Design of Java Software for decisions in the handling of deterministic inventories
This research paper studies a tunneling inventory model with deterministic demand, using dynamic programming algorithms to optimize inventories. The objective is to design software for decision-making in the management of tunneling inventories with deterministic demand. The methodology is Object Oriented. The results consisted in the design of a mathematical model; recursive algorithms implemented with dynamic programming; the Java application and Unified Modeling Language (uml) diagrams. As a conclusion we state that the development of software with important mathematical components should be done in two phases. In the first phase the mathematical model must be developed. The second phase is the implementation of the Unified Rational Process (rup). The paper is part of the research project: “Design of a Java software product for lot, deterministic, ordering inventory models”, developed at the Universidad Cooperativa at Cali in 2011, by the research group “Tools for the Support of Educational Processes (Gihaped)”.
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