nipy/heudiconv v0.6.0

Neuroimaging DICOM and NIfTI Data Curation Primer

Moore, Michael
Patterson, Brandon
Samuel, Sara
Sheridan, Helenmary
Sorensen, Chris

January 2020

This work was created as part of the “Specialized Data Curation” Workshop #3 held at Washington Univ...

Working with the DICOM and NIfTI data standards in R

Whitcher, B.
Schmid, V.J.
Thornton, A.
Whitcher, B.
Schmid, V.J.
Thornton, A.

January 2011

Two packages, oro.dicom and oro.nifti, are provided for the interaction with and manipulation of med...

A framework for data-driven adaptive GUI generation based on DICOM

Gambino O.
Rundo L.
Cannella V.
Vitabile S.
Pirrone R.

January 2018

Computer applications for diagnostic medical imaging provide generally a wide range of tools to supp...

nipy/heudiconv v0.6.0

Yaroslav Halchenko
Mathias Goncalves
Matteo Visconti di Oleggio Castello
Satrajit Ghosh
Michael Hanke
Dae
Taylor Salo
James Kent
Inge Amlien
Matthew Brett
Steven Tilley
Chris Markiewicz
Chris Gorgolewski
pvelasco
Sin Kim
Joerg Stadler
Jakub Kaczmarzyk
Darren Christopher Lukas
john lee
Daniel Lurie
John Pellman
Henry Braun
Bruno Melo
Benjamin Poldrack
Thomas Nichols
Björn Schiffler
Michał Szczepanik
Johan Carlin
Franklin Feingold
Ari Kahn

December 2019

A flexible DICOM converter for organizing brain imaging data into structured directory layout

nipy/heudiconv v0.5.3

Yaroslav Halchenko
Mathias Goncalves
Matteo Visconti di Oleggio Castello
Satrajit Ghosh
Michael Hanke
Dae
Inge Amlien
Matthew Brett
Taylor Salo
Chris Gorgolewski
Joerg Stadler
Jakub Kaczmarzyk
john lee
pvelasco
Daniel Lurie
John Pellman
Bruno Melo
Benjamin Poldrack
Björn Schiffler
Michał Szczepanik
Johan Carlin

January 2019

A flexible DICOM converter for organizing brain imaging data into structured directory layout

nipy/heudiconv v0.5.2

Yaroslav Halchenko
Mathias Goncalves
Matteo Visconti di Oleggio Castello
Satrajit Ghosh
Michael Hanke
Dae
Inge Amlien
Matthew Brett
Taylor Salo
Chris Gorgolewski
Joerg Stadler
Jakub Kaczmarzyk
john lee
pvelasco
Daniel Lurie
John Pellman
Bruno Melo
Benjamin Poldrack
Björn Schiffler
Michał Szczepanik
Johan Carlin

January 2019

A flexible DICOM converter for organizing brain imaging data into structured directory layout

nipy/heudiconv v0.9.0

Yaroslav Halchenko
Mathias Goncalves
Matteo Visconti di Oleggio Castello
Satrajit Ghosh
Taylor Salo
Michael Hanke
Dae
Pablo Velasco
James Kent
Matthew Brett
Inge Amlien
Chris Gorgolewski
Darren Christopher Lukas
Chris Markiewicz
Steven Tilley
Jakub Kaczmarzyk
Joerg Stadler
Sin Kim
Ari Kahn
Benjamin Poldrack
Bruno Melo
Henry Braun
John Pellman
Daniel Lurie
john lee
Adina Wagner
Franklin Feingold
Johan Carlin
Kalle Samuels
Michał Szczepanik

December 2020

A flexible DICOM converter for organizing brain imaging data into structured directory layout

nipy/heudiconv v0.8.0

Yaroslav Halchenko
Mathias Goncalves
Matteo Visconti di Oleggio Castello
Satrajit Ghosh
Michael Hanke
Taylor Salo
Dae
James Kent
pvelasco
Inge Amlien
Matthew Brett
Steven Tilley
Chris Markiewicz
Darren Christopher Lukas
Chris Gorgolewski
Sin Kim
Joerg Stadler
Jakub Kaczmarzyk
john lee
Daniel Lurie
John Pellman
Henry Braun
Bruno Melo
Benjamin Poldrack
Björn Schiffler
Michał Szczepanik
Kalle Samuels
Johan Carlin
Franklin Feingold
Ari Kahn

April 2020

A flexible DICOM converter for organizing brain imaging data into structured directory layout

nipy/heudiconv v0.7.0

Yaroslav Halchenko
Mathias Goncalves
Matteo Visconti di Oleggio Castello
Satrajit Ghosh
Michael Hanke
Dae
Taylor Salo
James Kent
Inge Amlien
Matthew Brett
Steven Tilley
Chris Markiewicz
Darren Christopher Lukas
Chris Gorgolewski
pvelasco
Sin Kim
Joerg Stadler
Jakub Kaczmarzyk
john lee
Daniel Lurie
John Pellman
Henry Braun
Bruno Melo
Benjamin Poldrack
Thomas Nichols
Björn Schiffler
Michał Szczepanik
Johan Carlin
Franklin Feingold
Ari Kahn

