可持续性是不够的:走向人工智能支持的再生设计

Timea Kadar, M. Kadar
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引用次数: 9

摘要

用更简单的话来说,可持续发展是一个让事情变得不那么糟糕的过程。这不是一个长期的解决方案,即使它限制了对环境的破坏在一个可控的水平。然而,仅仅靠可持续发展是无法挽回已经失去的东西的。通过使用可再生能源、重新造林和创造生物多样性的收益,修复已经破坏的东西,需要立即采取恢复方法。围绕我们在成熟的生态系统中观察到的资源和能源使用的循环模式,重新设计我们的工业生产和消费系统是必须的,也是一项复杂的努力。为了创造一个真正的再生经济,我们需要处理大量的数据。生态设计的每一步都需要数据科学和人工智能的新技术。本文介绍了仿生学在循环设计中的一些例子,并提出了将数据科学和人工智能(AI)集成为工具的技术,以加速向再生方法的过渡。人工智能作为新兴的“第四次工业革命”技术,可以支持和加快人类创新的步伐,以设计未来的城市发展,实现城市创新。人工智能有能力创造一个阶段性的变化,以支持一个有效的、可再生的经济系统。
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Sustainability Is Not Enough: Towards AI Supported Regenerative Design
Sustainability, to describe it in simpler words, is a process of making things less bad. It is not a long-term solution even if it limits the destruction of the environment to a manageable level. Nevertheless, by just becoming sustainable, one cannot bring back what has been lost. The restoration approach is immediately required to fixing what has been broken by using renewable energy, reforestation and creating biodiversity gains. Redesigning our industrial system of production and consumption around the circular patterns of resource and energy use that we observe in mature ecosystems is a must and a complex endeavour. To create a truly regenerative economy challenges us to work with huge amounts of data. New techniques of data science and artificial intelligence are required in each step of the ecological design. This paper presents some examples of biomimicry in circular design and proposes techniques that integrate data science and artificial intelligence (AI) as tools to accelerate the transition towards the regenerative approach. AI, as an emergent ‘Fourth Industrial Revolution’ technology, can support and accelerate the pace of human innovation to design the future urban developments, to enable innovation in cities. AI has the capability to create a step change, to support an effective economic system that is regenerative by design.
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