摘要
平台创新性融合生成式AI与专业设计智慧,构建包含SaaS订阅、弹性算力计费、数据服务及生态分成的多元盈利体系,实现设计周期缩短60%、综合成本降低45%的突破性成效。项目依托50万案例数据集与行业级知识图谱构建竞争壁垒,推动建筑行业向“人机协同、数据驱动”新范式转型,预计五年内形成覆盖设计全链条的产业互联网生态。
The platform innovatively integrates generative AI with professional design expertise to establish a diversified revenue model com⁃prising SaaS subscriptions,elastic computing power billing,data services,and ecosystem profit sharing.This has led to breakthrough achievements,including a 60%reduction in design cycle time and a 45%decrease in overall costs.Leveraging a dataset of 500,000 case studies and an industry-level knowledge graph,the project builds strong competitive barriers,driving the architectural industry toward a new paradigm of"human-machine collaboration and data-driven"development.Over the next five years,it is expected to form an industrial internet ecosystem covering the entire design value chain.
作者
曾城
阮宁熠
张婉娜
Cheng Zeng;Ningyi Ruan;Wanna Zhang(Zhejiang Yuexiu University of Foreign Languages,Shaoxing,Zhejiang 312030)
出处
《教育教学研究前沿》
2025年第4期53-56,共4页
Frontiers of Education and Teaching Research
基金
浙江越秀外国语学院大学生创新创业训练计划项目资助项目编号202412792019。
关键词
生成式AI
BIM技术
建筑设计智能化
人机协同设计
建筑产业互联网
generative AI
BIM technology
intelligent architectural design
human-machine collaborative design
industrial internet of architecture
作者简介
曾城,本科,研究方向为数据挖掘;阮宁熠,本科,研究方向为数据挖掘;张婉娜,硕士,中级,研究方向为图像学、艺术学。
