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COMPLEX NETWORKS AND COMPLEX SYSTEMS FOR SUSTAINABILITY - A Nature-based Framework for Sustainable Product Design and Development

机译：可持续发展的复杂网络和复杂系统 - 一种基于自然的可持续产品设计和开发框架

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摘要

Nature-based systems are efficiently designed and are able to respond to many system requirements such as scalability, adaptability, self-organization, resilience, robustness, durability, reliability, self-monitoring, self-repair, and many others. Using nature's examples as guidepost, there is a unique platform for developing more environmentally sustainable products and systems. This position paper makes a case for an interdisciplinary approach to sustainable design and development. This paper suggests that the design should not only mimic natural behaviours but should benefit from natural phenomenon (e.g, wind turbines). The paper proposes a conceptual modeling system framework, whereby physical products and systems are designed and modeled with the added benefit of how similar systems work in nature. Developing such a system in nontrivial and requires an interdisciplinary approach. To realize this system will require a merging of analytical and computational models of nature systems and human-made systems into a single information system. In this position paper, we discuss the framework at a birds-eye view.
机译：基于自然的系统是有效的设计，能够响应许多系统要求，例如可扩展性，适应性，自组织，恢复力，鲁棒性，耐用性，可靠性，自我监控，自我修复等。使用Nature的示例作为导栏，有一个独特的平台，可以开发更多环保可持续的产品和系统。该立场纸为可持续设计和开发的跨学科方法提供了案例。本文表明，该设计不仅应模仿自然行为，而且应该受益于自然现象（例如，风力涡轮机）。本文提出了一种概念建模系统框架，其中设计了物理产品和系统，并模拟了如何在自然界中工作的类似的额外效益。在非活动中开发这种系统，需要跨学科方法。为了实现该系统，需要将自然系统和人工系统的分析和计算模型合并到一个信息系统中。在这个位置文件中，我们讨论了鸟瞰的框架。

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