第四次工业革命技术在环境领域的应用与展望——以基于环境政策的公共技术开发项目为重点

Gyuhyun Kim, I. Han
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引用次数: 2

摘要

目标:最近,第四次工业革命在世界各地的各个领域都得到了积极的讨论。相关的研发(R&D)在环境领域得到了广泛的应用。第四次工业革命的核心是超连通性、超智能和融合。与之相关的主要技术有AI(人工智能)、IoT(物联网)、5G(第五代通信技术)、机器人、区块链、无人机、3D(三维)打印机、大数据、无人交通、生物技术、新材料、共享经济、VR/AR(虚拟现实/增强现实)等。旨在通过第四次工业革命技术在环境方面的应用来寻求发展计划。方法:在2011年至2020年实施的以环境政策为基础的公共技术开发项目集中项目中,对第四次工业革命技术在环境方面的应用案例进行了分析,并对未来前景进行了展望。结果与讨论:第四次工业革命技术已应用于环境领域的设计、运营、维护、调查、监测和服务提供等各个领域。因此,在未来,预计会有工作环境的改善,服务质量和运营效率的进步。结论:随着向智能环保技术的过渡,有望推动行业发展,创造高附加值的东西。要做到这一点,政府的政策支持和技术开发应该持续执行。
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Applications and Prospects of Fourth Industrial Revolution Technology in Environmental Areas - Focusing on Environmental Policy based Public Technology Development Projects -
Objectives : Recently, the Fourth Industrial Revolution has been actively discussed in all fields around the world. And the related R&D(Research and Development) has been widely conducted in the environmental field. The core of the Fourth Industrial Revolution is hyperconnectivity, superintelligence, and convergence. Major technologies related with it are AI(Artificial Intelligence), IoT(Internet of Things), 5G(Fifth Generation communication technology), robots, blockchain, drones, 3D(Three Dimension) printers, big data, unmanned transportation, biotechnology, new materials, sharing economy, and VR/AR(Virtual Reality/Augmented Reality), etc. It is intended to seek development plans through the examples of the 4th industrial revolution technology’s environmental application.Methods : In concentration of the public technology development project, based on environmental policy, conducted from 2011 to 2020, some cases of the 4th industrial revolution technology’s environmental application have been analyzed and the future prospects have been derived.Results and Discussion : The 4th Industrial Revolution technology has been applied in various fields such as design, operation, maintenance, investigation, monitoring, and service provision in the environmental field. Therefore, in the future, it is expected that there will be working environment improvement, the progress of service quality and operational efficiency.Conclusion : With the transition to smart environmental technology, it is expected that it will be possible to advance the industry and create high value-added things. To do so, government policy support and technology development should be continuously executed.
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