A smart space construction and whole life cycle management method and system

Abstract

The application relates to a smart space construction and whole life cycle management method and system, which comprises the following steps: constructing a requirement library, a device library and a strategy library; acquiring and structurally processing initial multi-source information and user demand information; performing multi-modal consistency fusion and conflict resolution to obtain unified space model data; performing function, device and strategy matching through a three-level matching mechanism, and synchronously detecting and resolving logic and resource conflicts; performing multi-objective optimization and three-dimensional scoring on complex conflicts to determine an optimal balance scheme; generating a visual preview scheme and confirming the same; outputting a complete scheme containing a digital twin model, cost accounting and an implementation plan; synchronizing progress and dynamically scheduling in implementation; and dynamically optimizing strategies in the running stage. The scheme provided by the application can improve the precision, efficiency and economy of smart space construction, and realize whole-process closed-loop management from design, implementation to operation and maintenance.

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