arXiv 建筑语义标准论文· Rozita Teymourzadeh·· 2025-09-18AI 评分50
「英中对照」一种利用Brick 2020本体转换建筑信息的可扩展互操作平台
A Scalable and Interoperable Platform for Transforming Building Information with Brick Ontology
AI 导读
arXiv收录的建筑语义领域研究提出一款基于Brick 2020本体、面向楼宇自动化场景的可扩展互操作建筑信息转换平台。该平台采用Brick模式与图数据结构技术，依托树状图实现半自动化处理，适配不同建筑配置，可离线整合并便于检索历史数据、将建筑点列表转换为Brick模式模型支撑数字孪生应用，同时降低数据安全风险、提升互操作性。
正文 · 中英逐段对照
Abstract:In the digital twin and building information era, many building automation companies searched for scalable methods to extract and analyze different building data, including Internet of Things (IoT) sensors, actuators, layout sections, zones, etc. The necessity for engineers to continuously manage the entire process for each new building creates scalability challenges. Furthermore, because construction information is sensitive, transferring data on vendor platforms via the cloud creates problems. This paper introduces a platform designed to address some of the common challenges in building automation. This is a smart platform designed for the transformation of building information into Brick ontology (Brick 2020) and graph formats. This technology makes it easy to retrieve historical data and converts the building point list into a Brick schema model for use in digital twin applications. The overarching goal of the proposed platform development is semi-automate the process while offering adaptability to various building configurations. This platform uses Brick schema and graph data structure techniques to minimize complexity, offering a semi-automated approach through its use of a tree-based graph structure. Moreover, the integration of Brick ontology creates a common language for interoperability and improves building information management. The seamless and offline integration of historical data within the developed platform minimizes data security risks when handling building information. 摘要:在数字孪生与建筑信息时代，许多楼宇自动化公司都在探寻可扩展的方法，以提取和分析各类建筑数据，包括物联网 (IoT) 传感器、执行器、布局区段、区域等。工程师必须为每栋新建筑持续管理全流程，这带来了可扩展性方面的挑战。此外，由于施工信息具有敏感性，通过云在供应商平台传输数据会引发问题。本文介绍了一款旨在解决楼宇自动化领域部分常见挑战的平台。这是一款智能平台，用于将建筑信息转换为Brick本体 (Brick 2020) 和图格式。该技术便于检索历史数据，并将建筑点位列表转换为Brick模式模型，供数字孪生应用使用。本次所提议平台开发的总体目标是实现流程半自动化，同时支持适配各类建筑配置。该平台采用Brick模式与图数据结构技术最大限度降低复杂度，通过运用基于树的图结构提供半自动化方案。此外，Brick本体的整合为互操作性创造了通用语言，可改善建筑信息管理。已开发平台内历史数据的无缝离线整合，可最大限度降低处理建筑信息时的数据安全风险。
| Subjects:主题: | Computers and Society (cs.CY); Signal Processing (eess.SP)计算机与社会 (cs.CY); 信号处理 (eess.SP) |
| Cite as:引用为: | arXiv:2509.16259 [cs.CY] |
| (or arXiv:2509.16259v1 [cs.CY] for this version) (或 arXiv:2509.16259v1 [cs.CY] 供本版本使用) | |
| https://doi.org/10.48550/arXiv.2509.16259 arXiv-issued DOI via DataCite 由arXiv通过DataCite核发的DOI |
Submission history提交历史
From: Rose Levin [view email]
[v1]
Thu, 18 Sep 2025 00:24:57 UTC (843 KB)
来自: Rose Levin [查看电子邮件]
[v1]
Thu, 18 Sep 2025 00:24:57 UTC (843 KB)
来源：arXiv 建筑语义标准论文 · arxiv.org