Islam, M. S. 2012. "Improved morphology alignment of resampled heartbeats could be useful in many applications of cardiovascular engineering and ECG-based biometrics". ELECTRONICS LETTERS , vol.48, no.8 , 414.

Islam, M. S., (2012). "Improved morphology alignment of resampled heartbeats could be useful in many applications of cardiovascular engineering and ECG-based biometrics". ELECTRONICS LETTERS , vol.48, no.8, 414.

Islam, Saiful. ""Improved morphology alignment of resampled heartbeats could be useful in many applications of cardiovascular engineering and ECG-based biometrics"," ELECTRONICS LETTERS , vol.48, no.8, 414, 2012

Islam, Saiful. ""Improved morphology alignment of resampled heartbeats could be useful in many applications of cardiovascular engineering and ECG-based biometrics"." ELECTRONICS LETTERS , vol.48, no.8, pp.414, 2012

Islam, M. S. (2012) . ""Improved morphology alignment of resampled heartbeats could be useful in many applications of cardiovascular engineering and ECG-based biometrics"." ELECTRONICS LETTERS , vol.48, no.8, p.414.

@article{article, author={Saiful Islam}, title={"Improved morphology alignment of resampled heartbeats could be useful in many applications of cardiovascular engineering and ECG-based biometrics"}, journal={ELECTRONICS LETTERS}, year=2012, pages={414} }