cross_social dataset

Accurately aligning the same users in different flat social networks to merge user information and create more nuanced user profiles has critical relevance. However, current research in this area faces challenges related to low efficiency and inadequate accuracy in alignment. To address these challenges, we introduce a cross-social network user alignment model based on multi-dimensional user features (MDUF). Firstly, inspired by the principles of entity recognition and Hartley’s association method, we employ a block matrix association algorithm to project the original dataset into different high-dimensional spaces. Secondly, we propose a new inertia weight calculation method to improve the convergence speed from linear to nonlinear transformations. This method improves the performance of traditional particle swarm optimization algorithms. Finally, we utilize improved particle swarm optimization and residual connection techniques to optimize bidirectional long short-term memory networks. Experimental results show that our proposed model significantly outperforms traditional alignment models in terms of alignment efficiency and accuracy, which is highly practical and has the potential to inspire further research on social network user alignment