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平行圆明园:从数字孪生园林到元宇宙智慧遗址公园 被引量:3

Parallel Yuan-Ming Yuan Imperial Garden:from digital twin garden to metaverse smart heritage park
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摘要 圆明园是一座历史上的皇家园林,它不仅在中国园林史上占有重要地位,也在世界上享有很高的声誉。圆明园蕴含的历史和文化价值,迫切需要通过一种全新的方式被国人广泛了解,被世界铭记。围绕坚持“保护第一、加强管理、挖掘价值、有效利用、让文物活起来”的工作方针,提出平行圆明园这一全新解决方案,为智慧圆明园的建设提供技术参考。平行圆明园是ACP理论在圆明园运营管理中的应用,通过描述智能构建虚拟圆明园,利用预测智能在虚拟圆明园中进行大规模的计算实验,通过引导智能和平行执行突破圆明园的地域边界,实现对圆明园的智能管理。虚拟世界的圆明园的发展和丰富,虚拟与现实世界的日益平行互动和融合,将带来新的圆明园运营模式。 Yuan-Ming Yuan Imperial Garden is a historically royal garden;it not only occupies an important position in the history of Chinese garden,but also enjoys a high reputation in the world.The historical and cultural values contained in Yuan-Ming Yuan Imperial Garden needs to be widely understood by the Chinese people and be remembered by the world through a new way.Focusing on the work policy for cultural relics of“protection first,strict management,mining value,rational utilization and good transmission”,a new solution of parallel Yuan-Ming Yuan Imperial Garden was pro-posed,which provided technical reference for the construction of the smart Yuan-Ming Yuan Imperial Garden.Parallel Yuan-Ming Yuan Imperial Garden is the application of ACP theory in the operation and management.Descriptive intel-ligence will be used to construct a virtual Yuan-Ming Yuan Imperial Garden,predictive intelligence will be used to con-duct large-scale computational experiments in the virtual Yuan-Ming Yuan Imperial Garden,and prescriptive intelligence and parallel execution will be used to outbreak the geographical limit and lead to the smart management of Yuan-Ming Yuan Imperial Garden.It is expected that the development and enrichment of the Yuan-Ming Yuan Imperial Garden in the virtual world,and the increasingly parallel interaction and integration with the real world,will bring about a new op-erating mode.
作者 康孟珍 邱文忠 陈自富 王猛 许沙沙 王秀娟 倪爱东 蒋玉洁 陈世超 DE REFFYE Philippe 王飞跃 KANG Mengzhen;QIU Wenzhong;CHEN Zifu;WANG Meng;XU Shasha;WANG Xiujuan;NI Aidong;JIANG Yujie;CHEN Shichao;DE REFFYE Philippe;WANG Fei-Yue(The State Key Laboratory for Management and Control of Complex Systems,Institute of Automation,Chinese Academy of Sciences,Beijing 100190;China 2.School of Artificial Intelligence,University of Chinese Academy of Sciences,Beijing 100049;China 3.Yuanmingyuan Administrative Office,Haidian District,Beijing 100084;China 4.Beijing Century Mingde Education&Technology Co.,Ltd.,Beijing 100091;China 5.Beijing Engineering Research Center of Intelligent Systems and Technology,Institute of Automation,Chinese Academy of Sciences,Beijing 100190;China 6.CIRAD,UMR AMAP,Montpellier F-34398,France)
出处 《智能科学与技术学报》 2022年第3期301-307,共7页 Chinese Journal of Intelligent Science and Technology
基金 国家自然科学基金资助项目(No.62076239)。
关键词 平行系统 ACP理论 去中心化自治组织 圆明园 智能管理 parallel system ACP theory decentralized autonomous organization Yuan-Ming Yuan Imperial Garden in-telligent management
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