Exploration on the Application of Computer Graphics Processing Technology in Color Management and Visual Communication Optimization of Graphic Design

In this study, the author addresses cross-device color inconsistency and low visual communication efficiency in graphic design. She investigates the application of computer graphics processing in color management and visual optimization. The approach includes (a) establishing an International Color Consortium-based color management workflow for device calibration and color space conversion, (b) enhancing image details using Contrast Limited Adaptive Histogram Equalization, (c) leveraging a convolutional neural network to analyze eye-tracking data and optimize layout dynamically, and (d) validating results via A/B testing. Findings show that average color difference ΔE was reduced to 1.09, task completion time dropped to 52.06 s, key visual fixation frequency increased by 64.4%, and accuracy remained at 97.7%. This method effectively improves color consistency and visual efficiency, offering quantitative support for intelligent design.