APA

Xu Y., Morel B., Dahdouh S., Puybareau É., Virzì A., Urien H., Géraud T., Adamsbaum C. & Bloch I. (20190606). The challenge of cerebral magnetic resonance imaging in neonates: A new method using mathematical morphology for the segmentation of structures including diffuse excessive high signal intensities. : Medical image analysis.

Chicago

Xu Yongchao, Morel Baptiste, Dahdouh Sonia, Puybareau Élodie, Virzì Alessio, Urien Héléne, Géraud Thierry, Adamsbaum Catherine and Bloch Isabelle. 20190606. The challenge of cerebral magnetic resonance imaging in neonates: A new method using mathematical morphology for the segmentation of structures including diffuse excessive high signal intensities. : Medical image analysis.

Harvard

Xu Y., Morel B., Dahdouh S., Puybareau É., Virzì A., Urien H., Géraud T., Adamsbaum C. and Bloch I. (20190606). The challenge of cerebral magnetic resonance imaging in neonates: A new method using mathematical morphology for the segmentation of structures including diffuse excessive high signal intensities. : Medical image analysis.

MLA

Xu Yongchao, Morel Baptiste, Dahdouh Sonia, Puybareau Élodie, Virzì Alessio, Urien Héléne, Géraud Thierry, Adamsbaum Catherine and Bloch Isabelle. The challenge of cerebral magnetic resonance imaging in neonates: A new method using mathematical morphology for the segmentation of structures including diffuse excessive high signal intensities. : Medical image analysis. 20190606.