Cerebral regions differentially activated by (a) young and (b) elderly participants during the categorization of low-spatial frequency (LSF) and high-spatial frequency (HSF) scenes.

Ramanoël, S.
Kauffmann, L.
Cousin, E.
Dojat, M.
Peyrin, C.

August 2015

Visual analysis of real-life scenes starts with the parallel extraction of different visual elementa...

Cerebral regions and hemispheric specialization for processing spatial frequencies during natural scene recognition. An event-related fMRI study.

Peyrin, Carole
Baciu, Monica
Segebarth, Christoph
Marendaz, Christian

January 2004

International audienceIt has been suggested that visual scene recognition is mainly based on spatial...

The neural bases of spatial frequency processing during scene perception

Kauffmann, Louise
Ramanoël, Stephen
Peyrin, Carole

May 2014

International audienceTheories on visual perception agree that scenes are processed in terms of spat...

Cerebral regions activated by contrasting natural scenes filtered in LSF and HSF to fixation periods, and to each other in young and elderly participants.

Stephen Ramanoël (784853)
Louise Kauffmann (784854)
Emilie Cousin (784855)
Michel Dojat (784856)
Carole Peyrin (160466)

August 2015

A retinotopic organization for spatial frequency processing was observed in young participants: m...

Ramanoël, Stephen
Kauffmann, Louise
Cousin, Emilie
Dojat, Michel
Peyrin, Carole

November 2014

International audienceVisual analysis of real-life scenes starts with the parallel extraction of dif...

Ramanoël, Stephen
Kauffmann, Louise
Cousin, Emilie
Dojat, Michel
Peyrin, Carole

November 2014

International audienceVisual analysis of real-life scenes starts with the parallel extraction of dif...

Cerebral regions specifically activated during the categorization of scenes for (a) young and (b) elderly participants.

Stephen Ramanoël (784853)
Louise Kauffmann (784854)
Emilie Cousin (784855)
Michel Dojat (784856)
Carole Peyrin (160466)

August 2015

Abbreviations: R = right hemisphere; L = left hemisphere; BA = Brodmann area.The statistic...

Ramanoël, Stephen
Kauffmann, Louise
Cousin, Emilie
Dojat, Michel
Peyrin, Carole

November 2014

International audienceVisual analysis of real-life scenes starts with the parallel extraction of dif...

Stephen Ramanoël
Louise Kauffmann
Emilie Cousin
Michel Dojat
Carole Peyrin

Visual analysis of real-life scenes starts with the parallel extraction of different visual elementa...

Ramanoël, Stephen
Kauffmann, Louise
Cousin, Emilie
Dojat, Michel
Peyrin, Carole

June 2015

International audienceIntroduction:Real-life visual scenes are primarily processed in terms of spati...

Ramanoël, Stephen
Kauffmann, Louise
Cousin, Emilie
Dojat, Michel
Peyrin, Carole

June 2015

International audienceIntroduction:Real-life visual scenes are primarily processed in terms of spati...

Ramanoël, Stephen
Kauffmann, Louise
Cousin, Emilie
Dojat, Michel
Peyrin, Carole

June 2015

International audienceIntroduction:Real-life visual scenes are primarily processed in terms of spati...

Brain activity comparison between young and elderly participants for spatial frequency processing (LSF and HSF).

Stephen Ramanoël (784853)
Louise Kauffmann (784854)
Emilie Cousin (784855)
Michel Dojat (784856)
Carole Peyrin (160466)

August 2015

Abbreviations: BA = Brodmann area.The statistical significance threshold for individual vo...

Ramanoël, Stephen
Kauffmann, Louise
Cousin, Emilie
Dojat, Michel
Peyrin, Carole

June 2015

International audienceIntroduction:Real-life visual scenes are primarily processed in terms of spati...

Ramanoël, Stephen
Kauffmann, Louise
Cousin, Emilie
Dojat, Michel
Peyrin, Carole

June 2015

International audienceIntroduction:Real-life visual scenes are primarily processed in terms of spati...

Ramanoël, S.
Kauffmann, L.
Cousin, E.
Dojat, M.
Peyrin, C.

August 2015

Visual analysis of real-life scenes starts with the parallel extraction of different visual elementa...

Cerebral regions and hemispheric specialization for processing spatial frequencies during natural scene recognition. An event-related fMRI study.

Peyrin, Carole
Baciu, Monica
Segebarth, Christoph
Marendaz, Christian

January 2004

International audienceIt has been suggested that visual scene recognition is mainly based on spatial...

