Opportunities and Challenges of Building Intelligent Visual Communication Design Systems with Biotechnology

Abstract

The use of biotechnology can effectively enrich the effect of visual communication design. In this paper, on the basis of biological demarcation, the microscopic morphological characteristics of organisms are obtained by observing the microscopic characteristic structures of plant cells and animal cells. The former removes the unclear colors and complicated details in the microscopic form of organisms by precisely summarizing the central essence of visual elements, while the latter finds suitable design elements through deconstruction and then reconstructs them. This paper also combines the simulation of biological functions and life characteristics, and proposes the visual design method of compound eye stacking design and material symbiosis, and derives the solution to the problem by learning from nature itself. The overall features account for 65.5%, local features account for 35.6%, static features account for 40.2%, and dynamic features account for 22.6% of the biomimetic-based luminaire modeling design. In terms of visual design guidance, the component of product color accounted for 82.5% in the first 20 seconds and decreased to 66.6% after 2 minutes. This study provides an innovative development path for visual communication design.