Faculty

Institution

Unit

Venue

Ronald G. Driggers

Professor

University of Central Florida

Affiliations

College of Optics and Photonics

Ronald G. Driggers is currently serving as a College Of Optics And Photonics Professor at University of Central Florida.

Honors

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Experiences

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Education

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Ronald G. Driggers

University of Central Florida

Professor

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optical engineering photonics applied physics remote sensing computer vision engineering infrared spectroscopy optoelectronics systems engineering aerospace engineering infrared optic optical remote sensing optical metrology pattern recognition image analysis computational imaging sensor technology machine vision infrared sensors target identification sampling object detection optical information processing wave optics atmospheric science optical image recognition optical imaging maritime security sensor design vehicular technology object recognition sensor optimization precision engineering lightwave technology beam optics object tracking optic design optical communications fm reticles light science visual science aerosol science temporal pattern recognition image quality assessment performance comparison millimeter wave technology super-resolution imaging reflectance modeling performance measurement infrared search target identification performance focal plane arrays spurious response undersampled imagers target discrimination degraded visual environments infrared target acquisition weak scintillation facial identification triangle orientation discrimination documentary film synthetic aperture radar ophthalmology retina marine engineering naval architecture ocean engineering avian biology image communication performance prediction performance metrics scene analysis image reconstruction electro-optical systems target acquisition performance small detectors infrared system design technology digital earth spectroscopy instrumentation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Fλ/D as a Predictor of Image Classification Algorithm Performance. Applied Optics (2025)

Jonathan HixsonBrian TeaneyMichael FinchGeorge NehmetallahRonald Driggers

computational imagingmachine learningobject categorizationimage classificationclassification methoddeep learningbiostatisticsmachine visiondigital image processingimage analysisdata sciencepattern recognitionimage representationmachine learning researchmedical image computingcomputer scienceautomatic classificationoptical image recognition

A Comparison of Reflected and Emitted Radiometric Signal Levels in Swir, Eswir, Mwir, and Superband (Swir Through Mwir) Optical Systems. (2024)

Luke D. SomervillePatrick LeslieShane JordanC. Kyle RenshawRonald G. Driggers

radiometric signal levelsradiologyoptical systemsphotonics

Active Imaging Testbed Development and Field Studies of Swir and Eswir Active Imaging. (2024)

Joshua FollansbeeJoshua TeagueC. Kyle RenshawRonald G. Driggers

field studiesactive imagingtestbed development

Cell Tower Contrast in the Visible, Short-Wave Infrared, and Long-Wave Infrared Bands. Optical Engineering (2024)

Richard CavanaughEmily ChauPatrick LeslieLindsey WileyEddie JacobsKyle RenshawRonald DriggersJoseph Conroy

biomedical engineeringlong-wave infrared bandsoptical engineeringinfrared spectroscopyinfrared opticcell tower contrastengineeringphotonics

Closed-Loop Adaptive Optics in the Presence of Speckle and Weak Scintillation. Journal of Optics (2024)

Derek J BurrellMark F SpencerRonald G Driggers

weak scintillationoptical propertiesadaptive opticsclosed-loop adaptive optics

Comparing Human Performance on Target Localization in Near Infrared and Long Wave Infrared for Cluttered Environments. Sensors (2024)

Li ZhangMark MartinoOrges FurxhiEddie L. JacobsRonald G. DriggersC. Kyle Renshaw

sensor technologycluttered environmentssensorstarget localizationlong wavehuman performance

Comparison of Plane-To-Sky Contrast and Detection Range Performance in the Visible, Short-Wave Infrared, Mid-Wave Infrared, and Long-Wave Infrared Bands. Applied Optics (2024)

Richard CavanaughShane JordanJordan RubisJamie LedbetterRonald Driggers

long-wave infrared bandsoptical remote sensingoptical engineeringinfrared spectroscopyremote sensingdetection range performanceplane-to-sky contrastapplied physics

Comparison of Scene Contrast Temperature in Mwir and Lwir. (2024)

Shane JordanRonald G. DriggersOrges FurxhiPatrick LeslieRichard C. CavanaughC. Kyle RenshawEddie L. Jacobs

remote sensingastronomycomputer visionscene contrast temperature

Detector Size Selection for Long-Range Targeting Performance in the Extended Shortwave Infrared Band. (2024)

Lindsey WileyAdam KathederJoshua FollansbeeJeff VossRichard E. PimpinellaRonald G. Driggers

detector size selectionengineeringinfrared spectroscopy

Human Task Performance on Detecting Distant Targets Under Cluttered Background in Nir and Lwir. 2018 IEEE Research and Applications of Photonics In Defense Conference (RAPID) (2024)

