Leveraging Structural Systems of Visual Sound Waves (Cymatics) to Develop Digital Designs Using Artificial Intelligence Technologies

Document Type : Scientific Articles

Authors

Kingdom of Saudi Arabia, Jeddah, University of Jeddah, College of Design and Arts, Department of Drawing and Arts

Abstract

This research explores the role of artificial intelligence in developing digital designs based on the structural systems of visual sound waves (Cymatics), a physical phenomenon that produces visual patterns. These patterns serve as a creative foundation for new digital designs, with sound physics providing an ideal structural basis. Amid the Fourth Industrial Revolution, artificial intelligence has become an influential tool in various fields, especially digital design, where it performs advanced tasks using techniques that enhance output efficiency. This research aims to harness these capabilities to create designs based on visual sound patterns. To achieve this, the research problem investigates how to leverage the structural systems of visual sound waves (Cymatics) and apply artificial intelligence techniques to generate innovative digital designs. Methodologically, a descriptive-analytical approach is used to understand the structural properties of visual sound waves, extracting visual elements for digital design use. Additionally, an experimental approach tests AI tools, such as neural networks, for generating digital designs by modeling sound patterns and converting them into applicable digital images. Findings reveal that artificial intelligence significantly enhances execution speed and digital design efficiency. Additionally, using artificial intelligence as an effective design tool has facilitated the creation of artistic outputs by transforming sound patterns into visual digital images, opening new horizons in design and aligning with technological and digital art advancements. This research emphasizes the potential of integrating artificial intelligence as a primary tool in digital design, enabling the creation of designs that utilize the latest technologies and advancing digital arts.

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Arab International Journal for Information Technology & Data
Volume 5, Issue 2 - Serial Number 1
Part 1, No. 2, Vol. 5
April 2025
Pages 111-150

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