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Intelligent evaluation approach for electronic product recycling via case-based reasoning

机译:基于案例推理的电子产品回收智能评估方法

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Due to worldwide stricter regulations on end-of-life product recycling, recyclability of more consumer products would be of concern. Evaluation of recycling cost and benefit of reclaimed materials as well as selection of recycling strategy is essential for not only product designers but recycling policy makers. This study proposes an intelligent evaluation approach that incorporates case-based reasoning models, economic analysis model and domain expertise. Case-based reasoning method is used to determine recycling strategy and performance of disassembly operation while economic analysis model is used for quick estimating recycling cost and benefit. Domain expertise is adopted in model parameter estimation to facilitate the computation. The approach can be used both as a module of design for recycling in eco-design evaluation and as an independent evaluation tool for recycling policy making. Illustrative examples are included to depict the application potential. Advantages and drawback are discussed.
机译:由于世界范围内有关报废产品回收的更加严格的法规,更多消费产品的可回收性将成为人们关注的问题。评估回收成本和回收材料的利益以及选择回收策略不仅对于产品设计者而且对于回收政策制定者都是至关重要的。这项研究提出了一种智能评估方法,该方法结合了基于案例的推理模型,经济分析模型和领域专业知识。基于案例的推理方法用于确定回收策略和拆卸操作的性能,而经济分析模型用于快速估算回收成本和收益。在模型参数估计中采用领域专业知识以促进计算。该方法既可以用作生态设计评估中的回收设计模块,也可以用作制定回收政策的独立评估工具。包括说明性示例以描述应用潜力。讨论了优点和缺点。

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