NIDAMANURI, SREECHARITA, MASOOD, Jafar_Ali_Ibrahim, ASIRVATHAM, David, BIN_ABAS, FAZLY_SALLEH, VEERAPPAN, KOUSIK_NALLIYANNA_GOUNDAR, BUDIMAN, FAISAL, NUR_ALAM, MD, and SUGUMARAN, VIJAYAN. Predictive deep learning models to identify traumatic brain injuries using MRI data. Retrieved from https://par.nsf.gov/biblio/10621293. Journal of engineering science technology 2.

NIDAMANURI, SREECHARITA, MASOOD, Jafar_Ali_Ibrahim, ASIRVATHAM, David, BIN_ABAS, FAZLY_SALLEH, VEERAPPAN, KOUSIK_NALLIYANNA_GOUNDAR, BUDIMAN, FAISAL, NUR_ALAM, MD, & SUGUMARAN, VIJAYAN. Predictive deep learning models to identify traumatic brain injuries using MRI data. Journal of engineering science technology, 2 (). Retrieved from https://par.nsf.gov/biblio/10621293.

NIDAMANURI, SREECHARITA, MASOOD, Jafar_Ali_Ibrahim, ASIRVATHAM, David, BIN_ABAS, FAZLY_SALLEH, VEERAPPAN, KOUSIK_NALLIYANNA_GOUNDAR, BUDIMAN, FAISAL, NUR_ALAM, MD, and SUGUMARAN, VIJAYAN. "Predictive deep learning models to identify traumatic brain injuries using MRI data". Journal of engineering science technology 2 (). Country unknown/Code not available: Taylor's University. https://par.nsf.gov/biblio/10621293.

@article{osti_10621293,
place = {Country unknown/Code not available}, title = {Predictive deep learning models to identify traumatic brain injuries using MRI data}, url = {https://par.nsf.gov/biblio/10621293}, abstractNote = {}, journal = {Journal of engineering science technology}, volume = {2}, publisher = {Taylor's University}, author = {NIDAMANURI, SREECHARITA and MASOOD, Jafar_Ali_Ibrahim and ASIRVATHAM, David and BIN_ABAS, FAZLY_SALLEH and VEERAPPAN, KOUSIK_NALLIYANNA_GOUNDAR and BUDIMAN, FAISAL and NUR_ALAM, MD and SUGUMARAN, VIJAYAN}, }