智能农业与智能交通系统,助力未来城市可持续发展

H. Goh, Andrew W. Hamilton, Ming-Lee Gan, I. Andonovic
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引用次数: 0

摘要

许多城市正在从传统的重工业向现代知识经济转型。人口众多的城市在可持续粮食供应方面面临着日益严峻的挑战。大量集中的人口不能再完全依赖主要来自农村农业环境的既定粮食供应链。本文报告了通过在城市环境中直接生产食品来提高大城市粮食安全的解决方案的发展。城市农业带来了许多优势,包括更有效的分配和生产,再加上智能交通系统。该研究符合可持续未来城市的概念,将物联网、大数据、现代自动化和绿色工程等各种技术整合在一起,创造一个可持续、高效、互联的未来城市景观。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart Agriculture with Intelligent Transportation System for Sustainable Future Cities
Many cities are migrating from a traditional heavy industry root to a modern knowledge-based economy. Cities with large populations face ever-increasing challenges in terms of a sustainable food supply. Large concentrated populations can no longer depend solely on established food supply chains which are sourced primarily from rural agriculture environments. The paper reports on the development of a solution that enhances food security within large metropoles, through food produced directly in city environments. A number of advantages accrue with urban farming that includes a more efficient distribution and production, when coupled to an intelligent transportation system. The study is in-line with the concept of Sustainable Future Cities, which brings together the integration of various technologies such as the Internet of Things, Big Data, contemporary automation and green engineering to create a future urban landscape that is sustainable, productive, efficient and interconnected.
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