The Role of Visual Aesthetics in Emotional Response
Abstract
This study aims to examine the impact of visual aesthetics on emotional response in design and art as well as the potential for computer technology to optimise aesthetic design choices for optimum emotional impact. Through an examination of prior research and investigation into the potential for computer-generated designs to optimise emotional impact, the paper emphasises the repercussions of these findings beyond the design industry, including ethical concerns. The study demonstrates that by analysing vast amounts of data and identifying patterns in emotional responses, artificial intelligence systems can generate designs optimised for specific emotional outcomes. By leveraging computer technology’s capacity to optimise aesthetic ratings for emotional impact, designers and researchers may be able to create more engaging, memorable, and effective designs. However, one must consider ethical concerns, such as prejudice, impartiality, data privacy, and security. To ensure the responsible and beneficial use of computer technology in visual design, the study identifies five key areas for future research: context, cultural and contextual aspects, personalization, ethical frameworks and norms for computer-generated designs, and real-world outcomes (such as sales and customer engagement). This study aims to shed light on the significance of visual aesthetics in emotional response as well as the potential for computer technology to revolutionise design decision-making to optimise emotional impact.
Keywords: Visual aesthetics, Emotional response, Design and emotion, Computer-generated designs, Emotion
DOI: 10.54941/ahfe1004170
Cite this paper
More from this volume
- Human Risk-Informed Design Framework (HURID) for integrating human factors in the design of systems and operations
- On the development of an ergonomic approach for the design of an industrial robotic coworker
- AI Technology, Holocaust Survivors, and Human Interactions at Holocaust Museums
- Software Usability for Different Age Groups
- Post-Pandemic Impact Analysis for airport processes from security to boarding – How to respond to the next pandemic
- Human-centric decision for the Integrated Planning of Smart Port Systems
- Design and Evaluation of A Wearable Adaptable Setup System for Occupational Exoskeletons
- User Centered Design of a Digital Platform for Therapeutic Education and Respiratory Rehabilitation in Patients with Post-COVID-19
- Towards Smart Building: Visualization of Indoor CO2 Concentration. Adapting Modern Computational Tools for Informing Design Building Decisions
- The impact of automation frameworks on today's data science competencies
- Conceptual modeling for Human Systems Integration in Manned-Unmanned Teaming
- Sensing Intra-clothing Climate to Increase Comfort According to time, place, and occasion


AHFE Open Access