A scalar classifier plot of each experimental subject in terms of two values for that subject, β and γ.

Differences in gray matter density (GMD) between Trauma Survivors and Healthy Controls using univariate analysis based on voxel-based morphometry.

Yu Li (183836)
Xin Hou (336157)
Dongtao Wei (286574)
Xue Du (495057)
Qinglin Zhang (284715)
Guangyuan Liu (790913)
Jiang Qiu (286573)

January 2017

The hot in the map represent represents the results of GMD Trauma > Control. While, the blue repr...

Classification results.

Andrea Finke (848598)
Kai Essig (695992)
Giuseppe Marchioro (848599)
Helge Ritter (848600)

January 2016

Generalized inter-subject classifier using all 12 EEG channels. The classifier was trained on the...

Multiple Subject Barycentric Discriminant Analysis (MUSUBADA): How to Assign Scans to Categories without Using Spatial Normalization

Hervé Abdi
Lynne J. Williams
Andrew C. Connolly
M. Ida Gobbini
Joseph P. Dunlop
James V. Haxby

January 2012

We present a new discriminant analysis (DA) method called Multiple Subject Barycentric Discriminant ...

The β value for all the subjects of this study as a function of the subject age.

Cesar A. Gonzalez (582948)
Jose A. Valencia (582949)
Alfredo Mora (582950)
Fernando Gonzalez (445636)
Beatriz Velasco (582951)
Martin A. Porras (582952)
Javier Salgado (582953)
Salvador M. Polo (582954)
Nidiyare Hevia-Montiel (582955)
Sergio Cordero (582956)
Boris Rubinsky (254231)

May 2013

Healthy volunteers, patients with brain condition of edema and of hematoma are marked with differ...

The γ value for all the subjects of this study as a function of age.

Cesar A. Gonzalez (582948)
Jose A. Valencia (582949)
Alfredo Mora (582950)
Fernando Gonzalez (445636)
Beatriz Velasco (582951)
Martin A. Porras (582952)
Javier Salgado (582953)
Salvador M. Polo (582954)
Nidiyare Hevia-Montiel (582955)
Sergio Cordero (582956)
Boris Rubinsky (254231)

May 2013

Healthy volunteers, patients with brain condition of edema and of hematoma are marked with differ...

The histogram of brain lesions for 98 patients based on a rigid registration of the images to a template brain indicating the number of patients out of 98 having lesions at each voxel.

Ani Eloyan (114849)
Haochang Shou (631143)
Russell T. Shinohara (556560)
Elizabeth M. Sweeney (556557)
Mary Beth Nebel (631144)
Jennifer L. Cuzzocreo (556559)
Peter A. Calabresi (141554)
Daniel S. Reich (114120)
Martin A. Lindquist (631145)
Ciprian M. Crainiceanu (346256)

September 2014

The histogram of brain lesions for 98 patients based on a rigid registration of the images to a t...

Spatial maps of classifier accuracies for distinguishing a ReHo map between FD patients and healthy controls using the MVPA analysis.

Peng Liu (120506)
Wei Qin (205374)
Jingjing Wang (140791)
Fang Zeng (199535)
Guangyu Zhou (237953)
Haixia Wen (433395)
Karen M. von Deneen (289817)
Fanrong Liang (172431)
Qiyong Gong (178081)
Jie Tian (20496)

July 2013

Color bar indicates the classification accuracy of the detected brain regions.</p

Body-specific activation in right FG when comparing bodies (fearful/happy/instrumental) with houses.

Jan Van den Stock (95740)
Wim A. C. van de Riet (95741)
Ruthger Righart (95742)
Beatrice de Gelder (95743)

February 2013

Left: Areas are shown on an inflated right hemisphere. Activation maps of the control subjects ar...

GM volume details of ROI where Controls>Patients.

Manish S. Dalwani (167939)
Mary Agnes McMahon (743516)
Susan K. Mikulich-Gilbertson (167946)
Susan E. Young (456216)
Michael F. Regner (743517)
Kristen M. Raymond (361645)
Shannon K. McWilliams (412064)
Marie T. Banich (180981)
Jody L. Tanabe (743518)
Thomas J Crowley (743519)
Joseph T. Sakai (167935)

May 2015

Nine panels which correspond to the clusters of Control>Patient GM volume demonstrated with whole...

Gray Matter segment discriminative power for classification and p value map.

Carlton Chu (309020)
Hugo Lagercrantz (289556)
Hans Forssberg (526893)
Zoltan Nagy (294624)

April 2015

Mean gray matter segment of all subjects is shown in the middle column for anatomical orientation...

A representative subject illustrating voxels selected using an anatomically defined ROI.

