A | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | AA | |
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1 | Last Updated | Project Name | Project Status (Use Dropdown Menu) | Additional Comments on Project Status | PI(s) | Team Members (Lead in Bold) | Hypothesis / Motivating Scientific Questions | Project Resources (i.e., Links to code on GitLab, Location of data on Opus, Links to reports on the wiki, etc.) | ||||||||||||||||||
2 | 10/31 | Binocular Snellen | Post-Collection Data Analysis (Data Collection is Closed, Perhaps Temporarily) | good binocular data set to write binocular EM analysis code; conjugacy of EM similar to fixation / monocular viewing | Michele Rucci | Janis Intoy, Michele A Cox | Characterization of eye coordination during high acuity task. | https://wiki.bcs.rochester.edu/ApLab/Projects-Janis-Snellen-BinocularSnellen | Post-Collection Data Analysis (Data Collection is Closed, Perhaps Temporarily) | |||||||||||||||||
3 | 10/31 | Drift Gain Control | Collecting Data on Well-Established Protocol | continuing data collection | Michele Rucci | Janis Intoy, Penny | We hypothesize that drift characteristics change to achieve a certain level of retinal power in the spatial frequency band of interest. | https://wiki.bcs.rochester.edu/ApLab/Projects-Janis-DriftControl, https://gitlab.com/jintoy/DriftControl_spf, https://gitlab.com/jintoy/DriftControl_spf_ExpCode, Z:\JanisData\DriftControl_spf (OPUS) | ||||||||||||||||||
4 | Saccade | Collecting Data on Well-Established Protocol | Michele Rucci | Zhetuo Zhao, Emin Alicic | Whether we can find psychophysical evidence to support the temporal modulation of cascade transient | |||||||||||||||||||||
5 | 10/31 | Presaccadic modulation of attention (spatial) | Collecting Data on Well-Established Protocol | Running last few subjects | Martina Poletti | Ashley Clark, Natalya Shelchkova, Howard (Yuanhao) Li, Yue Zhang | Measure the spatial resolution of attention allocated during microsaccade preparation | https://wiki.bcs.rochester.edu/ApLab/Projects-Ashley-Crowding | ||||||||||||||||||
6 | 10/31 | Foveal Crowding | Collecting Data on Well-Established Protocol | Working on figures for journal, Analyzing data collected | Ashley Clark, Janis Intoy, Haizhu "Zita" Yang | Does crowding affect foveal vision, and how does it differ between individuals? | ||||||||||||||||||||
7 | 10/31 | Nystagmus | Needs To Be Started or Re-Opened (i.e., Proposed Experiments from Grants, Projects Left Incomplete) | analysis has been done but can be improved, need to reopen collab with Wales(?) | Michele Rucci | Janis Intoy | characteristics of retinal input for patients with infantile nystagmus | Janis has data from collaborators | ||||||||||||||||||
8 | 10/31 | Exogenous Attention | Collecting Data on Well-Established Protocol | Collecting data with two more subjects | Martina Poletti | Yue Zhang, Ashley Clark, Natalya Shelchkova | Is there an inhibition effect in our exogenous attention? | GitLAB: Exogenous Attention | Pilot (Design, Initial Data Collection) | |||||||||||||||||
9 | 10/31 | Contributions of FEM to color perception | Needs To Be Started or Re-Opened (i.e., Proposed Experiments from Grants, Projects Left Incomplete) | skype with EB Nov 2018 - Janis is updating experiment code to collect more data | Michele Rucci, Eli Brenner | Janis Intoy, Natalya Shelchkova | Do visual transients from FEM influence color assimilation? | |||||||||||||||||||
10 | Blink Transient | Writing-Up for Journal Submission | Martina Poletti | Bin Yang, Janis Intoy | Despite the visual suppression by blink, visual transient introduced by blink is able to enhance visual contrast sensitivity for low spatial frequencies | |||||||||||||||||||||
11 | 10/31 | Spatiotemporal Contrast Sensitivity - Eccentricity | Needs To Be Started or Re-Opened (i.e., Proposed Experiments from Grants, Projects Left Incomplete) | ready for pilot - ideally will start with Drift Gain Control subjects | Michele Rucci | Janis Intoy | Characterization of spatiotemporal contrast sensitivity at different eccentricities | https://wiki.bcs.rochester.edu/ApLab/Projects-Janis-ContrastSensitivity_Ecc | ||||||||||||||||||
12 | stabilization influences measured by EEG | Pilot (Design, Initial Data Collection) | Michele Rucci | Zhetuo Zhao | Whether temporal modulation of drift motion is reflected in EEG signal | |||||||||||||||||||||
13 | 10/31 | Corrugation Discrimination | Collecting Data on Well-Established Protocol | collecting data with naive subjects, control data with lab members in several stabilization conditions | Michele Rucci | Janis Intoy, Michele A Cox, Emin | Do transients from FEM contribute to fine depth perception? | see Janis F31 proposal | On Hold For Reasons Beyond Project Scope (e.g. Technical Issues, Waiting on Collaborator, etc.) | |||||||||||||||||
