OU Bang-dong
Abstract
OU Bang-dong
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.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
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