Kayoko Okada (425217)
Jonathan H. Venezia (425218)
William Matchin (425219)
Kourosh Saberi (425220)
Gregory Hickok (425221)

June 2013

A representative subject illustrating voxels selected using an anatomically defined ROI.</p

Box plots of global brain measures.

Daniel Radeloff (625829)
Angela Ciaramidaro (625830)
Michael Siniatchkin (475526)
Daniela Hainz (625831)
Sabine Schlitt (625832)
Bernhard Weber (625833)
Fritz Poustka (184874)
Sven Bölte (431462)
Henrik Walter (370898)
Christine Margarete Freitag (625834)

September 2014

Box plots are given for autism spectrum disorder (ASD), schizophrenia (SCZ) and typically develop...

Scatter plots of the T1-w, T2-w and FLAIR voxel intensities and functions of these intensities for 10,000 randomly sampled voxels from 5 randomly sampled subject's MRI studies.

Elizabeth M. Sweeney (556557)
Joshua T. Vogelstein (556558)
Jennifer L. Cuzzocreo (556559)
Peter A. Calabresi (141554)
Daniel S. Reich (114120)
Ciprian M. Crainiceanu (346256)
Russell T. Shinohara (556560)

April 2014

Each point in the plot represents a single voxel from a study. (A–C) Color key for these plots: (...

Observed clinical score scatter plots with corresponding probability density histograms.

Taylor R. Hayes (5264132)
John M. Henderson (416455)

May 2018

Clinical scores are shown for each clinical measure (ADD, autism, and dyslexia), where each point...

The relationship chart of four different fMRI data analysis cases.

Fengqing Zhang (693194)
Ji-Ping Wang (82379)
Jieun Kim (427023)
Todd Parrish (662356)
Patrick C. M. Wong (172762)

February 2015

(A) Case WithinSub: Classifiers are trained and tested for each subject separately; (B) Case Acro...

Differences in gray matter density (GMD) between Trauma Survivors and Healthy Controls using univariate analysis based on voxel-based morphometry.

Yu Li (183836)
Xin Hou (336157)
Dongtao Wei (286574)
Xue Du (495057)
Qinglin Zhang (284715)
Guangyuan Liu (790913)
Jiang Qiu (286573)

January 2017

The hot in the map represent represents the results of GMD Trauma > Control. While, the blue repr...

Classification results.

Andrea Finke (848598)
Kai Essig (695992)
Giuseppe Marchioro (848599)
Helge Ritter (848600)

January 2016

Generalized inter-subject classifier using all 12 EEG channels. The classifier was trained on the...

Multiple Subject Barycentric Discriminant Analysis (MUSUBADA): How to Assign Scans to Categories without Using Spatial Normalization

Hervé Abdi
Lynne J. Williams
Andrew C. Connolly
M. Ida Gobbini
Joseph P. Dunlop
James V. Haxby

January 2012

We present a new discriminant analysis (DA) method called Multiple Subject Barycentric Discriminant ...

The β value for all the subjects of this study as a function of the subject age.

Cesar A. Gonzalez (582948)
Jose A. Valencia (582949)
Alfredo Mora (582950)
Fernando Gonzalez (445636)
Beatriz Velasco (582951)
Martin A. Porras (582952)
Javier Salgado (582953)
Salvador M. Polo (582954)
Nidiyare Hevia-Montiel (582955)
Sergio Cordero (582956)
Boris Rubinsky (254231)

May 2013

Healthy volunteers, patients with brain condition of edema and of hematoma are marked with differ...

The γ value for all the subjects of this study as a function of age.

Cesar A. Gonzalez (582948)
Jose A. Valencia (582949)
Alfredo Mora (582950)
Fernando Gonzalez (445636)
Beatriz Velasco (582951)
Martin A. Porras (582952)
Javier Salgado (582953)
Salvador M. Polo (582954)
Nidiyare Hevia-Montiel (582955)
Sergio Cordero (582956)
Boris Rubinsky (254231)

May 2013

Healthy volunteers, patients with brain condition of edema and of hematoma are marked with differ...

The histogram of brain lesions for 98 patients based on a rigid registration of the images to a template brain indicating the number of patients out of 98 having lesions at each voxel.

Ani Eloyan (114849)
Haochang Shou (631143)
Russell T. Shinohara (556560)
Elizabeth M. Sweeney (556557)
Mary Beth Nebel (631144)
Jennifer L. Cuzzocreo (556559)
Peter A. Calabresi (141554)
Daniel S. Reich (114120)
Martin A. Lindquist (631145)
Ciprian M. Crainiceanu (346256)

September 2014

The histogram of brain lesions for 98 patients based on a rigid registration of the images to a t...

Spatial maps of classifier accuracies for distinguishing a ReHo map between FD patients and healthy controls using the MVPA analysis.