March 2020

A flexible DICOM converter for organizing brain imaging data into structured directory layout

nipy/heudiconv:

Yaroslav Halchenko
Mathias Goncalves
Matteo Visconti di Oleggio Castello
Satrajit Ghosh
Taylor Salo
Michael Hanke
Pablo Velasco
Dae
James Kent
Matthew Brett
Inge Amlien
Chris Gorgolewski
Darren Christopher Lukas
Chris Markiewicz
Steven Tilley
Jakub Kaczmarzyk
Joerg Stadler
Sin Kim
Ari Kahn
Benjamin Poldrack
Bruno Melo
Henry Braun
John Pellman
Daniel Lurie
john lee
Adina Wagner
Franklin Feingold
Johan Carlin
Kalle Samuels
Kyle Meyer

October 2021

A flexible DICOM converter for organizing brain imaging data into structured directory layout

Validating DICOM transcoding with an open multi-format resource

Benjamin C. Yvernault
Charles D. Theobald
Jolinda C. Smith
Victoria Villalta
David H. Zald
Bennett A. Landman

January 2016

interoperability between medical imaging devices allowed for construction of large-scale radiologica...

Working with the DICOM and NIfTI Data Standards in R

Andrew Thorton
Volker J. Schmid
Brandon Whitcher

October 2011

Two packages, oro.dicom and oro.nifti, are provided for the interaction with and manipulation of med...

DataViewer3D: An open-source, cross-platform multi-modal neuroimaging data visualization tool

André Gouws
Will Woods
Rebecca Millman
Antony Morl
Gary Green

January 2009

Integration and display of results from multiple neuroimaging modalities [e.g. magnetic resonance im...

The first step for neuroimaging data analysis: DICOM to NIfTI conversion

Li, X
Morgan, PS
Ashburner, J
Smith, J
Rorden, C

May 2016

BACKGROUND: Clinical imaging data are typically stored and transferred in the DICOM format, whereas ...

Neuroimaging DICOM and NIfTI Data Curation Primer

Moore, Michael
Patterson, Brandon
Samuel, Sara
Sheridan, Helenmary
Sorensen, Chris

January 2020

This work was created as part of the “Specialized Data Curation” Workshop #3 held at Washington Univ...

Working with the DICOM and NIfTI data standards in R

Whitcher, B.
Schmid, V.J.
Thornton, A.
Whitcher, B.
Schmid, V.J.
Thornton, A.

January 2011

Two packages, oro.dicom and oro.nifti, are provided for the interaction with and manipulation of med...

A framework for data-driven adaptive GUI generation based on DICOM

Gambino O.
Rundo L.
Cannella V.
Vitabile S.
Pirrone R.

January 2018

Computer applications for diagnostic medical imaging provide generally a wide range of tools to supp...

nipy/heudiconv v0.6.0

Yaroslav Halchenko
Mathias Goncalves
Matteo Visconti di Oleggio Castello
Satrajit Ghosh
Michael Hanke
Dae
Taylor Salo
James Kent
Inge Amlien
Matthew Brett
Steven Tilley
Chris Markiewicz
Chris Gorgolewski
pvelasco
Sin Kim
Joerg Stadler
Jakub Kaczmarzyk
Darren Christopher Lukas
john lee
Daniel Lurie
John Pellman
Henry Braun
Bruno Melo
Benjamin Poldrack
Thomas Nichols
Björn Schiffler
Michał Szczepanik
Johan Carlin
Franklin Feingold
Ari Kahn

December 2019

A flexible DICOM converter for organizing brain imaging data into structured directory layout

nipy/heudiconv v0.5.3

Yaroslav Halchenko
Mathias Goncalves
Matteo Visconti di Oleggio Castello
Satrajit Ghosh
Michael Hanke
Dae
Inge Amlien
Matthew Brett
Taylor Salo
Chris Gorgolewski
Joerg Stadler
Jakub Kaczmarzyk
john lee
pvelasco
Daniel Lurie
John Pellman
Bruno Melo
Benjamin Poldrack
Björn Schiffler
Michał Szczepanik
Johan Carlin

January 2019

A flexible DICOM converter for organizing brain imaging data into structured directory layout

nipy/heudiconv v0.5.2

Yaroslav Halchenko
Mathias Goncalves
Matteo Visconti di Oleggio Castello
Satrajit Ghosh
Michael Hanke
Dae
Inge Amlien
Matthew Brett
Taylor Salo
Chris Gorgolewski
Joerg Stadler
Jakub Kaczmarzyk
john lee
pvelasco
Daniel Lurie
John Pellman
Bruno Melo
Benjamin Poldrack
Björn Schiffler
Michał Szczepanik
Johan Carlin

