Computer-Supported Smart Green-Blue Infrastructure Management

M. Visan, Firicel Mone
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Abstract

Answering climate change challenges, the paper proposes an intelligent decision support system (DSS) for the management of green-blue infrastructure (GBI). Addressing the gaps identified in other studies, the designed DSS incorporates four key elements: 1/interdisciplinary collaboration among all stakeholders 2/inclusion of practical operation and maintenance activities, 3/main components of distributed DSS, with practical examples of use, 4/consideration of conditions specific to the location. The multi-layered DSS architecture can be implemented as a unified platform that provides a comprehensive, customizable, and flexible framework based on AI tools, big data and analytics, edge computing, cloud, and mobile, IIoT, and biometric system tools. The use of cobots and digital clones alongside humans results in the implementation of hybrid human-machine units. DSS for GBI increases decision-making capacity and can serve as a foundation for the implementation of similar systems by governments and local communities to build sustainable and resilient communities.
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计算机支持的智能绿蓝基础设施管理
针对气候变化带来的挑战,本文提出了一种用于绿蓝基础设施管理的智能决策支持系统。为了解决其他研究中发现的差距,设计的决策支持系统包含四个关键要素:1/所有利益相关者之间的跨学科合作2/包括实际操作和维护活动3/分布式决策支持系统的主要组成部分,并提供实际使用示例4/考虑具体地点的条件。多层DSS架构可以作为一个统一的平台来实现,基于AI工具、大数据和分析、边缘计算、云和移动、工业物联网和生物识别系统工具,提供一个全面、可定制、灵活的框架。与人类一起使用协作机器人和数字克隆导致实现混合人机单元。为GBI提供决策支持可提高决策能力,并可作为政府和地方社区实施类似系统的基础,以建设可持续和有复原力的社区。
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