Central Field Loss (CFL) and Normal Vision (NV) participant mean reaction times by drive type and hazard eccentricity.

Reaction time during high (left) and low (right) probability trials during hard and easy influence.

Jodi M. Gilman (591810)
Michael T. Treadway (371126)
Max T. Curran (591811)
Vanessa Calderon (591812)
A. Eden Evins (591814)

May 2015

Error bars represent 95% confidence intervals. An asterisk designates a significant difference.</...

Individual subject data for 1s, 4s, and 8s PSE trials.

Mark Andrew Miller (3742864)
Benjamin Thomas Crane (782791)

February 2017

Counterclockwise visual field motion (VFM) represented with filled circles, clockwise VFM with op...

Estimated mean initiation, movement, and total reaction times for soccer and non-soccer subjects.

Marsha R. Zhang (383178)
Stuart D. Red (383179)
Angela H. Lin (383180)
Saumil S. Patel (383181)
Anne B. Sereno (376284)

February 2013

Blue bars represent data from soccer players, and orange bars represent data from non-soccer play...

Binocular visual field plots (PRL at origin), Reaction Time (RT) boxplots for Central Field Loss (CFL) subjects (24–26 pedestrian appearances at each eccentricity), and individual plots of RT by scotoma occlusion time.

P. Matthew Bronstad (150737)
Amanda Albu (791214)
Alex R. Bowers (523718)
Robert Goldstein (791215)
Eli Peli (283160)

September 2015

RT boxplot for normally-sighted controls is at bottom left. Box lengths show the 25% to 75% inter...

Mean reaction times and accuracy in Experiment 1.

Arjan C. ter Horst (312501)
Jonathan Cole (312502)
Rob van Lier (312503)
Bert Steenbergen (312504)

February 2013

Reaction time (A) and accuracy data (B) for IW, CL and CR for Experiment 1. Error bars represent ...

Mean reaction times and error rates for each condition of the fMRI experiment.

Laura Quante (5979128)
Daniel S. Kluger (5979131)
Paul C. Bürkner (5979134)
Matthias Ekman (687844)
Ricarda I. Schubotz (215588)

November 2018

Error bars represent confidence limits (95%). VA = visual and auditory read-out, VX = only visual re...

Driving with Central Visual Field Loss II: How Scotomas above or below the Preferred Retinal Locus (PRL) Affect Hazard Detection in a Driving Simulator

Bronstad, P. Matthew
Albu, Amanda
Bowers, Alex R.
Goldstein, Robert
Peli, Eli

October 2015

We determined whether binocular central scotomas above or below the preferred retinal locus affect d...

CFL2 Vertical scotoma

Bronstad, P. Matthew

Reaction time data for study in press at PLoS One entitled "Driving with Central Visual Field Loss I...

Subjects’ performance, reaction times and fixation performance in the behavioral control experiment separately for the Control (C), 1F, 2F (averaged across 2F0G, 2F1G and 2F2G conditions) and 4F conditions and for right (black) and left (gray) visual fields.

Krisztina Nagy (345075)
Mark W. Greenlee (51217)
Gyula Kovács (5652901)

February 2013

A. Average detection performance. B. Average reaction times of the celebrity detection task. C. E...

Driving with Central Visual Field Loss II: How Scotomas above or below the Preferred Retinal Locus (PRL) Affect Hazard Detection in a Driving Simulator.

P Matthew Bronstad
Amanda Albu
Alex R Bowers
Robert Goldstein
Eli Peli

We determined whether binocular central scotomas above or below the preferred retinal locus affect d...

Reaction time is related to the functional state of the visual field area.

Michał Bola (411084)
Carolin Gall (411085)
Bernhard A. Sabel (411086)

May 2013

In both groups, pre-chiasmatic and post-chiasmatic, RT depends on the functional state of the vis...

Mean saccadic reaction times (SRTs) for gaze direction conditions among neutral and fearful expressions.

Reiko Matsunaka (525148)
Kazuo Hiraki (262096)

February 2014

SRTs for leftward, rightward, and forward gaze direction conditions for neutral and fearful expre...

Reaction Time Variability Association with Safe Driving Indexes

M. G. Altarabichi
M. U. Ahmed
S. Begum
Rita Ciceri (ORCID:0000-0002-4332-2881)
S. Balzarotti (ORCID:0000-0002-9273-8496)
F. Biassoni (ORCID:0000-0002-0375-2211)
D. Lombardi
P. Perego

January 2020

Naturalistic Driving Study (NDS) encompasses data analysis of driver performance in normal, impaired...

Reaction Times in Automated Perimetry are Prolonged with Visual Field Damage

Wall, Michael

February 1995

There has been little study of subject's reaction time (RT) in automated perimetry. To test the hypo...

The relationship of visual threshold and reaction time to visual field eccentricity with conventional automated perimetry

Wall, Michael
Kutzko, Kim E
Chauhan, Balwantray C

March 2002

AbstractTo investigate the relationship between reaction time (RT), stimulus intensity and visual fi...

Reaction time during high (left) and low (right) probability trials during hard and easy influence.

Jodi M. Gilman (591810)
Michael T. Treadway (371126)
Max T. Curran (591811)
Vanessa Calderon (591812)
A. Eden Evins (591814)

May 2015

Error bars represent 95% confidence intervals. An asterisk designates a significant difference.</...

Individual subject data for 1s, 4s, and 8s PSE trials.

Mark Andrew Miller (3742864)
Benjamin Thomas Crane (782791)

February 2017

Counterclockwise visual field motion (VFM) represented with filled circles, clockwise VFM with op...

