Partila, P. Et Al. 2020. Deep Learning Serves Voice Cloning: How Vulnerable Are Automatic Speaker Verification Systems to Spoofing Trials?. IEEE Communications Magazine , vol.58, no.2 , 100-105.

Partila, P., Tovarek, J., Ilk, G. H., Rozhon, J., & Voznak, M., (2020). Deep Learning Serves Voice Cloning: How Vulnerable Are Automatic Speaker Verification Systems to Spoofing Trials?. IEEE Communications Magazine , vol.58, no.2, 100-105.

Partila, Pavol Et Al. "Deep Learning Serves Voice Cloning: How Vulnerable Are Automatic Speaker Verification Systems to Spoofing Trials?," IEEE Communications Magazine , vol.58, no.2, 100-105, 2020

Partila, Pavol Et Al. "Deep Learning Serves Voice Cloning: How Vulnerable Are Automatic Speaker Verification Systems to Spoofing Trials?." IEEE Communications Magazine , vol.58, no.2, pp.100-105, 2020

Partila, P. Et Al. (2020) . "Deep Learning Serves Voice Cloning: How Vulnerable Are Automatic Speaker Verification Systems to Spoofing Trials?." IEEE Communications Magazine , vol.58, no.2, pp.100-105.

@article{article, author={Pavol Partila Et Al. }, title={Deep Learning Serves Voice Cloning: How Vulnerable Are Automatic Speaker Verification Systems to Spoofing Trials?}, journal={IEEE Communications Magazine}, year=2020, pages={100-105} }