Augmented Reality and Optical Illusion Techniques in Designing Interior Spaces for Limited Areas

Innovative solutions for improving spatial perception and visual evaluation of tight interior spaces, augmented reality (AR) and optical illusion techniques are discussed in this paper. This investigation examines how ARinduced illusions affect perceived depth, aesthetics, and engagement élan. Through experimentation with forced perspective, anamorphic distortion and light manipulation, this research illustrates the ways small sites of residential and commercial use gain from digital augmentation. However, the results suggest that AR greatly enhances spatial perception and that certain illusions are more powerful than others. Another conclusion concludes in the User preferences and engagement levels based on the data verify that AR in interior design is not only practical but also long-term beneficial. The research shows that design solutions are driven by an interactive AR solution which is dynamic, flexible, affordable, and above all pragmatics. AI can apply further down the trail to enable superior personalization and functionality for the modern interior architecture.

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Publication Details

Published
2025-04-05
DOI
https://doi.org/10.1109/icmi65310.2025.11141282
Primary Topic
Urban and spatial planning
Type
article
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article

Augmented Reality and Optical Illusion Techniques in Designing Interior Spaces for Limited Areas

Shafi Ahmed, Shaima Zaki Abdulhameed, Liqaa Ahmed Abdulrahman
Urban and spatial planning
article

Augmented Reality and Optical Illusion Techniques in Designing Interior Spaces for Limited Areas

Shafi Ahmed, Shaima Zaki Abdulhameed, Liqaa Ahmed Abdulrahman
article en

Abstract

Innovative solutions for improving spatial perception and visual evaluation of tight interior spaces, augmented reality (AR) and optical illusion techniques are discussed in this paper. This investigation examines how ARinduced illusions affect perceived depth, aesthetics, and engagement élan. Through experimentation with forced perspective, anamorphic distortion and light manipulation, this research illustrates the ways small sites of residential and commercial use gain from digital augmentation. However, the results suggest that AR greatly enhances spatial perception and that certain illusions are more powerful than others. Another conclusion concludes in the User preferences and engagement levels based on the data verify that AR in interior design is not only practical but also long-term beneficial. The research shows that design solutions are driven by an interactive AR solution which is dynamic, flexible, affordable, and above all pragmatics. AI can apply further down the trail to enable superior personalization and functionality for the modern interior architecture.

Middle Technical University (IQ)
Openalex Percentile: Top 76%
Urban and spatial planning
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