Online Simulation Quality Assessment of Illustration Patterns Based on Digital Art Design in Neural Network Perspective

• Published in: Mobile information systems 2022-06, Vol.2022, p.1-9
• Main Author: Yang, Lin
• Format: Article
• Language: English
• Subjects: Artificial neural networks; Audiences; Commercialization; Data integration; Design; Design of experiments; Digital art; Digital imaging; Digital technology; Entropy (Information theory); Evaluation; Feature extraction; Image coding; Image quality; Information technology; Neural networks; Quality assessment; Regularization; Simulation; Software
• ISSN: 1574-017X; 1875-905X
• DOI: 10.1155/2022/7152454

Digital art illustration as new media is a major advancement in the history of illustration. It has broadened the application of graphic arts and the way of communication. At present, digital illustrators are constantly exploring new artistic expressions for digital illustration in order to pursue new digital effects. A wide range of integrated materials and experimental design concepts are gradually emerging, making digital illustration evolve in the competition. The artistic style of digital illustration has also shown the development trend of “diversification.” With the trend of commercialization of digital illustration, the quality of illustration patterns is gradually neglected. The traditional illustration pattern assessment relies on manual subjective judgment, with backward evaluation means and poor accuracy. This study proposes an illustration pattern evaluation method based on a deep neural network. In particular, this study proposes a reference-free image evaluation model with multiple feature fusion; specifically, we use CNN and information entropy-based methods for feature extraction and regularization methods for information fusion to solve the problem of missing reference images in applications. The chunking process is performed on the basis of considering the influence of information entropy on image quality, and the information entropy of multiple chunked features is calculated as importance weights, representing the degree of their influence on distorted image quality. The experimental results on the digital illustration pattern database show that the method in this study has strong robustness and can output a reasonable and reliable quality assessment score for distorted patterns.