Extensive Classification of Visual Art Paintings for Enhancing Education System using Hybrid SVM-ANN with Sparse Metric Learning based on Kernel Regression

Fei Xu; Tong Wu; Shali Huang; Kuntong Han; Wenwen Lin; Shizhong Wu; Sivaparthipan CB; Dinesh Jackson Samuel R

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Extensive Classification of Visual Art Paintings for Enhancing Education System using Hybrid SVM-ANN with Sparse Metric Learning based on Kernel Regression

Fei Xu ^[1] ; Tong Wu ^[2] ; Shali Huang ^[1] ; Kuntong Han ^[1] ; Wenwen Lin ^[1] ; Shizhong Wu ^[1] ; Sivaparthipan CB ^[4] ; Dinesh Jackson Samuel R ^[3]
1. [1] Tsinghua University
  
  Tsinghua University
  
  China
2. [2] China Academy of Art
  
  China Academy of Art
  
  China
3. [3] Oxford Brookes University
  
  Oxford Brookes University
  
  Oxford District, Reino Unido
4. [4] Adhiyamaan College of Engineering, Hosur (India)
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Localización: IJIMAI, ISSN-e 1989-1660, Vol. 7, Nº. 2, 2021, págs. 224-231
Idioma: inglés
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Resumen
- In recent decades, the collection of visual art paintings is large, digitized, and available for public uses that are rapidly growing. The development of multi-media systems is needed due to the huge amount of digitized artwork collections for retrieving and archiving this large-scale data. This multimedia system benefits from high-level tasks and has an essential step for measuring the similarity of visual between the artistic items.
  
  For modeling the similarities between the artworks or paintings, it is essential to extract useful features of visual paintings and propose the best approach for learning these similarity metrics. The infield of visual arts education, knowing the similarities and features, makes education more attractive by enhancing cognitive development in students. In this paper, the detailed visual features are listed, and the similarity measurement between the paintings is optimized by the Sparse Metric Learning-based Kernel Regression (KR-SML). A classification model is developed using hybrid SVM-ANN for semantic-level understanding to predict painting’s genre, artist, and style. Furthermore, the Human-Computer Interaction (HCI) based formulation model is built to analyze the proposed technique. The simulation results show that the proposed model is better in terms of performance than other existing techniques.