AÇIKKAR, M. Et Al. 2013. Artificial neural network models for predicting maximum oxygen uptake from submaxiaml exercise involving walking, jogging or running. EEECS?12, 7th International Symposium on Electrical & Electronics Engineering and Computer Systems , (Gemikonağı, Cyprus (Kktc)), 17-21.

AÇIKKAR, M., AKAY, M. F., George, J., Delil, M., & Aktürk, E., (2013). Artificial neural network models for predicting maximum oxygen uptake from submaxiaml exercise involving walking, jogging or running . EEECS?12, 7th International Symposium on Electrical & Electronics Engineering and Computer Systems (pp.17-21). Gemikonağı, Cyprus (Kktc)

AÇIKKAR, MUSTAFA Et Al. "Artificial neural network models for predicting maximum oxygen uptake from submaxiaml exercise involving walking, jogging or running," EEECS?12, 7th International Symposium on Electrical & Electronics Engineering and Computer Systems, Gemikonağı, Cyprus (Kktc), 2013

AÇIKKAR, MUSTAFA Et Al. "Artificial neural network models for predicting maximum oxygen uptake from submaxiaml exercise involving walking, jogging or running." EEECS?12, 7th International Symposium on Electrical & Electronics Engineering and Computer Systems , Gemikonağı, Cyprus (Kktc), pp.17-21, 2013

AÇIKKAR, M. Et Al. (2013) . "Artificial neural network models for predicting maximum oxygen uptake from submaxiaml exercise involving walking, jogging or running." EEECS?12, 7th International Symposium on Electrical & Electronics Engineering and Computer Systems , Gemikonağı, Cyprus (Kktc), pp.17-21.

@conferencepaper{conferencepaper, author={MUSTAFA AÇIKKAR Et Al. }, title={Artificial neural network models for predicting maximum oxygen uptake from submaxiaml exercise involving walking, jogging or running}, congress name={EEECS?12, 7th International Symposium on Electrical & Electronics Engineering and Computer Systems}, city={Gemikonağı}, country={Cyprus (Kktc)}, year={2013}, pages={17-21} }