Faculty

Institution

Unit

Venue

Jonathan Matthis

Assistant Professor

Northeastern University

Affiliations

College of Science

Biology

Jonathan Matthis is currently serving as a Biology Assistant Professor at Northeastern University.

Honors

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Experiences

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Education

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Jonathan Matthis

Northeastern University

Assistant Professor

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human movement visual perception visual science movement analysis kinesiology motor control visual system gait analysis cognitive science bipedal locomotion movement disorders vision research visual information dance kinematics perception-action loop perception system foot placement natural locomotion rehabilitation spatial cognition visual control human performance visual function robot learning applied cognitive psychology visual processing natural terrain object motion behavioural process mobility human-computer interaction pathological gait motion capture path planning retina motor behavior retinal optic flow binocular vision computational biology computational neuroscience autonomous robots human robot interaction physical medicine human decision process field robotics applied physiology psychological science behavioral research active control motion detection control strategies human cognition moving object tracking object tracking human performance modeling action monitoring augmented reality movement ecology avian locomotion guidance system candidate selection motion analysis spatial planning trajectory planning odometry critical phase biomechanics suggests unlimited visual information gait cycle gap problem action-scaled affordances direct perception non-visual contributions

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Response: Analysis of Foothold Selection During Locomotion Using Terrain Reconstruction. (2024)

Karl S MullerKathryn BonnenStephanie M ShieldsDaniel P PanfiliJonathan MatthisMary Hayhoe

terrain reconstructionmechanical engineeringmovement analysisnavigationfoothold selection

Author Response: Foothold Selection During Locomotion in Uneven Terrain: Results From the Integration of Eye Tracking, Motion Capture, and Photogrammetry. (2024)

Karl S MullerDan PanfiliStephanie ShieldsJonathan S MatthisKathryn BonnenMary M Hayhoe

uneven terraingait analysishuman movementkinematicsmotor controlkinesiologymovement analysiseye trackingcognitive sciencenavigationfoothold selectionrehabilitation

CORRECTION: Retinal Motion Statistics During Natural Locomotion. eLife (2023)

Karl S MullerJonathan MatthisKathryn BonnenLawrence K CormackAlex C HukMary Hayhoe

human movementretinanatural locomotionneurosciencekinematicsophthalmologyretinal motion statisticsstatisticsbiomechanics

Integrating Gaze, Image Analysis, and Body Tracking: Foothold Selection During Locomotion. (2023)

Karl MullerDan PanfiliJonathan S. MatthisKathryn BonnenMary Hayhoe

human behaviorbipedal locomotionhuman movementkinematicsneurosciencemotor controlavian locomotionkinesiologyguidance systemmovement analysishuman performancebody trackingbehavioral sciences

Invited Session V: Binocular Vision and Interactions: Binocular Vision and the Control of Foot Placement During Walking in Natural Terrain. Journal of Vision (2023)

Kathryn BonnenJonathan S MatthisMary Hayhoe

binocular visionfoot placementmotor controlneurosciencenatural terrainophthalmology

Retinal Motion Statistics During Natural Locomotion. eLife (2023)

Karl S MullerJonathan MatthisKathryn BonnenLawrence K CormackAlex C HukMary Hayhoe

physiologyhuman movementcognitive neuroscienceneurosciencekinematicsophthalmologyretinal motion statisticsnatural locomotion

Reviewer #2 (Public Review): Integrating Gaze, Image Analysis, and Body Tracking: Foothold Selection During Locomotion. (2023)

Karl MullerDan PanfiliJonathan S. MatthisKathryn BonnenMary Hayhoe

bipedal locomotioncandidate selectionhuman movementbehavioral sciencesneurosciencemotor controlmovement analysishuman performancebody trackingpublic reviewfoothold selectionpsychology

Behavior Shapes Retinal Motion Statistics During Natural Locomotion. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Karl MullerJonathan S. MatthisKathryn BonnenLawrence K. CormackAlexander C. HukMary Hayhoe

human behaviorhuman movementretinacognitive neurosciencemotor controlneurosciencebehavioral neurosciencemotor behaviorvision researchcognitive sciencebehavioral sciencesnatural locomotion

Retinal Optic Flow During Natural Locomotion. PLoS Computational Biology (2022)

