Sserwadda, A. Et Al. 2023. Topological Similarity and Centrality Driven Hybrid Deep Learning for Temporal Link Prediction. Journal of Universal Computer Science , vol.29, no.5 , 470-490.

Sserwadda, A., ÖZCAN, A., & Yaslan, Y., (2023). Topological Similarity and Centrality Driven Hybrid Deep Learning for Temporal Link Prediction. Journal of Universal Computer Science , vol.29, no.5, 470-490.

Sserwadda, Abubakhari, ALPER ÖZCAN, And Yusuf Yaslan. "Topological Similarity and Centrality Driven Hybrid Deep Learning for Temporal Link Prediction," Journal of Universal Computer Science , vol.29, no.5, 470-490, 2023

Sserwadda, Abubakhari Et Al. "Topological Similarity and Centrality Driven Hybrid Deep Learning for Temporal Link Prediction." Journal of Universal Computer Science , vol.29, no.5, pp.470-490, 2023

Sserwadda, A. ÖZCAN, A. And Yaslan, Y. (2023) . "Topological Similarity and Centrality Driven Hybrid Deep Learning for Temporal Link Prediction." Journal of Universal Computer Science , vol.29, no.5, pp.470-490.

@article{article, author={Abubakhari Sserwadda Et Al. }, title={Topological Similarity and Centrality Driven Hybrid Deep Learning for Temporal Link Prediction}, journal={Journal of Universal Computer Science}, year=2023, pages={470-490} }