The neural bases of spatial frequency processing during scene perception

Kauffmann, Louise
Ramanoël, Stephen
Peyrin, Carole

May 2014

International audienceTheories on visual perception agree that scenes are processed in terms of spat...

Cerebral regions activated by contrasting natural scenes filtered in LSF and HSF to fixation periods, and to each other in young and elderly participants.

Stephen Ramanoël (784853)
Louise Kauffmann (784854)
Emilie Cousin (784855)
Michel Dojat (784856)
Carole Peyrin (160466)

August 2015

A retinotopic organization for spatial frequency processing was observed in young participants: m...

Ramanoël, Stephen
Kauffmann, Louise
Cousin, Emilie
Dojat, Michel
Peyrin, Carole

November 2014

International audienceVisual analysis of real-life scenes starts with the parallel extraction of dif...

Ramanoël, Stephen
Kauffmann, Louise
Cousin, Emilie
Dojat, Michel
Peyrin, Carole

November 2014

International audienceVisual analysis of real-life scenes starts with the parallel extraction of dif...

Cerebral regions specifically activated during the categorization of scenes for (a) young and (b) elderly participants.

Stephen Ramanoël (784853)
Louise Kauffmann (784854)
Emilie Cousin (784855)
Michel Dojat (784856)
Carole Peyrin (160466)

August 2015

Abbreviations: R = right hemisphere; L = left hemisphere; BA = Brodmann area.The statistic...

Ramanoël, Stephen
Kauffmann, Louise
Cousin, Emilie
Dojat, Michel
Peyrin, Carole

November 2014

International audienceVisual analysis of real-life scenes starts with the parallel extraction of dif...

Stephen Ramanoël
Louise Kauffmann
Emilie Cousin
Michel Dojat
Carole Peyrin

Visual analysis of real-life scenes starts with the parallel extraction of different visual elementa...

Ramanoël, Stephen
Kauffmann, Louise
Cousin, Emilie
Dojat, Michel
Peyrin, Carole

June 2015

International audienceIntroduction:Real-life visual scenes are primarily processed in terms of spati...

Ramanoël, Stephen
Kauffmann, Louise
Cousin, Emilie
Dojat, Michel
Peyrin, Carole

June 2015

International audienceIntroduction:Real-life visual scenes are primarily processed in terms of spati...

Ramanoël, Stephen
Kauffmann, Louise
Cousin, Emilie
Dojat, Michel
Peyrin, Carole

June 2015

International audienceIntroduction:Real-life visual scenes are primarily processed in terms of spati...

Brain activity comparison between young and elderly participants for spatial frequency processing (LSF and HSF).

Stephen Ramanoël (784853)
Louise Kauffmann (784854)
Emilie Cousin (784855)
Michel Dojat (784856)
Carole Peyrin (160466)

August 2015

Abbreviations: BA = Brodmann area.The statistical significance threshold for individual vo...

Ramanoël, Stephen
Kauffmann, Louise
Cousin, Emilie
Dojat, Michel
Peyrin, Carole

June 2015

International audienceIntroduction:Real-life visual scenes are primarily processed in terms of spati...

Ramanoël, Stephen
Kauffmann, Louise
Cousin, Emilie
Dojat, Michel
Peyrin, Carole

June 2015

International audienceIntroduction:Real-life visual scenes are primarily processed in terms of spati...

Ramanoël, S.
Kauffmann, L.
Cousin, E.
Dojat, M.
Peyrin, C.

August 2015

Visual analysis of real-life scenes starts with the parallel extraction of different visual elementa...

Cerebral regions and hemispheric specialization for processing spatial frequencies during natural scene recognition. An event-related fMRI study.

Peyrin, Carole
Baciu, Monica
Segebarth, Christoph
Marendaz, Christian

January 2004

International audienceIt has been suggested that visual scene recognition is mainly based on spatial...

The neural bases of spatial frequency processing during scene perception

Kauffmann, Louise
Ramanoël, Stephen
Peyrin, Carole

May 2014

International audienceTheories on visual perception agree that scenes are processed in terms of spat...

Cerebral regions differentially activated by (a) young and (b) elderly participants during the categorization of low-spatial frequency (LSF) and high-spatial frequency (HSF) scenes.

Abstract

Extracted data

Cerebral regions differentially activated by (a) young and (b) elderly participants during the categorization of low-spatial frequency (LSF) and high-spatial frequency (HSF) scenes.

Abstract

Extracted data

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