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The shift towards smart, green and integrated raw materials efficiency

机译:转向智能,绿色和综合原料效率

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Comprehensive environmental observation, eco-innovation and smartization are essential to ensure the delivery of the long-term data and information required to address the shift towards smart, green and integrated raw materials efficiency. For this reason we need the mine-wide digitalization and informatization base model, an advanced mine-wide decision support system and a smart supervision system to supervise and control the production, back to predefined short-term production targets with most likelihood and optimal approaches. There are three main steps to be taken: analysis, evaluation and determination of the shift requirements, development of the models as well as modeling of the scenarios and connection to the smart platform for the support of the decision makers. The paper aims to consider what would be required for a raw materials area to operate as a modern smart technology-supported business. It attempts to provide a vision of some future smart architectures scenarios.
机译:全面的环境观察,生态创新和聪明化对于确保提供解决智能,绿色和综合原材料效率的转变所需的长期数据和信息至关重要。出于这个原因,我们需要占地面积的数字化和信息化基础模型,一个先进的矿山决策支持系统和智能监督系统监督和控制生产,返回预定义的短期生产目标具有大多数可能性和最佳方法。有三个主要的步骤:分析,评估和确定换档要求,模型的开发以及场景的建模和与智能平台为支持决策者的智能平台。本文旨在考虑作为现代智能技术支持的业务运营的原材料领域所需的内容。它试图提供一些未来的智能架构方案的愿景。

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