Peng Liu (120506)
Wei Qin (205374)
Jingjing Wang (140791)
Fang Zeng (199535)
Guangyu Zhou (237953)
Haixia Wen (433395)
Karen M. von Deneen (289817)
Fanrong Liang (172431)
Qiyong Gong (178081)
Jie Tian (20496)

July 2013

Color bar indicates the classification accuracy of the detected brain regions.</p

Body-specific activation in right FG when comparing bodies (fearful/happy/instrumental) with houses.

Jan Van den Stock (95740)
Wim A. C. van de Riet (95741)
Ruthger Righart (95742)
Beatrice de Gelder (95743)

February 2013

Left: Areas are shown on an inflated right hemisphere. Activation maps of the control subjects ar...

GM volume details of ROI where Controls>Patients.

Manish S. Dalwani (167939)
Mary Agnes McMahon (743516)
Susan K. Mikulich-Gilbertson (167946)
Susan E. Young (456216)
Michael F. Regner (743517)
Kristen M. Raymond (361645)
Shannon K. McWilliams (412064)
Marie T. Banich (180981)
Jody L. Tanabe (743518)
Thomas J Crowley (743519)
Joseph T. Sakai (167935)

May 2015

Nine panels which correspond to the clusters of Control>Patient GM volume demonstrated with whole...

Gray Matter segment discriminative power for classification and p value map.

Carlton Chu (309020)
Hugo Lagercrantz (289556)
Hans Forssberg (526893)
Zoltan Nagy (294624)

April 2015

Mean gray matter segment of all subjects is shown in the middle column for anatomical orientation...

A representative subject illustrating voxels selected using an anatomically defined ROI.

Kayoko Okada (425217)
Jonathan H. Venezia (425218)
William Matchin (425219)
Kourosh Saberi (425220)
Gregory Hickok (425221)

June 2013

A representative subject illustrating voxels selected using an anatomically defined ROI.</p

Box plots of global brain measures.

Daniel Radeloff (625829)
Angela Ciaramidaro (625830)
Michael Siniatchkin (475526)
Daniela Hainz (625831)
Sabine Schlitt (625832)
Bernhard Weber (625833)
Fritz Poustka (184874)
Sven Bölte (431462)
Henrik Walter (370898)
Christine Margarete Freitag (625834)

September 2014

Box plots are given for autism spectrum disorder (ASD), schizophrenia (SCZ) and typically develop...

Scatter plots of the T1-w, T2-w and FLAIR voxel intensities and functions of these intensities for 10,000 randomly sampled voxels from 5 randomly sampled subject's MRI studies.

Elizabeth M. Sweeney (556557)
Joshua T. Vogelstein (556558)
Jennifer L. Cuzzocreo (556559)
Peter A. Calabresi (141554)
Daniel S. Reich (114120)
Ciprian M. Crainiceanu (346256)
Russell T. Shinohara (556560)

April 2014

Each point in the plot represents a single voxel from a study. (A–C) Color key for these plots: (...

Observed clinical score scatter plots with corresponding probability density histograms.

Taylor R. Hayes (5264132)
John M. Henderson (416455)

May 2018

Clinical scores are shown for each clinical measure (ADD, autism, and dyslexia), where each point...

The relationship chart of four different fMRI data analysis cases.

Fengqing Zhang (693194)
Ji-Ping Wang (82379)
Jieun Kim (427023)
Todd Parrish (662356)
Patrick C. M. Wong (172762)

February 2015

(A) Case WithinSub: Classifiers are trained and tested for each subject separately; (B) Case Acro...

Differences in gray matter density (GMD) between Trauma Survivors and Healthy Controls using univariate analysis based on voxel-based morphometry.

Yu Li (183836)
Xin Hou (336157)
Dongtao Wei (286574)
Xue Du (495057)
Qinglin Zhang (284715)
Guangyuan Liu (790913)
Jiang Qiu (286573)

January 2017

The hot in the map represent represents the results of GMD Trauma > Control. While, the blue repr...

Classification results.

Andrea Finke (848598)
Kai Essig (695992)
Giuseppe Marchioro (848599)
Helge Ritter (848600)

January 2016

Generalized inter-subject classifier using all 12 EEG channels. The classifier was trained on the...

Multiple Subject Barycentric Discriminant Analysis (MUSUBADA): How to Assign Scans to Categories without Using Spatial Normalization

Hervé Abdi
Lynne J. Williams
Andrew C. Connolly
M. Ida Gobbini
Joseph P. Dunlop
James V. Haxby

January 2012

We present a new discriminant analysis (DA) method called Multiple Subject Barycentric Discriminant ...

A scalar classifier plot of each experimental subject in terms of two values for that subject, β and γ.

Abstract

Extracted data

A scalar classifier plot of each experimental subject in terms of two values for that subject, β and γ.

Abstract

Extracted data

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