Although sensor resource management and weapon–target assignment problems have been well studied, there is currently no well-posed mathematical formulation that captures the interactions of these problems in the context of a missile defense scenario. This paper gives a representative example to illustrate this fact; then, it poses a method for navigating the abstraction space for the integrated problem of sensors, weapons, and targets based on the specification of information sharing between subproblems. This method begins by outlining a set of formulation classes to specify the way in which information is shared; from this set, some formulation schemata (particular instantiations of a mathematical models that subscribe to the rules of a formulation class) are suggested. A set of goodness criteria for selecting which formulation classes and formulation schemata best address the problem-absent simulation results is considered. Last, the benefits and shortcomings of these formulation classes and formulation schemata, as well as areas for future work, are discussed.
Developing Mathematical Formulations for the Integrated Problem of Sensors, Weapons, and Targets
Journal of Aerospace Information Systems ; 13 , 5 ; 175-190
2016-03-31
16 pages
Article (Journal)
Electronic Resource
English
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