Faculty

Institution

Unit

Venue

David Kaber

Dean’s Leadership Professor

University of Florida

Affiliations

Herbert Wertheim College of Engineering

Department of Industrial & Systems Engineering

David Kaber is currently serving as an Industrial & Systems Engineering Dean’s Leadership Professor at University of Florida.

Honors

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Experiences

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Education

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David Kaber

University of Florida

Dean’s Leadership Professor

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systems engineering human performance occupational ergonomics behavioral sciences cognitive science industrial ergonomics human-computer interaction psychology cognitive ergonomics automation driver behavior driver performance aeronautics machine learning situation awareness virtual reality human-machine interaction robotics adaptive automation manufacturing human behavior performance evaluation human factors traffic psychology transportation research human-machine interfaces traffic management applied psychology applied cognitive psychology human robot interaction cognitive engineering haptic technologies cognitive modeling vehicular technology display clutter cognitive workload usability engineering transport safety haptic feedback human-ai interaction mobile computing mobility industrial informatics automatic control visibility manufacturing engineering task performance physical workload performance effects attention allocation driver age intelligent vehicles machine vision workload characterization workload management motor skills task analysis musculoskeletal science dynamic control task adaptive cruise control visual science manufacturing systems travel research man-machine interface telepresence work adjustment service robots orthopedic biomechanics skeletal muscle cell phone intermediate levels operator situation awareness cognitive distraction human-automation interaction modeling cognitive task performance transradial prostheses industrial automation human-in-the-loop technology human-automation interaction

Notable Scholarly Works

Notable Federal Grants

Collaborators

Analysis of Driver Behavior at Grade-Separated Intersections to Support Design. Applied Ergonomics (2024)

Yunmei LiuDavid KaberChristopher CunninghamThomas ChaseKihyun Pyo

engineeringtraffic managementtransportation engineeringsystems engineeringdriver behaviorautomotive engineeringsafetyhuman performanceoccupational ergonomicsapplied psychologygrade-separated intersectionsindustrial ergonomicsbehavioral sciences

Analysis of Pre-Flight and Monitoring Tasks Using Cognitive Performance Modeling. AHFE international (2024)

Chihab NadriYunmei LiuMaryam ZahabiDavid KaberJaime RuizMichael MiddletonRyan McKendrick

task allocationtraffic psychologyaction monitoringneuropsychologyhuman monitoringperformance evaluationcognitive psychologycognitive scienceneuroscienceanimal cognitionhuman performanceautomatic controlpsychologycognitive performance modelingapplied cognitive psychologymonitoring taskscognitioncognitive modelingaircraftattention

Classifying Cognitive Workload Using Machine Learning Techniques and Non-Intrusive Wearable Devices. (2024)

Yunmei LiuNicolas S. GrimaldiNiosh BasnetDavid WozniakEric ChenMaryam ZahabiDavid KaberJaime Ruiz

cognitive workloadmachine learningneurosciencenon-intrusive wearable devicescognitive science

Deep Learning Forecast of Cognitive Workload Using Fnirs Data. (2024)

Nicolas GrimaldiYunmei LiuRyan McKendrickJaime RuizDavid Kaber

deep learningcomputer sciencecognitive workloadcognitive sciencedata sciencefnirs data

Deep Learning Forecast of Perceptual Load Using Fnirs Data. AHFE international (2024)

Nicolas GrimaldiDavid KaberRyan McKendrickYunmei Liu

deep learningcomputer sciencemachine learningdata scienceforecastingfnirs dataperceptual loadlatent variable models

Effect of Interface Design on Cognitive Workload in Unmanned Aerial Vehicle Control. International Journal of Human-Computer Studies (2024)

Wenjuan ZhangYunmei LiuDavid B. Kaber

cognitive workloadinterface designunmanned aerial vehiclescognitive scienceaeronautics

Human-Centered Evaluation of Emg-Based Upper-Limb Prosthetic Control Modes. IEEE Transactions on Human-Machine Systems (2024)

Yunmei LiuJoseph BermanAlbert DodsonJunho ParkMaryam ZahabiHe HuangJaime RuizDavid B. Kaber

neural engineeringcontrol systemsman-machine interfacehuman-machine interfacesneurosciencecognitive scienceroboticshuman-computer interactionsystems engineeringhuman machine systemshuman performancehuman-centered evaluationmanmachine interactionhuman-machine interactionautomatic controlhuman robot interaction

