Atıf Formatları
AI-Powered VR for Enhanced Learning Compared to Traditional Methods
  • IEEE
  • ACM
  • APA
  • Chicago
  • MLA
  • Harvard
  • BibTeX

Ö. E. Cinar Et Al. , "AI-Powered VR for Enhanced Learning Compared to Traditional Methods," Electronics (Switzerland) , vol.13, no.23, 2024

Cinar, Ö. E. Et Al. 2024. AI-Powered VR for Enhanced Learning Compared to Traditional Methods. Electronics (Switzerland) , vol.13, no.23 .

Cinar, Ö. E., Rafferty, K., Cutting, D., & Wang, H., (2024). AI-Powered VR for Enhanced Learning Compared to Traditional Methods. Electronics (Switzerland) , vol.13, no.23.

Cinar, ÖMER Et Al. "AI-Powered VR for Enhanced Learning Compared to Traditional Methods," Electronics (Switzerland) , vol.13, no.23, 2024

Cinar, ÖMER E. Et Al. "AI-Powered VR for Enhanced Learning Compared to Traditional Methods." Electronics (Switzerland) , vol.13, no.23, 2024

Cinar, Ö. E. Et Al. (2024) . "AI-Powered VR for Enhanced Learning Compared to Traditional Methods." Electronics (Switzerland) , vol.13, no.23.

@article{article, author={ÖMER EMİN ÇINAR Et Al. }, title={AI-Powered VR for Enhanced Learning Compared to Traditional Methods}, journal={Electronics (Switzerland)}, year=2024}