Interactive cognitive poster design based on visual function compensation from the perspective of SAPAD-TOPSIS

In today's information age, the diversification of interaction methods has led to a focus on building interactive cognitive capabilities within the design academic community. While these methods promote social multi-modal integration, they also introduce challenges such as increased cognitive learning costs, complexity, and unclear feedback. This article explores a new paradigm for visual function compensation in interactive cognitive poster design, utilizing the "behavior-meaning-object" effectiveness from the SAPAD theoretical framework and integrating the TOPSIS method for evaluation. The goal is to objectively assess design solutions and guide designers in creating more effective strategies. Additionally, the research addresses systematic approaches for planning functional compensation and interaction scales in visual communication, offering insights to enhance the current direction of interaction design in China. Developing China's interactive cognitive framework is a long-term process that involves resolving differences through sharing, communication, and mutual promotion. Designers should focus on the connections between system elements and prioritize audience needs, aiming to create design solutions that bridge gaps in interaction models.

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Publication Details

Journal
Applied and Computational Engineering
Published
2024-09-13
DOI
https://doi.org/10.54254/2755-2721/92/20241717
Primary Topic
Digital Media and Visual Art
Type
article
Field-Weighted Citation Impact
0.00
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article

Interactive cognitive poster design based on visual function compensation from the perspective of SAPAD-TOPSIS

Biao Zhou, Yifei Li, Pufan Song
Applied and Computational Engineering
Digital Media and Visual Art
article

Interactive cognitive poster design based on visual function compensation from the perspective of SAPAD-TOPSIS

Biao Zhou, Yifei Li, Pufan Song
article en

Abstract

In today's information age, the diversification of interaction methods has led to a focus on building interactive cognitive capabilities within the design academic community. While these methods promote social multi-modal integration, they also introduce challenges such as increased cognitive learning costs, complexity, and unclear feedback. This article explores a new paradigm for visual function compensation in interactive cognitive poster design, utilizing the "behavior-meaning-object" effectiveness from the SAPAD theoretical framework and integrating the TOPSIS method for evaluation. The goal is to objectively assess design solutions and guide designers in creating more effective strategies. Additionally, the research addresses systematic approaches for planning functional compensation and interaction scales in visual communication, offering insights to enhance the current direction of interaction design in China. Developing China's interactive cognitive framework is a long-term process that involves resolving differences through sharing, communication, and mutual promotion. Designers should focus on the connections between system elements and prioritize audience needs, aiming to create design solutions that bridge gaps in interaction models.

Applied and Computational EngineeringVol. 92(1)
Hainan University (CN), Lanzhou City University (CN)
Openalex Percentile: Top 69%
Digital Media and Visual Art
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