L. ZhangM. MartinolOrges FurshiE. JacobsR. DriggersC.K. Renshaw

distant targetshuman task performanceinfrared opticnear-infrared spectroscopyapplied physicsobject detectionphotonics

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Ronald G. Driggers

Professor

University of Central Florida

Affiliations

College of Optics and Photonics

Ronald G. Driggers is currently serving as a College Of Optics And Photonics Professor at University of Central 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

Ronald G. Driggers

University of Central Florida

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Fλ/D as a Predictor of Image Classification Algorithm Performance. Applied Optics (2025)

Jonathan HixsonBrian TeaneyMichael FinchGeorge NehmetallahRonald Driggers

A Comparison of Reflected and Emitted Radiometric Signal Levels in Swir, Eswir, Mwir, and Superband (Swir Through Mwir) Optical Systems. (2024)

Luke D. SomervillePatrick LeslieShane JordanC. Kyle RenshawRonald G. Driggers

radiometric signal levelsradiologyoptical systemsphotonics

Active Imaging Testbed Development and Field Studies of Swir and Eswir Active Imaging. (2024)

Joshua FollansbeeJoshua TeagueC. Kyle RenshawRonald G. Driggers

field studiesactive imagingtestbed development

Cell Tower Contrast in the Visible, Short-Wave Infrared, and Long-Wave Infrared Bands. Optical Engineering (2024)

Richard CavanaughEmily ChauPatrick LeslieLindsey WileyEddie JacobsKyle RenshawRonald DriggersJoseph Conroy

biomedical engineeringlong-wave infrared bandsoptical engineeringinfrared spectroscopyinfrared opticcell tower contrastengineeringphotonics

Closed-Loop Adaptive Optics in the Presence of Speckle and Weak Scintillation. Journal of Optics (2024)

Derek J BurrellMark F SpencerRonald G Driggers

weak scintillationoptical propertiesadaptive opticsclosed-loop adaptive optics

Comparing Human Performance on Target Localization in Near Infrared and Long Wave Infrared for Cluttered Environments. Sensors (2024)

Li ZhangMark MartinoOrges FurxhiEddie L. JacobsRonald G. DriggersC. Kyle Renshaw

sensor technologycluttered environmentssensorstarget localizationlong wavehuman performance

Comparison of Plane-To-Sky Contrast and Detection Range Performance in the Visible, Short-Wave Infrared, Mid-Wave Infrared, and Long-Wave Infrared Bands. Applied Optics (2024)

Richard CavanaughShane JordanJordan RubisJamie LedbetterRonald Driggers

long-wave infrared bandsoptical remote sensingoptical engineeringinfrared spectroscopyremote sensingdetection range performanceplane-to-sky contrastapplied physics

Comparison of Scene Contrast Temperature in Mwir and Lwir. (2024)

Shane JordanRonald G. DriggersOrges FurxhiPatrick LeslieRichard C. CavanaughC. Kyle RenshawEddie L. Jacobs

remote sensingastronomycomputer visionscene contrast temperature

Detector Size Selection for Long-Range Targeting Performance in the Extended Shortwave Infrared Band. (2024)

Lindsey WileyAdam KathederJoshua FollansbeeJeff VossRichard E. PimpinellaRonald G. Driggers

detector size selectionengineeringinfrared spectroscopy

Human Task Performance on Detecting Distant Targets Under Cluttered Background in Nir and Lwir. 2018 IEEE Research and Applications of Photonics In Defense Conference (RAPID) (2024)

L. ZhangM. MartinolOrges FurshiE. JacobsR. DriggersC.K. Renshaw

distant targetshuman task performanceinfrared opticnear-infrared spectroscopyapplied physicsobject detectionphotonics

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Similar Faculty Members

Duncan T. Moore

Institution

University of Rochester

design

optical engineering

Eustace L. Dereniak

Institution

University of Arizona

instrumentation

infrared-radiation detection

Abhijit Mahalanobis

Institution

University of Arizona

pattern recognition

localization

Kelvin Wagner

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University of Colorado Boulder

photonics

applied physics

J. Scott Tyo

Institution

University of Arizona

optical engineering

electrical engineering

Glenn D. Boreman

Institution

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Florian Willomitzer

Institution

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digital holography

precision engineering

Rongguang Liang

Institution

University of Arizona

optical engineering

biomedical optic

Rodrigo Amezcua Correa

Institution

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photonic crystal

optical fibers

Eddie Jacobs

Institution

University of Memphis

lightwave technology

optical computing