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Application Practice and Efficiency Research of Intelligent Construction Robots in Housing Construction Engineering 认领 引用
1
作者 SUN Kaikai 《外文科技期刊数据库（文摘版）工程技术》 2026年第5期057-062,共6页
Against the industrial strategic background of the coordinated development of intelligent construction and new-type building industrialization during the 14th Five-Year Plan period, the drawbacks of the labor-intensiv... Against the industrial strategic background of the coordinated development of intelligent construction and new-type building industrialization during the 14th Five-Year Plan period, the drawbacks of the labor-intensive construction model in traditional housing projects have become increasingly prominent. Issues such as aging labor force, poor stability of construction quality, and low efficiency of process collaboration have severely restricted the transformation and upgrading of the construction industry. Taking the Shunde Country Garden Phoenix Terrace housing project as the research carrier, relying on the Country Garden BIM Planning and Scheduling System and Robot Construction Quality Standards, this paper systematically explores the practical application mode of intelligent construction robots in the whole construction cycle of concrete structures, secondary structures, and decoration and fitment. Combined with the actual measured data of the project, it compares the technical differences between robot construction and traditional manual construction, sorts out core problems such as insufficient precision in special parts and lagging multi-process collaboration, and puts forward improvement measures including customized equipment optimization, algorithm iteration, data interconnection, and equipment linkage. Practice shows that the clustered application of intelligent construction robots can effectively shorten the construction period, improve precision, and reduce rework and labor costs, providing replicable practical experience and technical references for the intelligent transformation of similar housing projects and the large-scale application of robots. 展开更多
关键词 Housing construction engineering Intelligent construction robots BIM collaboration Construction precision Process collaboration Efficiency improvemen
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Agent-based Collaborative Design Framework Supporting Synchronization and Asynchronization on Internet 认领 引用 被引量：1
2
作者 李旭东 Huang Kezheng 《High Technology Letters》 EI CAS 2001年第1期59-62,共4页
On the basis of analysis of the research issues and requirement of collaborative design, we propose the overall framework of agent based collaborative design on Internet. Then, we describe the implementation of synchr... On the basis of analysis of the research issues and requirement of collaborative design, we propose the overall framework of agent based collaborative design on Internet. Then, we describe the implementation of synchronous and asynchronous collaborative design process based on standardized design activities under the overall framework. In order to realize design message passing, the DMP Protocol is proposed as well in this paper and described in detail. 展开更多
关键词 Collaborative design process Agent Synchronous Asynchronous Internet
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Multi-Actor Geo-Collaborative Device for Collecting Household Waste in Urban Areas: A Case Study of Lamkansa District, Casablanca, Morocco 认领 引用 被引量：1
3
作者 Abdessalam Hijab Eric Henry Hafida Boulekbache 《Intelligent Information Management》 2021年第6期269-285,共17页
The aim of this paper is to develop a Multi-Actor Geo-Collaborative Device to improve the processes of household waste collect (HWC) in urban areas. The proposed device will be tested in the Lamkansa district, in the ... The aim of this paper is to develop a Multi-Actor Geo-Collaborative Device to improve the processes of household waste collect (HWC) in urban areas. The proposed device will be tested in the Lamkansa district, in the southwestern part of Casablanca city, Morocco. The approach used is a systemic analysis of communication in order to act on a territory. We have been inspired by several methodological developments concerning multi-actor processes of land use planning. We focused our work on the involvement of the inhabitants in the process of household waste collect. The results show that the urban population can help and contribute to the development of complementary solutions to improve the urban environment and their living environment. Moreover, by integrating citizens in HWC processes, as well as decision communication, we can reduce household waste management costs and make it faster and more efficient, through a geo-collaborative, participatory and incentive logic. The approach described in this article is original, not only considering the technologies used to present and share the collected information, but also regarding the concept of integrating several actors in a collaborative/incentive mode. It arouses great interest by combining geomatics with communication and information sciences. It contributes to improve the participation of the inhabitants in the life of their urban environment in order to establish a reinforced dialogue on the future of their city and public health. Also, it involves the development and testing of new devices and tools for multi-actor collaboration. 展开更多
关键词 ICT GIS Systemic Analysis Communication and Collaboration Processes Population Participation Household Waste and Urban Environment Lamkansa
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Autonomous process collaboration framework for C4ISR system interoperation 认领 引用 被引量：5
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作者 Lin Yang Minggang Yu Qingchao Dong 《Journal of Systems Engineering and Electronics》 SCIE CSCD 2017年第6期1098-1113,共16页
Interoperability plays an important role in the joint command, control, communication, computer, intelligence, surveillance, reconnaissance(C4 ISR) operations. Coordinating and integrating operational processes to ful... Interoperability plays an important role in the joint command, control, communication, computer, intelligence, surveillance, reconnaissance(C4 ISR) operations. Coordinating and integrating operational processes to fulfill a common mission are challenged by the ever-changing battlefield and hence requires a cross-organizational process management that produces an autonomous, flexible and adaptable architecture for collaborative process evolution. The traditional business process collaboration pattern is based on the predefined "public-view" perspective and cannot meet the requirement of the joint task operations. This paper proposes a flexible visibility control mechanism and a dynamic collaboration framework for modeling and generating collaborative processes. The mechanism allows collaborators to define a set of visibility rules to generate different views of the private processes for different collaborations, which gives a great flexibility for the collaboration initiator to decide on an appropriate collaboration pattern. The framework supports collaborators to dynamically and recursively add a new process or even a new organization to an existing collaboration. Moreover, a formal representation of the processes and a set of generation algorithms are provided to consolidate the proposed theory. 展开更多
关键词 cross-organizational collaboration interoperability collaborative process joint operations
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Process optimization of financial shared service centers based on RPA 认领 引用
5
作者 Xinyu Wu Xiaoli Yang +4 位作者 Linqian Jiang Xinya Wang Yi Xie Xianhua Lu Yuhan Li 《Journal of Applied Economics and Policy Studies》 2026年第5期155-162,共8页
Against the backdrop of enterprise digital transformation,financial shared service centers are confronted with multiple challenges,including efficiency bottlenecks,data silos,and rising labor costs.This study focuses ... Against the backdrop of enterprise digital transformation,financial shared service centers are confronted with multiple challenges,including efficiency bottlenecks,data silos,and rising labor costs.This study focuses on the need for process optimization in financial shared service centers.Taking Robotic Process Automation(RPA)as the core technology and integrating artificial intelligence techniques such as Optical Character Recognition(OCR)and Natural Language Processing(NLP),it develops automated solutions covering three key scenarios:accounts payable,expense reimbursement,and report generation.The study proposes a standardized implementation framework encompassing process selection,tool alignment,development specifications,and performance evaluation.It also introduces a human–machine collaboration model characterized by"robots handling repetitive tasks while humans focus on value creation".Based on literature analysis and scenario simulation,the findings indicate that the RPA-based optimization solution can reduce the processing time of individual transactions by over 70%,lower the error rate to below 0.1%,and achieve labor cost savings exceeding 30%.This research provides both theoretical support and practical guidance for the intelligent transformation of financial shared service centers. 展开更多
关键词 robotic process automation,financial shared service center,process optimization,human-machine collaboration,scenario simulation
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