A BIM-Based Lifecycle Information Integration Framework for Green Residential Buildings Using Distributed Data Processing
Year: 2026
Type: conference-paper
Abstract: The rapid development of green residential buildings and construction industrialization has created increasing demand for efficient lifecycle information management and collaborative data sharing among multiple stakeholders. However, traditional construction management approaches still rely on fragmented information systems and isolated data sources, leading to poor interoperability, redundant modeling processes, and limited decision support capability throughout the building lifecycle. To address these challenges, this study proposes a BIM-based lifecycle information integration and management framework for industrialized green residential buildings. The proposed framework integrates Building Information Modeling (BIM) with distributed cloud computing technologies to enable efficient storage, processing, and sharing of large-scale lifecycle data. First, a hierarchical BIM data model is constructed to support lifecycle information representation across planning, design, construction, and operation stages. Second, a distributed data processing mechanism based on the MapReduce paradigm is introduced to enhance the efficiency of large-scale BIM data analysis and cross-stage information retrieval. Third, an interoperable data fusion method is developed to integrate heterogeneous datasets generated from multiple software tools and project participants. Based on the proposed framework, a lifecycle information management platform is designed to support BIM data integration, collaborative analysis, and decision-making applications, including resource allocation optimization, lifecycle economic analysis, and green performance evaluation. The platform architecture consists of multiple functional modules, including BIM data integration, data processing services, web API interfaces, and lifecycle analytics components. The proposed system provides a scalable solution for lifecycle information integration and management of green residential buildings. It improves data interoperability, supports collaborative decision-making, and promotes digital transformation in sustainable construction management.
Language: English
Subfield: Building and Construction
Field: Engineering
Domain: Physical Sciences
Open Access status: hybrid
OpenAlex ID: W7204184860