Multi-model deep transfer learning and hybrid BiLSTM-AM-DCN with Walrus optimization algorithm for multi-class retinal disease classification in OCT images

Al-Omaisi Asia; Zhihua Cai; Ahmed Alasri; Ali ELrashidi

doi:10.1016/j.eij.2026.100988

Q1 2026

Multi-model deep transfer learning and hybrid BiLSTM-AM-DCN with Walrus optimization algorithm for multi-class retinal disease classification in OCT images

Al-Omaisi Asia · Zhihua Cai · Ahmed Alasri · Ali ELrashidi

10.1016/j.eij.2026.100988 389 المشاهدات 1 الاقتباسات

الاقتباسات

389

المشاهدات

الملخص غير متوفر لهذا المنشور.

الاستشهاد بهذا المقال (APA)

Al-Omaisi, A., Zhihua, C., Ahmed, A., Ali, E. (2026). Multi-model deep transfer learning and hybrid BiLSTM-AM-DCN with Walrus optimization algorithm for multi-class retinal disease classification in OCT images. Egyptian Informatics Journal. https://doi.org/10.1016/j.eij.2026.100988

Hassan, N.; Al-Khatib, M.; Zeki, A. · 2023

استشهاد

1,895

Blockchain-based secure electronic health records in Egypt

Nour, A.; El-Shenawy, H. · 2023

استشهاد

2,385

Machine learning for predicting water quality in Nile River tributaries

Ibrahim, T.; Khalil, M.; Hassan, R. · 2024

استشهاد

894

A robust deep learning pipeline for multi-class cervical cancer cell identification