1998
DOI: 10.1016/s0924-0136(97)00361-0
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Optimization of production process design in small- and medium bath production

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“…Each activity (production task) is connected with the value q ij , explicitly presenting the gained quality, usually gained accuracy class, the number of faults (faulty products) and even more parameters -a vector of quality. Events, which start or end the tasks of production process, and are nodes of a graph, v i , may be analyzed similarly as in Matuszek, Moczała and Kosturiak (1998), and we can attribute to them the following collections of functions, corresponding to time, quality and cost:…”
Section: Utility Evaluationmentioning
confidence: 99%
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“…Each activity (production task) is connected with the value q ij , explicitly presenting the gained quality, usually gained accuracy class, the number of faults (faulty products) and even more parameters -a vector of quality. Events, which start or end the tasks of production process, and are nodes of a graph, v i , may be analyzed similarly as in Matuszek, Moczała and Kosturiak (1998), and we can attribute to them the following collections of functions, corresponding to time, quality and cost:…”
Section: Utility Evaluationmentioning
confidence: 99%
“…In the reduced form, without consideration of the probability of non-delivery, wn, the form of the function is described by Matuszek, Moczała and Kosturiak (1998), where the course of the project is optimized only with respect to two factors: cost and time of realization.…”
Section: Ostensible Activitymentioning
confidence: 99%
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