Advanced Driver Assistance Systems: Transparency and Driver Performance Effects. (2023)

Yulin DengDavid B. Kaber

systems engineeringmachine learningdriver performance effects

Assessing Workload in Using Electromyography (Emg)-Based Prostheses. Ergonomics (2023)

Junho ParkJoseph BermanAlbert DodsonYunmei LiuMatthew ArmstrongHe HuangDavid KaberJaime RuizMaryam Zahabi

performance evaluationengineeringworkload characterizationneurosciencerehabilitationhuman performanceoccupational ergonomicsworkload managementindustrial ergonomics

Cognitive Workload and Usability of Virtual Reality Simulation for Prosthesis Training. 2022 IEEE International Conference on Systems, Man, and Cybernetics (SMC) (2023)

Junho ParkAustin MusicDaniel DelgadoJoseph BermanAlbert DodsonYunmei LiuJaime RuizHe HuangDavid KaberMaryam Zahabi

cognitive workloadprosthesis trainingcognitive sciencevirtual realityvirtual reality simulation

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David Kaber

Dean’s Leadership Professor

University of Florida

Affiliations

Herbert Wertheim College of Engineering

Department of Industrial & Systems Engineering

David Kaber is currently serving as an Industrial & Systems Engineering Dean’s Leadership Professor at University of Florida.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

David Kaber

University of Florida

Dean’s Leadership Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Analysis of Driver Behavior at Grade-Separated Intersections to Support Design. Applied Ergonomics (2024)

Yunmei LiuDavid KaberChristopher CunninghamThomas ChaseKihyun Pyo

Analysis of Pre-Flight and Monitoring Tasks Using Cognitive Performance Modeling. AHFE international (2024)

Chihab NadriYunmei LiuMaryam ZahabiDavid KaberJaime RuizMichael MiddletonRyan McKendrick

Classifying Cognitive Workload Using Machine Learning Techniques and Non-Intrusive Wearable Devices. (2024)

Yunmei LiuNicolas S. GrimaldiNiosh BasnetDavid WozniakEric ChenMaryam ZahabiDavid KaberJaime Ruiz

cognitive workloadmachine learningneurosciencenon-intrusive wearable devicescognitive science

Deep Learning Forecast of Cognitive Workload Using Fnirs Data. (2024)

Nicolas GrimaldiYunmei LiuRyan McKendrickJaime RuizDavid Kaber

deep learningcomputer sciencecognitive workloadcognitive sciencedata sciencefnirs data

Deep Learning Forecast of Perceptual Load Using Fnirs Data. AHFE international (2024)

Nicolas GrimaldiDavid KaberRyan McKendrickYunmei Liu

deep learningcomputer sciencemachine learningdata scienceforecastingfnirs dataperceptual loadlatent variable models

Effect of Interface Design on Cognitive Workload in Unmanned Aerial Vehicle Control. International Journal of Human-Computer Studies (2024)

Wenjuan ZhangYunmei LiuDavid B. Kaber

cognitive workloadinterface designunmanned aerial vehiclescognitive scienceaeronautics

Human-Centered Evaluation of Emg-Based Upper-Limb Prosthetic Control Modes. IEEE Transactions on Human-Machine Systems (2024)

Yunmei LiuJoseph BermanAlbert DodsonJunho ParkMaryam ZahabiHe HuangJaime RuizDavid B. Kaber

Advanced Driver Assistance Systems: Transparency and Driver Performance Effects. (2023)

Yulin DengDavid B. Kaber

systems engineeringmachine learningdriver performance effects

Assessing Workload in Using Electromyography (Emg)-Based Prostheses. Ergonomics (2023)

Junho ParkJoseph BermanAlbert DodsonYunmei LiuMatthew ArmstrongHe HuangDavid KaberJaime RuizMaryam Zahabi

performance evaluationengineeringworkload characterizationneurosciencerehabilitationhuman performanceoccupational ergonomicsworkload managementindustrial ergonomics

Cognitive Workload and Usability of Virtual Reality Simulation for Prosthesis Training. 2022 IEEE International Conference on Systems, Man, and Cybernetics (SMC) (2023)

Junho ParkAustin MusicDaniel DelgadoJoseph BermanAlbert DodsonYunmei LiuJaime RuizHe HuangDavid KaberMaryam Zahabi

cognitive workloadprosthesis trainingcognitive sciencevirtual realityvirtual reality simulation

1
2
3
4
5
24
10 / page

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