数字经济时代的“北斗”应用发展与产业生态演进

随着我国数字经济的蓬勃发展,“北斗”精准时空数据的价值越来越受到重视,“北斗”应用与产业化发展也迎来了前所未有的机遇。通过与数字经济相结合,“北斗”系统已经在行业领域和大众领域打造了众多数字化应用场景。进一步推动“北斗”规模化应用和产业健康发展,形成新的应用产业生态体系,有助于让时空服务成为我国数字经济发展新的强大动力,从而赋能各领域产业数字化进程。本文结合当前“北斗”应用与产业发展现状和数字经济发展形势,重点围绕“北斗”应用产业生态未来演进变化趋势等问题进行探讨,提出相关认识和建议,以期为我国综合时空体系的建设和发展提供有益借鉴。

北斗时空赋能新质生产力,推动数字经济高质量发展的形势与展望

随着我国数字经济的蓬勃发展,北斗所产生的精准时空数据的价值越来越受到重视,北斗应用与产业化发展也正迎来前所未有的机遇。通过与数字经济相结合,北斗系统已经在行业领域和大众领域打造了很多数字化应用场景,而进一步推动北斗规模化应用和产业的健康发展,赋能其他领域产业数字化进程,形成新质生产力,将最终让时空服务成为我国数字经济高质量发展强大推动力。本文结合当前北斗应用与产业发展现状和数字经济发展形势,重点围绕北斗产业发展的现状与形势、机遇与挑战、分析及建议等进行探讨,以期为我国综合时空体系的建设和发展提供有益参考。

Ethical Implications of Systems Methodology Applied to Industrial Ecology

The systemic view on industry and on production and consumption pattern is an essential feature of the industrial ecology （IE） concept. One consequence of this view is to investigate industrial flows and consumer activities, and their effects on the environment in order to evaluate and eventually optimize these flows with the help of a systems methodology. Industrial ecology has been developed by engineers and natural scientists and its ethical core canon often manifests in anthropocentric assertions such as harmonizing the contradiction between nature and culture with scientific expertise, appropriate technology and socio-economic management. This paper argues however for a biocentric inspired, normative reading of some characteristics of industrial ecology＇s systems methodology. The presumption for the value of this endeavor is that industrial ecology＇s systems methodology has a potential for developing directions for the design of a possible sustainable world.