A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent mobile assistant for spatial design support
Abstract This paper describes the methodology behind intelligent mobile assistant for spatial design support. The assistant gathers data and provides computational support for spatial assistance system on the basis of making intelligent spatial decisions. The main idea behind the assistant is to create a semantic model of the environment and performing preliminary spatial reasoning to provide cognitive feedback. The main goal is to support the designer in his task by perceiving and evaluating spatial design intent. Simultaneously the assistant allows for on-line modeling of real structured environment. It improves the conception–modeling–evaluation–remodeling cycle. This paper also contains an empirical evaluation of the proposed methodology. The results of the experiments performed using the prototype of Mobile Spatial Assistance System (MSAS) are shown. To conclude, the article presents the new methodology behind spatial support systems, which provides designers with cognitive assistance.
Highlights ► The integration of Spatial Assistance System and autonomous mobile platform is shown. ► The conceptualization techniques for semantic modeling are shown. ► The prototype of Mobile Spatial Assistance System is presented (MSAS). ► The methodology of MSAI (Mobile Spatial Assistive Intelligence) is proposed. ► The case study of the Cognitive Feedback of the MSAS is given.
Intelligent mobile assistant for spatial design support
Abstract This paper describes the methodology behind intelligent mobile assistant for spatial design support. The assistant gathers data and provides computational support for spatial assistance system on the basis of making intelligent spatial decisions. The main idea behind the assistant is to create a semantic model of the environment and performing preliminary spatial reasoning to provide cognitive feedback. The main goal is to support the designer in his task by perceiving and evaluating spatial design intent. Simultaneously the assistant allows for on-line modeling of real structured environment. It improves the conception–modeling–evaluation–remodeling cycle. This paper also contains an empirical evaluation of the proposed methodology. The results of the experiments performed using the prototype of Mobile Spatial Assistance System (MSAS) are shown. To conclude, the article presents the new methodology behind spatial support systems, which provides designers with cognitive assistance.
Highlights ► The integration of Spatial Assistance System and autonomous mobile platform is shown. ► The conceptualization techniques for semantic modeling are shown. ► The prototype of Mobile Spatial Assistance System is presented (MSAS). ► The methodology of MSAI (Mobile Spatial Assistive Intelligence) is proposed. ► The case study of the Cognitive Feedback of the MSAS is given.
Intelligent mobile assistant for spatial design support
Będkowski, Janusz (author)
Automation in Construction ; 32 ; 177-186
2012-09-24
10 pages
Article (Journal)
Electronic Resource
English
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