14 | Fender & Julesz Replication | Pilot (Design, Initial Data Collection) | refining code, rough demos tried | Michele Rucci | Janis Intoy, Michele A Cox | Repeat binocular stabilization experiments with square RDS and two-line stimuli in DPI dichoptic display | ||||||||||||||||||||
15 | Hyperacuity | Pilot (Design, Initial Data Collection) | need to finish coding | Michele Rucci | Janis Intoy, Nikunj Khetan, Michele A Cox | Drift contributes to hyperacuity; direct empirical demonstration. | Experiment Code: https://gitlab.com/michele.a.cox/hyperacuity-ddpi.git | Collecting Data on Well-Established Protocol | ||||||||||||||||||
16 | 10/31 | Local Image Correlation | Post-Collection Data Analysis (Data Collection is Closed, Perhaps Temporarily) | (current project closed - negative results) | Michele Rucci, Jonathan Victor | Janis Intoy | Do visual transients from FEM contribute to processing of correlations in images? | https://wiki.bcs.rochester.edu/ApLab/Projects-Janis-LocalImageCorrelation | ||||||||||||||||||
17 | 10/31 | Myopia - Empirical | Pilot (Design, Initial Data Collection) | collecting data with naive subjects | Michele Rucci, Geunyoung Yoon | Janis Intoy, Ashley Clark, Michele A Cox, Ruei-Jr Wu, | Do fixational eye movement vary between myopes and normal subjects? Can eye movement behavior be used to predict the onset of myopia in development? | |||||||||||||||||||
18 | Myopia - Modeling | Pilot (Design, Initial Data Collection) | MAC is working on implementing model in matlab. | Michele Rucci, Geunyoung Yoon | Janis Intoy, Michele A Cox | Build a realistic model of the human eye to illustrate the relationship between eye length, eye rotation, and retinal image movement across the entire retina. | Code on GitLab: https://gitlab.com/michele.a.cox/myopia-modeling.git | Submitted to Journal | ||||||||||||||||||
19 | Stabilized Binocular Rivalry | Pilot (Design, Initial Data Collection) | Michele Rucci | Janis Intoy, Michele A Cox | How does retinal stabilization influence perception during binocular rivalry? How do eye movements compare between periods of perceptual dominance and perceptual transitions? | Report: https://www.dropbox.com/s/9u8jbb0cwxiy95n/Binocular%20Rivalry%20under%20Retinal%20Stabilization.pdf?dl=0 | ||||||||||||||||||||
20 | 10/31 | Presaccadic modulation of attention (temporal) | Pilot (Design, Initial Data Collection) | Need to collect more pilot data | Martina Poletti | Natalya Shelchkova, Zoe Stearns, Howard (Yuanhao) Li | Measure the temporal dynamic of attention allocated during microsaccade preparation | https://gitlab.com/nshelch/temporal-msenhancement | ||||||||||||||||||
21 | Smooth Pursuit | Pilot (Design, Initial Data Collection) | brainstorming phase / implement basic paradigm | Michele Rucci | Janis Intoy, Bin Yang | characteristics of retinal image motion during smooth pursuit | Writing-Up for Journal Submission | |||||||||||||||||||
22 | Postsaccadic Visual Dynamics (Oculus Project) | Pilot (Design, Initial Data Collection) | Michele Rucci, Martina Poletti | Michele A Cox, Nikunj Khetan, Janis Intoy | ||||||||||||||||||||||
23 | Priority Maps | Collecting Data on Well-Established Protocol | continuing data collection | MartinaPoletti | Sanjana, Martina | investigate whether a foveal priority map, highlighting certain | https://gitlab.com/skapisth/prioritymaps/tree/master | |||||||||||||||||||
24 | Adaptive Optics | Pilot (Design, Initial Data Collection) | Analysing algorithms over data collected so far | Martina Poletti | Sanjana, Martina | |||||||||||||||||||||
25 | 10/31 | Brownian Motion Model of Drift | Post-Collection Data Analysis (Data Collection is Closed, Perhaps Temporarily) | just needs to be written | Michele Rucci | Janis Intoy | foveal locations over others, guides oculomotor behavior at a spatial scale as small as 0.5 deg. | https://wiki.bcs.rochester.edu/ApLab/Projects-Janis-BrownianMotionModel | Project / Task Revision (i.e., Adding Controls, Responding to Reviewers, etc.) | |||||||||||||||||
26 | Tilted Grating Task (Sara's) | Post-Collection Data Analysis (Data Collection is Closed, Perhaps Temporarily) | Yen-Chu Lin is analyzing data with guidance from MAC | Michele Rucci, Jonathan Victor | Janis Intoy, Michele A Cox, Yen-Chu Lin | Do subjects optimize their oculomotor behavior when they know the image characteristics (orientation, spatial frequency)? | Analysis code on GitLab: https://gitlab.com/michele.a.cox/tilted-grating-task-analysis.git; Sara's Projects on Wiki: https://wiki.bcs.rochester.edu/ApLab/Sara; data on Opus: \\opus.cvs.rochester.edu\aplab\BACKUPS\Aghajari_Backup\TGExp\ | Needs To Be Started or Re-Opened (i.e., Proposed Experiments from Grants, Projects Left Incomplete) | ||||||||||||||||||