Estimated mean initiation, movement, and total reaction times for soccer and non-soccer subjects.

Marsha R. Zhang (383178)
Stuart D. Red (383179)
Angela H. Lin (383180)
Saumil S. Patel (383181)
Anne B. Sereno (376284)

February 2013

Blue bars represent data from soccer players, and orange bars represent data from non-soccer play...

Binocular visual field plots (PRL at origin), Reaction Time (RT) boxplots for Central Field Loss (CFL) subjects (24–26 pedestrian appearances at each eccentricity), and individual plots of RT by scotoma occlusion time.

P. Matthew Bronstad (150737)
Amanda Albu (791214)
Alex R. Bowers (523718)
Robert Goldstein (791215)
Eli Peli (283160)

September 2015

RT boxplot for normally-sighted controls is at bottom left. Box lengths show the 25% to 75% inter...

Mean reaction times and accuracy in Experiment 1.

Arjan C. ter Horst (312501)
Jonathan Cole (312502)
Rob van Lier (312503)
Bert Steenbergen (312504)

February 2013

Reaction time (A) and accuracy data (B) for IW, CL and CR for Experiment 1. Error bars represent ...

Mean reaction times and error rates for each condition of the fMRI experiment.

Laura Quante (5979128)
Daniel S. Kluger (5979131)
Paul C. Bürkner (5979134)
Matthias Ekman (687844)
Ricarda I. Schubotz (215588)

November 2018

Error bars represent confidence limits (95%). VA = visual and auditory read-out, VX = only visual re...

Driving with Central Visual Field Loss II: How Scotomas above or below the Preferred Retinal Locus (PRL) Affect Hazard Detection in a Driving Simulator

Bronstad, P. Matthew
Albu, Amanda
Bowers, Alex R.
Goldstein, Robert
Peli, Eli

October 2015

We determined whether binocular central scotomas above or below the preferred retinal locus affect d...

CFL2 Vertical scotoma

Bronstad, P. Matthew

Reaction time data for study in press at PLoS One entitled "Driving with Central Visual Field Loss I...

Subjects’ performance, reaction times and fixation performance in the behavioral control experiment separately for the Control (C), 1F, 2F (averaged across 2F0G, 2F1G and 2F2G conditions) and 4F conditions and for right (black) and left (gray) visual fields.

Krisztina Nagy (345075)
Mark W. Greenlee (51217)
Gyula Kovács (5652901)

February 2013

A. Average detection performance. B. Average reaction times of the celebrity detection task. C. E...

Driving with Central Visual Field Loss II: How Scotomas above or below the Preferred Retinal Locus (PRL) Affect Hazard Detection in a Driving Simulator.

P Matthew Bronstad
Amanda Albu
Alex R Bowers
Robert Goldstein
Eli Peli

We determined whether binocular central scotomas above or below the preferred retinal locus affect d...

Reaction time is related to the functional state of the visual field area.

Michał Bola (411084)
Carolin Gall (411085)
Bernhard A. Sabel (411086)

May 2013

In both groups, pre-chiasmatic and post-chiasmatic, RT depends on the functional state of the vis...

Mean saccadic reaction times (SRTs) for gaze direction conditions among neutral and fearful expressions.

Reiko Matsunaka (525148)
Kazuo Hiraki (262096)

February 2014

SRTs for leftward, rightward, and forward gaze direction conditions for neutral and fearful expre...

Reaction Time Variability Association with Safe Driving Indexes

M. G. Altarabichi
M. U. Ahmed
S. Begum
Rita Ciceri (ORCID:0000-0002-4332-2881)
S. Balzarotti (ORCID:0000-0002-9273-8496)
F. Biassoni (ORCID:0000-0002-0375-2211)
D. Lombardi
P. Perego

January 2020

Naturalistic Driving Study (NDS) encompasses data analysis of driver performance in normal, impaired...

Reaction Times in Automated Perimetry are Prolonged with Visual Field Damage

Wall, Michael

February 1995

There has been little study of subject's reaction time (RT) in automated perimetry. To test the hypo...

The relationship of visual threshold and reaction time to visual field eccentricity with conventional automated perimetry

Wall, Michael
Kutzko, Kim E
Chauhan, Balwantray C

March 2002

AbstractTo investigate the relationship between reaction time (RT), stimulus intensity and visual fi...

Reaction time during high (left) and low (right) probability trials during hard and easy influence.

Jodi M. Gilman (591810)
Michael T. Treadway (371126)
Max T. Curran (591811)
Vanessa Calderon (591812)
A. Eden Evins (591814)

May 2015

Error bars represent 95% confidence intervals. An asterisk designates a significant difference.</...

Individual subject data for 1s, 4s, and 8s PSE trials.

Mark Andrew Miller (3742864)
Benjamin Thomas Crane (782791)

February 2017

Counterclockwise visual field motion (VFM) represented with filled circles, clockwise VFM with op...

Estimated mean initiation, movement, and total reaction times for soccer and non-soccer subjects.

Marsha R. Zhang (383178)
Stuart D. Red (383179)
Angela H. Lin (383180)
Saumil S. Patel (383181)
Anne B. Sereno (376284)

February 2013

Blue bars represent data from soccer players, and orange bars represent data from non-soccer play...

Central Field Loss (CFL) and Normal Vision (NV) participant mean reaction times by drive type and hazard eccentricity.

Abstract

Extracted data

Central Field Loss (CFL) and Normal Vision (NV) participant mean reaction times by drive type and hazard eccentricity.

Abstract

Extracted data

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