January 2019

A flexible DICOM converter for organizing brain imaging data into structured directory layout

nipy/heudiconv v0.9.0

Yaroslav Halchenko
Mathias Goncalves
Matteo Visconti di Oleggio Castello
Satrajit Ghosh
Taylor Salo
Michael Hanke
Dae
Pablo Velasco
James Kent
Matthew Brett
Inge Amlien
Chris Gorgolewski
Darren Christopher Lukas
Chris Markiewicz
Steven Tilley
Jakub Kaczmarzyk
Joerg Stadler
Sin Kim
Ari Kahn
Benjamin Poldrack
Bruno Melo
Henry Braun
John Pellman
Daniel Lurie
john lee
Adina Wagner
Franklin Feingold
Johan Carlin
Kalle Samuels
Michał Szczepanik

December 2020

A flexible DICOM converter for organizing brain imaging data into structured directory layout

nipy/heudiconv v0.8.0

Yaroslav Halchenko
Mathias Goncalves
Matteo Visconti di Oleggio Castello
Satrajit Ghosh
Michael Hanke
Taylor Salo
Dae
James Kent
pvelasco
Inge Amlien
Matthew Brett
Steven Tilley
Chris Markiewicz
Darren Christopher Lukas
Chris Gorgolewski
Sin Kim
Joerg Stadler
Jakub Kaczmarzyk
john lee
Daniel Lurie
John Pellman
Henry Braun
Bruno Melo
Benjamin Poldrack
Björn Schiffler
Michał Szczepanik
Kalle Samuels
Johan Carlin
Franklin Feingold
Ari Kahn

April 2020

A flexible DICOM converter for organizing brain imaging data into structured directory layout

nipy/heudiconv v0.7.0

Yaroslav Halchenko
Mathias Goncalves
Matteo Visconti di Oleggio Castello
Satrajit Ghosh
Michael Hanke
Dae
Taylor Salo
James Kent
Inge Amlien
Matthew Brett
Steven Tilley
Chris Markiewicz
Darren Christopher Lukas
Chris Gorgolewski
pvelasco
Sin Kim
Joerg Stadler
Jakub Kaczmarzyk
john lee
Daniel Lurie
John Pellman
Henry Braun
Bruno Melo
Benjamin Poldrack
Thomas Nichols
Björn Schiffler
Michał Szczepanik
Johan Carlin
Franklin Feingold
Ari Kahn

March 2020

A flexible DICOM converter for organizing brain imaging data into structured directory layout

nipy/heudiconv:

Yaroslav Halchenko
Mathias Goncalves
Matteo Visconti di Oleggio Castello
Satrajit Ghosh
Taylor Salo
Michael Hanke
Pablo Velasco
Dae
James Kent
Matthew Brett
Inge Amlien
Chris Gorgolewski
Darren Christopher Lukas
Chris Markiewicz
Steven Tilley
Jakub Kaczmarzyk
Joerg Stadler
Sin Kim
Ari Kahn
Benjamin Poldrack
Bruno Melo
Henry Braun
John Pellman
Daniel Lurie
john lee
Adina Wagner
Franklin Feingold
Johan Carlin
Kalle Samuels
Kyle Meyer

October 2021

A flexible DICOM converter for organizing brain imaging data into structured directory layout

Validating DICOM transcoding with an open multi-format resource

Benjamin C. Yvernault
Charles D. Theobald
Jolinda C. Smith
Victoria Villalta
David H. Zald
Bennett A. Landman

January 2016

interoperability between medical imaging devices allowed for construction of large-scale radiologica...

Working with the DICOM and NIfTI Data Standards in R

Andrew Thorton
Volker J. Schmid
Brandon Whitcher

October 2011

Two packages, oro.dicom and oro.nifti, are provided for the interaction with and manipulation of med...

DataViewer3D: An open-source, cross-platform multi-modal neuroimaging data visualization tool

André Gouws
Will Woods
Rebecca Millman
Antony Morl
Gary Green

January 2009

Integration and display of results from multiple neuroimaging modalities [e.g. magnetic resonance im...

The first step for neuroimaging data analysis: DICOM to NIfTI conversion

Li, X
Morgan, PS
Ashburner, J
Smith, J
Rorden, C

May 2016

BACKGROUND: Clinical imaging data are typically stored and transferred in the DICOM format, whereas ...

Neuroimaging DICOM and NIfTI Data Curation Primer

Moore, Michael
Patterson, Brandon
Samuel, Sara
Sheridan, Helenmary
Sorensen, Chris

January 2020

This work was created as part of the “Specialized Data Curation” Workshop #3 held at Washington Univ...

Working with the DICOM and NIfTI data standards in R

Whitcher, B.
Schmid, V.J.
Thornton, A.
Whitcher, B.
Schmid, V.J.
Thornton, A.

January 2011

Two packages, oro.dicom and oro.nifti, are provided for the interaction with and manipulation of med...

A framework for data-driven adaptive GUI generation based on DICOM

Gambino O.
Rundo L.
Cannella V.
Vitabile S.
Pirrone R.

January 2018

Computer applications for diagnostic medical imaging provide generally a wide range of tools to supp...

nipy/heudiconv v0.6.0

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