MILITARY MANAGEMENT QUARTERLY

MILITARY MANAGEMENT QUARTERLY

A Mathematical Model for Managing Military Commodity Crisis and a Simple Numerical Method for Solving it

Document Type : Research Paper

Authors
Gholam-Reza Karamali 1
Amir Hashemi 2
1 .Assistant Professor in Applied Mathematics, Shahid Sattari Aerial University(Corresponding Author: gh-karamali@azad.ac.ir)
2 . M.A in Mathematical Statistics, Shahrood University of Technology
Abstract
Recently many improvements have been achieved in modeling financial crisis management through mathematical models. Can it be possible to utilize the new improvements in modeling in managing the military crisis? This study aims to generalize this issue. The probability of zeroing the goods stock is true in a Volterra partial differential integral equation. The exact answer to the aforementioned model, often as an infinite expansion of known functions, exists; so solving this problem is possible by numerical methods. Hence, in this paper a new and simple method offers based on random processes to solve the aforementioned problem using the R & D research method. To this end, we use the Lagrange expansion as an approximation of the answer. Then, using the same local methods, we can convert partial differential integral equation into an algebraic device and solved it. Provided examples indicate the efficiency and accuracy of proposed method. Finally, this method is used to analyze a model of military crisis management that the exact answer is not known
Keywords
crisis management
Random Processes
Partial Differential Integral Equation
Numerical Methods
 

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