A computer based application of non-linear multiple objective optimization

Abstract

Multiple Objective Optimization Theory (MOOT) techniques are receiving increasing attention due to their ability to incorporate salient non-commensurate and conflicting objectives of a situation into the choice making process. This effort describes the modeling and optimization of an application which utilizes computer aided MOOT for candidate policy evaluation prior to a production process. The specific application discussed is an airborne tactical missile where the pre-production decision depends on such attributes as reliability, cost, technical performance, and survivability. A modeling and analysis effort produced non-linear performance indicers of the aforementioned attributes, and a set of constraints. This vector optimization problem is solved by implementing a constraint optimization technique on a digital computer. The resulting non-dominated solution set provides the information needed to proceed to a production stage.