Exploration of computer vision-based non-heritage cultural pattern recognition and reconstruction methods in cultural and creative design

In order to optimize the design effect of cultural and creative products with non-heritage patterns, this paper uses image reconstruction algorithm and image recognition algorithm to process non-heritage problem patterns.By combining the processed non-heritage cultural patterns with consumer demand for cultural and creative products, non-heritage cultural pattern cultural and creative products are designed to meet market demand.On the basis of recursive network, we add multi-scale feature extraction module and attention feature fusion module, choose 1 L loss function to optimize the details of image reconstruction, and construct image super-resolution reconstruction algorithm based on multi-scale recursive attention feature fusion network.And the image feature extraction network containing MSA module is designed, which is the fine-grained image recognition network based on multi-scale attention.The non-heritage cultural pattern dataset is established, and in order to optimize the recognition rate of non-heritage patterns, the image reconstruction based on multi-scale recursive attention feature fusion network is carried out on the non-heritage cultural pattern data.In view of the creative design strategy of non-heritage culture, the evaluation indexes of non-heritage cultural and creative product design are obtained from the consumer research, and the implementation suggestions of non-heritage pattern cultural and creative product design are derived based on the ranking of the importance of the evaluation indexes.The multi-scale recursive attention feature fusion network proposed in this paper achieves 34.89dB and 90.52% indicator scores on the Set5 dataset.For the design of cultural and creative products with non-heritage patterns, consumers make more suggestions in terms of functional differentiation, having a response rate of 21.58%.

Publication Details

Journal
Journal of Combinatorial Mathematics and Combinatorial Computing
Published
2025-03-30
DOI
https://doi.org/10.61091/jcmcc127a-429
Primary Topic
Digital Media and Visual Art
Type
article
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article

Exploration of computer vision-based non-heritage cultural pattern recognition and reconstruction methods in cultural and creative design

Journal of Combinatorial Mathematics and Combinatorial Computing
Digital Media and Visual Art
article

Exploration of computer vision-based non-heritage cultural pattern recognition and reconstruction methods in cultural and creative design

article en

Abstract

In order to optimize the design effect of cultural and creative products with non-heritage patterns, this paper uses image reconstruction algorithm and image recognition algorithm to process non-heritage problem patterns.By combining the processed non-heritage cultural patterns with consumer demand for cultural and creative products, non-heritage cultural pattern cultural and creative products are designed to meet market demand.On the basis of recursive network, we add multi-scale feature extraction module and attention feature fusion module, choose 1 L loss function to optimize the details of image reconstruction, and construct image super-resolution reconstruction algorithm based on multi-scale recursive attention feature fusion network.And the image feature extraction network containing MSA module is designed, which is the fine-grained image recognition network based on multi-scale attention.The non-heritage cultural pattern dataset is established, and in order to optimize the recognition rate of non-heritage patterns, the image reconstruction based on multi-scale recursive attention feature fusion network is carried out on the non-heritage cultural pattern data.In view of the creative design strategy of non-heritage culture, the evaluation indexes of non-heritage cultural and creative product design are obtained from the consumer research, and the implementation suggestions of non-heritage pattern cultural and creative product design are derived based on the ranking of the importance of the evaluation indexes.The multi-scale recursive attention feature fusion network proposed in this paper achieves 34.89dB and 90.52% indicator scores on the Set5 dataset.For the design of cultural and creative products with non-heritage patterns, consumers make more suggestions in terms of functional differentiation, having a response rate of 21.58%.

Journal of Combinatorial Mathematics and Combinatorial ComputingVol. 127a
Sustainable cities and communities
Openalex Percentile: Top 85%
Digital Media and Visual Art
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Exploration of computer vision-based non-heritage cultural pattern recognition and reconstruction methods in cultural and creative design · Journal of Combinatorial Mathematics and Combinatorial Computing (2025) | TGRS Research Map | TGRS