As society confronts increasingly complex demands and the growing need for carbon-neutral architecture,AI-driven design methodologies are evolving rapidly.However,the lack of a unified integration platform in the desi...As society confronts increasingly complex demands and the growing need for carbon-neutral architecture,AI-driven design methodologies are evolving rapidly.However,the lack of a unified integration platform in the design process continues to hinder AI’s integration into real-world workflows.To address this challenge,we introduce ArchiWeb,a web-based platform specifically built to support AI-driven processes in early-stage architectural design.ArchiWeb transforms architectural representation and problem formulation by utilizing lightweight data protocols and a modular algorithmic network within an interactive web environment.Through its cloud-native,open-architecture framework,ArchiWeb enables deeper integration of AI technologies while accelerating the accumulation,sharing,and reuse of design knowledge across projects and disciplines.Ultimately,ArchiWeb aims to drive architectural design toward greater intelligence,efficiency,and sustainability―supporting the transition to data-informed,computationally enabled,and environmentally responsible design practices.展开更多
Presentation level integration now becomes an important and fast growing trend in enterprise computing Portal-based composite applications use portlet and interactive web service, which usually offers several portlets...Presentation level integration now becomes an important and fast growing trend in enterprise computing Portal-based composite applications use portlet and interactive web service, which usually offers several portlets, as their basic constituents. Hence, portlet description and discovery are the key issues that have to be considered for the development of portal-based composite applications. This paper proposes a novel concept POI （Presentation Oriented Interface） to describe the presentation features of a portlet, so that interactive web services may be extended to facilitate the selection and interoperation of portlets. Portlet discovery can be effectively achieved based on the calculation of POI similarity that considers both type and structure similarity. Experiments show that the proposed approach can improve the satisfaction of portlet discovery, and also facilitate the portlet interoperation, thereby achieving better application integration at presentation level.展开更多
基金funded by the National Natural Science Foundation of China(No.52378008)Postgraduate Research Innovation Program of Jiangsu Province(No.KYCX22_0189).
文摘As society confronts increasingly complex demands and the growing need for carbon-neutral architecture,AI-driven design methodologies are evolving rapidly.However,the lack of a unified integration platform in the design process continues to hinder AI’s integration into real-world workflows.To address this challenge,we introduce ArchiWeb,a web-based platform specifically built to support AI-driven processes in early-stage architectural design.ArchiWeb transforms architectural representation and problem formulation by utilizing lightweight data protocols and a modular algorithmic network within an interactive web environment.Through its cloud-native,open-architecture framework,ArchiWeb enables deeper integration of AI technologies while accelerating the accumulation,sharing,and reuse of design knowledge across projects and disciplines.Ultimately,ArchiWeb aims to drive architectural design toward greater intelligence,efficiency,and sustainability―supporting the transition to data-informed,computationally enabled,and environmentally responsible design practices.
文摘Presentation level integration now becomes an important and fast growing trend in enterprise computing Portal-based composite applications use portlet and interactive web service, which usually offers several portlets, as their basic constituents. Hence, portlet description and discovery are the key issues that have to be considered for the development of portal-based composite applications. This paper proposes a novel concept POI （Presentation Oriented Interface） to describe the presentation features of a portlet, so that interactive web services may be extended to facilitate the selection and interoperation of portlets. Portlet discovery can be effectively achieved based on the calculation of POI similarity that considers both type and structure similarity. Experiments show that the proposed approach can improve the satisfaction of portlet discovery, and also facilitate the portlet interoperation, thereby achieving better application integration at presentation level.
