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Quantitative Analysis and Optimal Control of Energy Efficiency in Discrete Manufacturing System [2020]
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Introduction
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Perceiving the Energy Consumption Information of Discrete Manufacturing Systems
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Energy Consumption Model of the Discrete Manufacturing System
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Constructing a Multi-layered Energy Efficiency Quantitative Analysis Index System
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The Quantitative Analysis of Energy Efficiency Based on Rough Set Theory and AHM
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Diagnosis of the Manufacturing Energy Consumption Bottleneck in a Complex Environment
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The Energy Efficiency Quantitative Analysis Based on the Principal Component Analysis
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Static Optimization and Scheduling of the Discrete Manufacturing System’s Energy Efficiency Based on the Integration of Knowledge and MOPSO
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Discrete Manufacturing System’s Dynamic Intelligent Optimization Scheduling Method for High-Dimensional and Multi-objective Optimization of Production/Energy Consumption
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Energy-Efficient Process Parameters Optimizing Decision Method
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Design and Application of Energy Efficiency Optimization Control Software System