Mathematical Modeling of Ballistic Missile Defense

Mariya Afshari Rad, Mohammad Salimi Khorshidi

Abstract


Today, many countries are looking for missile strikes to achieve their goals. To optimize ballistic missile defense, missile defense centers identify potential launch points for enemy missiles to anticipate enemy attacks to reduce potential damage. One of these measures is mathematical modeling for the scenario of a possible enemy attack and defensive cover against this attack. In this research, mathematical optimization and mixed integer linear program have been used to reduce the damage against the enemy attack. The purpose of this study is to minimize the maximum damage caused by enemy missile attacks.


Keywords


Ballistic Missile ‎Defense; Missile Attack; Mixed-Integer Linear Program; Mathematical optimization

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References


Ajorlu, M., 2010. Operations Research (Linear Planning). Imam Hussein University Press.

Tajerian, A., 2009. Toshka. Quarterly Journal of Scientific, Specialized, Military Lightning, Autumn, No. 39 (Toshka / Conclusion),Page Number:7.

Jafari, A. (Compilation and translation), 2005. Modern geology of countries. Publications of the Institute of Geography and Cartography of Geology.

Hatami, M. (Compilation and translation), 2004. Doctrine of joint operations. Publications of the High War Period of the Command and Staff College of the Revolutionary Guards.

Hosseini, H. And Karami, J. (Compiled and translated), 1998. Technology and Defense Policy. Imam Hussein University Publications.

Gary, K.A., 1999. Politics, strategy and military technology are not weapons of war. Translated by Alikhani, A., Publications

Higher period of the war of the Command and Staff College of the Islamic Revolutionary Guard Corps.

Moradi, H.A, 2003. Psychological operations are an important dimension of future wars. Journal of Psychiatric Operations Studies, Spring, No. 1 (editorial), p. 5.

Benders, J.F., 1962. "Partitioning procedures for solving mixed-variables programming problems". Numerische mathematic, 4(1), pp.238-252.

Diehl, D.D., 2004. "How to optimize joint theater ballistic missile. defense". Naval Postgraduate School Monterey Ca.

Brown, G., Carlyle, M., Diehl, D., Kline, J. and Wood, K., 2005. "A two-sided optimization for theater ballistic missile defense". Operations research, 53(5), pp.745-763.




DOI: http://dx.doi.org/10.18415/ijmmu.v7i9.2024

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