Cognitive-Mathematical Approaches for Evaluating Architectural Contextual Fit |
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Authors: | Natheer Abu-Obeid Fuad K Malkawi Khaled Nassar Basel Al-eideh |
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Affiliation: | (1) Dept. Architectural Engineering, Jordan University of Science and Technology (JUST), Irbid, Jordan;(2) Dept. of Architectural Engineering, University of Sharjah, Sharjah, United Arab Emirates;(3) Dept. of Quantitative Methods and Information Systems, Kuwait University, Kuwait, Kuwait |
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Abstract: | The main goal of this study is to apply a scientific quantitative approach to the investigation of contextual fit. This is
approached mathematically within the framework of cognitive science and research on categorization and prototypes. Two experiments
investigated two leading mathematical-cognitive approaches for explaining people’s judgment of contextual fit of a new building
with an architectural/urban context: prototype approach and feature frequency approach. The basic concept is that people represent
the built environment via architectural prototypes and/or frequencies of encountered architectural features. In the first
experiment, a group of twelve participants performed rank order tasks on artificially created architectural patterns, for
the purpose of psychological scaling. Perceptual distances among all patterns were mathematically determined. In the second
experiment, three groups of architectural patterns were constructed to represent assumed architectural contexts. The prototype
of each context was mathematically determined according to prototype cognitive model, and based on the distances calculated
in the first experiment. Fifty-six students participated in the main experiment, in which they rank ordered a group of fifteen
architectural patterns in terms of contextual fit to each of the three architectural contexts. Participants’ rank order data
of the fifteen patterns were regressed on both the perceptual distances from prototypes, and numbers of features shared with
each architectural context. Results indicated that both prototype and feature frequency approaches significantly accounted
for important portions of participants’ judgments. However, participants tended to prefer one approach to the other according
to context composition. Results have implications for both research on utilizing cognitive-mathematical models in architectural
research and on urban design guidelines and control. |
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Keywords: | :" target="_blank">: urban design statistics algebra dimensions geometry experimental aesthetics cognitivemathematical models prototype theory |
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