27 | FreeView Drift Gain (Norick's) | Post-Collection Data Analysis (Data Collection is Closed, Perhaps Temporarily) | abstract sent to VSS for coments | Michele Rucci, Martina Poletti | Michele A Cox, Janis Intoy | |||||||||||||||||||||
28 | Microsaccade Correction During Sustained Fixation (Claudia's) | Post-Collection Data Analysis (Data Collection is Closed, Perhaps Temporarily) | working on revisions as discussed, goal to get witten up quickly | Michele Rucci | Michele Cox | |||||||||||||||||||||
29 | Microsaccade Faces | Submitted to Journal | Submitted, waiting for reviewers | Martina Poletti | Natalya Shelchkova, (Ashley Clark if needed) | Study the attentional modalities which modulate fixational eye movements | Opus -> Backups -> Shelchkova Backup -> MicrosaccadeFaces | |||||||||||||||||||
30 | 10/31 | Drift Gain - Grating (Impact of Ocular Drift on Extrafoveal Sensitivity) | Writing-Up for Journal Submission | model updated, writing | Michele Rucci | Janis Intoy | Does drift influence extrafoveal sensitivity? | https://wiki.bcs.rochester.edu/ApLab/Projects-Janis-DriftGainTheory | ||||||||||||||||||
31 | 10/31 | Microsaccade Enhancement | Submitted to Journal | Need to write up the manuscript | Martina Poletti | Natalya Shelchkova | Look at the perceptual benefits of microsaccade preparation | https://gitlab.com/nshelch/microsaccadeenhancement | ||||||||||||||||||
32 | 10/31 | Snellen (monocular) | Submitted to Journal | in review | Michele Rucci | Janis Intoy | oculomotor contributions to visual acuity | https://wiki.bcs.rochester.edu/ApLab/Projects-Janis-Snellen-MonocularSnellen (has links to gitlab code also) | ||||||||||||||||||
33 | Space-time characteristics of saccadic transients | Writing-Up for Journal Submission | Michele Rucci | Janis Intoy, Zhetuo Zhao | Precise characterization of spatiotemporal retinal input during saccades | |||||||||||||||||||||
34 | 10/31 | Precision of Microsaccades | Submitted to Journal | Martina Poletti, Michele Rucci | Janis Intoy | |||||||||||||||||||||
35 | 10/31 | Drift Meta-analysis | Post-Collection Data Analysis (Data Collection is Closed, Perhaps Temporarily) | analysis of lots of drift data collected from the lab | Michele Rucci | Janis Intoy | investigate variation in drift characteristics due to task, individual, ... | |||||||||||||||||||
36 | 10/31 | Temporal Snellen | Pilot (Design, Initial Data Collection) | Michele Rucci | Ruitao Lin, Janis Intoy, Michele A Cox | Temporal modulation enhances visual acuity differently at different eccentricity | https://gitlab.com/RuitaoLin/temporal-snellen | |||||||||||||||||||
37 | 10/31 | Role of head and eye coordination in the maintenance of perceptual space | Building data collection | brainstorming and building, optimal multimodal integration paper inspired me | Martina Poletti | Zoe Stearns | What are the mechanisms underlying spatial localization while head is free? | |||||||||||||||||||
38 | 10/31 | postsaccadic Visual Dynamics (compare with flash) | data collection & analysis | Michele Rucci | Zhetuo | how retinal transient plus extra-retinal modulation influence visual sensitivity after saccade onset | ||||||||||||||||||||
39 | 10/31 | postsaccadic Visual Dynamics (reverse correlation) | experiment design | Michele Rucci | Zhetuo | how the tunning function of spatial frequency changes in time after saccade onset | ||||||||||||||||||||
40 | 10/31 | Fixational Bias | Pilot (Design, Initial Data Collection) | Working on revising C++ Code, Piloting on self | Martina Poletti | Ashley Clark, Zita Yang | How do individuals allocate attention throughout the visual field | |||||||||||||||||||
41 | 10/31 | Fixation and Acuity | Collecting Data on Well-Established Protocol | Working with patient populations, getting more controls | Martina Poletti | Ashley Clark | How do individuals with brain lesions differ in fixation tasks | |||||||||||||||||||
42 | 10/31 | Crowding across foveal eccentricities | Collecting Data on Well-Established Protocol | Conting some subjects from crowding | Martina Poletti | Ashley Clark | Does crowding throughout the fovea change within foveal eccentricities | |||||||||||||||||||
43 | 10/31 | Spatial Resolution of Attention | Pilot (Design, Initial Data Collection) | C++ Code written and ready for piloting | Martina Poletti | Ashley Clark | Mapping of the specific distances for allocating attention with the fovea. | |||||||||||||||||||
44 | 10/31 | Retinal Thickness relationship to Behavior | Pilot (Design, Initial Data Collection) | C++ Code written and data collected. Need more IOL mesurements | Martina Poletti | Ashley Clark | How do OCT measurements reflect anatomical differences linked to beahvioral differences. | |||||||||||||||||||
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