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From the rudimentary graffiti etched by our ancestors on cave walls during the Paleolithic Age to the European Renaissance, where masters like Leonardo da Vinci and Michelangelo imbued religious themes with humanistic splendor through brush and chisel, art has consistently mirrored the evolution of human thought and expression (Humprecht et al., 2022). In traditional Eastern painting, literate artists conveyed their philosophies and poetic sensibilities, finding profound meaning in the depiction of landscapes, flowers, and birds (Woon et al., 2022). Art spans the vast expanse of history, bearing the deep imprints of its epoch. Artworks have always carried within them the thoughts, emotions, and creative spirit of humanity, serving as vivid testimonies to the transmission and development of diverse civilizations. Each piece is a testament to the era it was created in, reflecting not only the aesthetic values but also the social and philosophical currents of its time. Through the ages, art remains an enduring chronicle of human experience, capturing the essence of our collective journey.
The integration of computer-aided design (CAD) and multimedia technologies in artistic creation not only enhances artistic expression but also offers significant benefits in terms of efficiency and innovation, which are highly valued in both creative industries and business applications. These technologies have transformed traditional artistic practices, enabling artists to explore new forms of expression while also providing businesses with tools to streamline processes, reduce costs, and enhance productivity. In addition to their impact on the arts, CAD and multimedia technologies have been widely adopted in various industries, including architecture, engineering, education, and marketing, where they have significantly improved design accuracy, reduced production costs, and enhanced overall efficiency (Deng & Zhai, 2025). To enhance the theoretical foundation, this study incorporates additional references focusing on the adoption of information technology (IT) in creative industries and the business applications of CAD and multimedia technologies. These references offer deeper insight into how these technologies are integrated and utilized in various sectors. To address the broader impact, future research should explore the trade-offs between increased computational overhead and reduced communication costs, especially in comparison with alternative encryption schemes such as CKKS.CKKS is an open-source homomorphic encryption library (HEAAN) that implements an approximate HE scheme proposed by Cheon, Kim, Kim, and Song. Additionally, a section on limitations and practical deployment challenges in real-world multi-cloud environments will contextualize the scalability claims and ensure consistency in notation and terminology throughout the paper to improve overall clarity and readability.
The surge of scientific and technological advancements is redefining every facet of society with an unprecedented force, and the realm of art is no exception to this profound transformation. Technologies such as CAD and multimedia are akin to a new dawn, breaking away from the traditional paradigms of artistic creation and ushering in an epoch of innovation (Cetinic & She, 2022).
CAD technology infuses artistic creation with a rational luminosity, characterized by its precision and superior graphic construction capabilities (Wang, 2021). Leveraging sophisticated algorithms and data processing, CAD software swiftly transforms abstract design concepts into tangible three-dimensional models. It meticulously delineates every contour of an architectural facade and each nuance of its internal composition, thereby significantly enhancing both the efficiency and quality of the creative process. By liberating architectural design from the constraints of labor-intensive manual drafting, CAD allows artists to concentrate on the essence of their creative vision, encouraging them to delve deeper into the boundless potential of architectural art (Liu & Yao, 2023). This shift not only streamlines the workflow but also propels artists toward a more conceptual approach, fostering a richer exploration of form, function, and aesthetics in the pursuit of architectural excellence (Chen et al., 2024). In the field of architecture, CAD has enabled more efficient and precise design processes, reduced errors, and improved project timelines (Doe et al., 2023).