Jonathan Samir MatthisKarl S. MullerKathryn L. BonnenMary M. Hayhoe

biophysicscomputational biologyvisual perceptionhuman movementvision researchneurosciencemotor controlretinal optic flowmovement analysiscomputational neuroscienceophthalmologyvisual sciencenatural locomotion

The Relationship Between Gaze and Foot Placement is Shaped by the Visual Discriminability and Availability of Footholds in an Overground Augmented Reality Stepping Stone Task. Journal of Vision (2022)

Trenton WirthJonathan Matthis

visual discriminabilityvisual perceptioncomputer visionvision researchfoot placementvirtual realitycognitive sciencespatial cognitionextended realityaugmented reality

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Jonathan Matthis

Assistant Professor

Northeastern University

Affiliations

College of Science

Biology

Jonathan Matthis is currently serving as a Biology Assistant Professor at Northeastern University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jonathan Matthis

Northeastern University

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Response: Analysis of Foothold Selection During Locomotion Using Terrain Reconstruction. (2024)

Karl S MullerKathryn BonnenStephanie M ShieldsDaniel P PanfiliJonathan MatthisMary Hayhoe

terrain reconstructionmechanical engineeringmovement analysisnavigationfoothold selection

Author Response: Foothold Selection During Locomotion in Uneven Terrain: Results From the Integration of Eye Tracking, Motion Capture, and Photogrammetry. (2024)

Karl S MullerDan PanfiliStephanie ShieldsJonathan S MatthisKathryn BonnenMary M Hayhoe

uneven terraingait analysishuman movementkinematicsmotor controlkinesiologymovement analysiseye trackingcognitive sciencenavigationfoothold selectionrehabilitation

CORRECTION: Retinal Motion Statistics During Natural Locomotion. eLife (2023)

Karl S MullerJonathan MatthisKathryn BonnenLawrence K CormackAlex C HukMary Hayhoe

human movementretinanatural locomotionneurosciencekinematicsophthalmologyretinal motion statisticsstatisticsbiomechanics

Integrating Gaze, Image Analysis, and Body Tracking: Foothold Selection During Locomotion. (2023)

Karl MullerDan PanfiliJonathan S. MatthisKathryn BonnenMary Hayhoe

human behaviorbipedal locomotionhuman movementkinematicsneurosciencemotor controlavian locomotionkinesiologyguidance systemmovement analysishuman performancebody trackingbehavioral sciences

Invited Session V: Binocular Vision and Interactions: Binocular Vision and the Control of Foot Placement During Walking in Natural Terrain. Journal of Vision (2023)

Kathryn BonnenJonathan S MatthisMary Hayhoe

binocular visionfoot placementmotor controlneurosciencenatural terrainophthalmology

Retinal Motion Statistics During Natural Locomotion. eLife (2023)

Karl S MullerJonathan MatthisKathryn BonnenLawrence K CormackAlex C HukMary Hayhoe

physiologyhuman movementcognitive neuroscienceneurosciencekinematicsophthalmologyretinal motion statisticsnatural locomotion

Reviewer #2 (Public Review): Integrating Gaze, Image Analysis, and Body Tracking: Foothold Selection During Locomotion. (2023)

Karl MullerDan PanfiliJonathan S. MatthisKathryn BonnenMary Hayhoe

bipedal locomotioncandidate selectionhuman movementbehavioral sciencesneurosciencemotor controlmovement analysishuman performancebody trackingpublic reviewfoothold selectionpsychology

Behavior Shapes Retinal Motion Statistics During Natural Locomotion. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Karl MullerJonathan S. MatthisKathryn BonnenLawrence K. CormackAlexander C. HukMary Hayhoe

human behaviorhuman movementretinacognitive neurosciencemotor controlneurosciencebehavioral neurosciencemotor behaviorvision researchcognitive sciencebehavioral sciencesnatural locomotion

Retinal Optic Flow During Natural Locomotion. PLoS Computational Biology (2022)

Jonathan Samir MatthisKarl S. MullerKathryn L. BonnenMary M. Hayhoe

Trenton WirthJonathan Matthis

visual discriminabilityvisual perceptioncomputer visionvision researchfoot placementvirtual realitycognitive sciencespatial cognitionextended realityaugmented reality

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10 / page

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optimization-based data mining

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