Development of an integrated system for production scheduling and inventory management using computational intelligence methodologies, control theory and mathematical programming
Abstract
The objective in this dissertation is the development of an integrated system for production scheduling and inventory management based on artificial intelligence, control theory and mathematical programming. A methodology for time series modeling was initially developed that utilizes advanced artificial intelligence methods in order to construct a sales volume forecasting model with a sophisticated structure, capable of integrating the characteristics of complex temporal phenomena, while at the same time it is able to select the most appropriate variables for model inclusion and model building. The time series model is subsequently used as a vital element in the development of two production scheduling and inventory management systems. The first system deals with the optimization of the operation of parallel machines that produce multiple products and is based on the solution of a Mixed Integer and Linear Programming problem. A number of constraints, commonly found in industrial practi ...
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