METEOR: a tool for evaluating multi-echelon inventory models and material readiness
Bunker, Thomas Allen
Kline, Melvin B.
MetadataShow full item record
There are many multi-echelon inventory models in use within the Department of Defense. These models have been used primarily to determine inventory levels at various echelons of supply for complex, -multi-indentured, hardware systems. Their objective is, generally, to maximize some measure of equipment readiness, subject to budgetary constraints. These models vary in their structure, assumptions, mathematical objectives, and optimization procedures. This thesis examines the characteristics of these models and offers an alternative simulation model, Multi-Echelon Technique for Evaluating Operational Readiness (METEOR), which can be used as a common framework from which to compare and evaluate the analytic models. In the examination of ether simulation models used by the Wavy, it is believed that METEOR is unique in its ability to accomplish this purpose. METEOR nay also be used to evaluate the impact cf changes in supply related policy on equipment readiness.
Approved for Public release; distribution unlimited
Showing items related by title, author, creator and subject.
Sasao, T.; Butler, Jon T. (2003-05);We consider the path length in decision diagrams for multiple-valued functions. This is an important measure of a decision diagram, since this models the time needed to evaluate the function. We consider the path length ...
Buss, Arnold (Monterey, California: Naval Postgraduate School., 2004);A recurring dilemma in the use of simulation models for analytic support of decision-making has been the length of time required to build the simulation model. Although emerging simulations have improved over legacy models, ...