Atıf Formatları
An efficient identity-preserving and fast-converging hybrid generative adversarial network inversion framework
  • IEEE
  • ACM
  • APA
  • Chicago
  • MLA
  • Harvard
  • BibTeX

A. Kale And O. ALTUN, "An efficient identity-preserving and fast-converging hybrid generative adversarial network inversion framework," Engineering Applications of Artificial Intelligence , vol.138, 2024

Kale, A. And ALTUN, O. 2024. An efficient identity-preserving and fast-converging hybrid generative adversarial network inversion framework. Engineering Applications of Artificial Intelligence , vol.138 .

Kale, A., & ALTUN, O., (2024). An efficient identity-preserving and fast-converging hybrid generative adversarial network inversion framework. Engineering Applications of Artificial Intelligence , vol.138.

Kale, Ayşe, And Oğuz ALTUN. "An efficient identity-preserving and fast-converging hybrid generative adversarial network inversion framework," Engineering Applications of Artificial Intelligence , vol.138, 2024

Kale, Ayşe And ALTUN, Oğuz. "An efficient identity-preserving and fast-converging hybrid generative adversarial network inversion framework." Engineering Applications of Artificial Intelligence , vol.138, 2024

Kale, A. And ALTUN, O. (2024) . "An efficient identity-preserving and fast-converging hybrid generative adversarial network inversion framework." Engineering Applications of Artificial Intelligence , vol.138.

@article{article, author={Ayşe Kale And author={Oğuz ALTUN}, title={An efficient identity-preserving and fast-converging hybrid generative adversarial network inversion framework}, journal={Engineering Applications of Artificial Intelligence}, year=2024}