数字经济的挑战

M. Kolbanev, T. Tatarnikova
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引用次数: 72

摘要

讨论了数字化经济转型的问题。给出了数字经济给社会、国家和企业在技术领域带来的主要挑战。提出了经济数字化的特点,包括数字数据的快速积累,全球信息基础设施的创建,人们生活的新信息领域的形成,数字技术引进速度的指数增长和新的科学技术方向的出现,社会关系的根本变化,旧活动模式的转变,广泛的地理信息化。列举了德国、美国、英国、日本等发达国家的数字经济项目。得出了发达国家数字经济计划的主要重点。介绍了工业革命的各个阶段,从工业1的蒸汽机出现,工业2的汽车工业和电气化,工业3的控制论发展,到工业4.0的数字化生产和虚拟世界与现实世界的融合,显示了技术浪潮的变化。列出了“俄罗斯联邦数字经济”国家计划中定义的端到端技术。确定了四组新的科技领域,作为计划经济向数字经济转型的基础(数字化、地理信息化、数据化和物质化)。数字化有助于创造一个支持所有活动的数字环境。由于在信息系统的功能领域中增加了空间定位技术,地理信息化可以建立更有效的活动模型。数据化允许引入基于大数据分析的新采用模型。物质化实现了没有人类直接参与和传统材料技术的数字化生产。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The challenges of the digital economy
The problem of transforming the economy into a digital one is discussed. The main challenges the digital economy poses to society, the state and business in the technological field are given. The characteristics of the digitalization of the economy are presented, including the rapid accumulation of digital data, the creation of a global information infrastructure, the formation of a new information sphere of people’s lives, the exponential increase in the rate of introduction of digital technologies and the emergence of new scientific and technical directions, the radical change in social relations, the transformation of old models of activity, wide geoinformatization. Examples of digital economy projects of developed countries - Germany, USA, Great Britain, Japan - are given. The conclusion is drawn about the main emphasis of the digital economy programs adopted by the developed countries. The stages of industrial revolutions, showing a change in technological waves from the advent of a steam engine in Industry 1, the automotive industry and electrification in Industry 2, the development of cybernetics in Industry 3, to the advent of digital production and the merging of the virtual and real worlds in Industry 4.0, are presented. The end-to-end technologies defined in the “Digital Economy of the Russian Federation” national program are listed. Four groups of new scientific and technical areas serving as the basis for the planned transformation of the economy into the digital one (digitalization, geoinformatization, datification and materialization) are identified. Digitalization helps create a digital environment to support all activities. Geoinformatization allows building more effective models of activity due to the addition of spatial positioning technologies to the functional areas of information systems. Datification allows the introduction of new adoption models based on big data analysis. Materialization implements digital production of objects without direct human participation and traditional material technologies.
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