Implementing biosensing based user preference visualisation in architectural spaces
Mi Kyoung Kim
TL;DR
This paper explores how biosensing data like brainwaves and eye tracking can be used to visualize user preferences in architectural spaces, advancing neuroarchitecture by integrating physiological feedback into design analysis.
Contribution
It introduces a novel method for visualizing user preferences in architecture through biosensing data, combining neuroarchitecture insights with real-time physiological measurements.
Findings
Biosensing data effectively reflect user preferences.
Visualization techniques reveal emotional responses to architectural features.
Potential for personalized architectural design based on biosensing feedback.
Abstract
This study delves into the interplay between architectural spaces and human emotions, leveraging the emergent field of neuroarchitecture. It examines the functional and aesthetic influence of architectural design on individual users, with a focus on biosensing data such as brainwave and eye tracking information to understand user preferences.
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Taxonomy
TopicsAesthetic Perception and Analysis · Color perception and design · Architecture and Computational Design