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Research Article

Multi-Behavior Enhanced Heterogeneous Graph Convolutional Networks Recommendation Algorithm based on Feature-Interaction

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Article: 2201144 | Received 29 Dec 2022, Accepted 03 Apr 2023, Published online: 12 Apr 2023

Figures & data

Figure 1. The user-item-feature heterogeneous tripartite graph.

Figure 1. The user-item-feature heterogeneous tripartite graph.

Figure 2. Overall model architecture graph of ATGCN.

Figure 2. Overall model architecture graph of ATGCN.

Table 1. Data set statistics.

Table 2. All evaluation indicators of the dataset amine and improvement of the optimal baseline.

Table 3. All evaluation indicators of the dataset MovieLens-1 m and improvement of the optimal baseline.

Table 4. All evaluation indicators of the dataset Amazon-book and improvement of the optimal baseline.

Figure 3. (a) The effect of diverse feature extraction of ATGCN on the model, (b) analytical user feature preferences by ATGCN at diverse interaction frequencies.

Figure 3. (a) The effect of diverse feature extraction of ATGCN on the model, (b) analytical user feature preferences by ATGCN at diverse interaction frequencies.

Figure 4. Different measurement results of the embedded dimensions of ATGCN key parameter characteristics on three data sets.

Figure 4. Different measurement results of the embedded dimensions of ATGCN key parameter characteristics on three data sets.

Figure 5. Different regularization coefficients of ATGCN on three data sets λ impact on results.

Figure 5. Different regularization coefficients of ATGCN on three data sets λ impact on results.

Figure 6. The recall and accuracy of ATGCN to the dataset MovieLens-1m under different training ratios.

Figure 6. The recall and accuracy of ATGCN to the dataset MovieLens-1m under different training ratios.