Modeling and Application of Naval Task Force Anti-Air Warfare Weapon-Target Assignment

• Main Authors: WU,FAN-YI, 吳釩稦
• Other Authors: MENQ,JAU-YEU
• Format: Others
• Language: zh-TW
• Published: 2016
• Online Access: http://ndltd.ncl.edu.tw/handle/5qa2r2

碩士 === 國防大學 === 資源管理及決策研究所 === 104 === Taiwan, surrounded by the sea, locates on the important strategic transport hub of Asia-Pacific economic and trade, and the economy very dependent on international maritime trade, so as one of the important task of the Navy is to ensure the smooth flow of traffic at sea. When the naval fleet perform tasks, the greatest threat is from the air. Therefore, the effectiveness of fleet air-defense operation is the key factor in the success of operational mission at sea. The quality of the naval fleet air-defense operational effectiveness depends not only on the performance of anti-air weapons, also the use of the overall fleet’s firepower for assigning target. The purpose of this study is on the construction of the Weapon-Target assignment model which can contain substantive operational situation when naval fleet performs air-defense operational mission, then to explore the influence of the different ways of command and control (distributed, centralized) on the effectiveness of air defense. We hope to provide decision support to commanders on the battlefield. Karakal(2008) established a Weapon-Target assignment Integer Programming model, which including the restricted factors of the relative position between the ship, air defense capability, the incoming threat’s position, velocity, kill probability, shooting modes and so on. In this study, we constructed the model of interception solver, considering the factors of different command and control mode which effecting the result of overall Weapon-Target assignment. It was combined with Karasakal’s (2008) model to analysis and discuss the scenario of naval task force anti-air warfare. The results showed that Karasakal’s (2008) model has some problems, less flexibility and does not in accordance with the substantive operational decision-making environment. Therefore, we use Goal Programming (GP) method to construct Weapon-Target assignment GP model, in which increasing the factors of the cost’s concept of air defense missile, the threat assessment and the decision plan of operational mission’s objective priority. It increases more flexibility in the use, the covering of the model is larger, and can effectively solve the problem of the original model. It is closer to real situations and maritime fleet Anti-Air Warfare operations and to enhance the degree of integration and operational practices.