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Article  type  Journal        Journal                   Conference


                            References  [76]            [52]                      [77]





                                taken  IBSR_V2.0  ISOASIS  the  data  age  acquired  T1-  acquired  a

                                was  Segmentation  Probabilistic  entitled  the  at  multimodal  from  different  infants  T2-  infants  T1-  and  that  diffusion-weighted  using
                                which  as  such  Brain  was  of  acquired  53  of  suffering  multiforme  five  preterm  postmenstrual  axial  axial  adults  years,  adults  years  used  were  infants  scanner
                                used,  sets  LONI  which  discs  was  to  of  PMA,  preterm  PMA,  aging  70  young  23  healthy  MR
                            set      Internet  the  two  one  consisted  patients  applied  weeks  weeks  of  weeks  of  of  of  of  sets  and  head-only
                            data  were  data  the  (IBSR),  project  first  last  and  glioblastoma  was  images  30  40  images  40  images  age  images  age  data  T2-,  10  of
                            on  scans  different  from  Atlas  the  the  from  method  coronal  T2-weighted  at  and  at  average  average  public  T1-,  images  3T
                            Remark  188  Total  from  came  Repository  Brain  LPBA40,  project,  institution  images  recurrent  The  sets:  acquired  (PMA)  weighted  acquired  weighted  an  at  weighted  an  at  Multiple  acquired  MR  Siemens



                   imaging.dcontinued  Modality  CNN  MRI  MRI  CNN               MRI









                   medical  of  Type  CNN  3D           Multiscale                CNN  Fully  (FCNN)


                   to           i.e.,                   MR                        of
                   application  stripping,  skull  extraction  automatic  segmentation  segmentation  images  brain




                   CNN          for  brain              for                       for  infant

                   of           designed  MRI           designed  images          developed
                   Literature  Applications  System  deep  System  brain          Model  isointense




                   2.2      Year
                   Table  Body  part
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