Faculty

Institution

Unit

Venue

George Nehmetallah

Ordinary Professor

Catholic University of America

Affiliations

School of Engineering

Department of Electrical Engineering and Computer Science

George Nehmetallah is currently serving as an Electrical Engineering And Computer Science Ordinary Professor at Catholic University of America.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

George Nehmetallah

Catholic University of America

Ordinary Professor

You can click a keyword to filter the displayed items

photonics applied physics optical engineering materials science biomedical imaging holographic method digital holography medical imaging optoelectronics cell biology deep learning computer vision microscopy optical metrology 3d imaging computational imaging biomedical engineering optical imaging 3d computer vision wave optics beam optics 3d vision biomedical photonics cancer biology 3d reconstruction interferometry laser science cancer research cancer imaging digital imaging optical communications tumor biology cancer cells tissue imaging optical information processing intensity equation digital holographic microscopy biomedical analysis photomedicine oncologic imaging wave propagation aeronautics infrared optic phase objects multiwavelength digital holography photorefractive four-wave mixing phase structures machine vision electronics precision engineering cell motility optical coherence tomography biomedical optics quantitative phase imaging early detection nanometrology astronautics fourier ptychography microscopy cancer cell morphology quantitative assessment numerical modeling articular cartilage defocusing distance aspheric surfaces joint transform correlator photorefractive two-beam attitude control system biomedical informatics power electronics field programmable gate array wireless communications microwave technology vehicular technology distributed systems cytogenetics cytopathology medical optical imaging machine learning optical materials confocal microscopy

Notable Scholarly Works

Notable Federal Grants

Collaborators

Fast Deep Coherence Holography (Fdch) for 3D Object Reconstruction. Applied Optics (2025)

Quang TrieuGeorge Nehmetallah

computational imaging3d reconstruction3d imagingoptical propertiesholographic methoddeep coherence holographyobject reconstructionimage reconstructionapplied physicsdigital holography

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

Image Classification Algorithm Performance Based on F[Lambda]/D. (2024)

Jonathan G. HixsonBrian TeaneyMichael FinchGeorges NehmetallahRonald Driggers

computer sciencemachine learningcomputer visionimage classification

Three-Dimensional Refractive Index Estimation Based on Non-Interferometric Optical Diffraction Tomography With Angular and Axial Illumination Scanning. (2024)

Brad BazowChristopher B. RaubGeorge Nehmetallah

3d scanningaxial illumination

3D Object Reconstruction Using Deep Learning Coherence Holography (Dch). (2023)

Quang TrieuGeorge Nehmetallah

computational imaging3d reconstructioncomputer vision3d computer visiondeep learningholographic methodobject reconstructionimage reconstructioncomputer science3d vision

Deep Learning Based Coherence Holography Reconstruction of 3D Objects. Applied Optics (2023)

Quang TrieuGeorge Nehmetallah

3d reconstructioncomputer visionoptical engineering3d computer visiondeep learningholographic methodapplied mathematicsapplied physics3d visioncoherence holography reconstructionphotonics

Deep Learning-Based Polarization Capable Fourier Ptychographic Microscopy (DL-Pfpm). (2023)

T. PhanBrad BazowShahid AslamG. Nehmetallah

materials sciencedeep learningmicroscopypolarization imagingbiomedical imaging

Digital Holographic Microscopy to Assess Cell Behavior. Methods in molecular biology (2023)

Brad BazowVan K. LamThuc PhanByung Min ChungGeorge NehmetallahChristopher B. Raub

cell behaviordigital holographic microscopysystems biologymolecular biologybiological imagingmicroscopycell biology

Inexpensive Bioprinting on a Microscope Using Liquid Crystal Displays and Visible Light. Bioprinting (2023)

Santiago O. CorreaElizabeth G. StatenGeorge NehmetallahChristopher B. Raub

biomedical engineeringvisible lightliquid crystal displaysmicroscopyinexpensive bioprintingmicro technology

Three-Dimensional Refractive Index Estimation Based on Deep-Inverse Non-Interferometric Optical Diffraction Tomography (Odt-Deep). Optics Express (2023)

Brad BazowThuc PhanChristopher B. RaubGeorge Nehmetallah

ophthalmology3d imagingoptical engineeringoptical metrologyoptical imagingphotonics

1
2
3
4
5
17
10 / page

George Nehmetallah

Ordinary Professor

Catholic University of America

Affiliations

School of Engineering

Department of Electrical Engineering and Computer Science

George Nehmetallah is currently serving as an Electrical Engineering And Computer Science Ordinary Professor at Catholic University of America.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

George Nehmetallah

Catholic University of America

Ordinary Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Fast Deep Coherence Holography (Fdch) for 3D Object Reconstruction. Applied Optics (2025)

Quang TrieuGeorge Nehmetallah

computational imaging3d reconstruction3d imagingoptical propertiesholographic methoddeep coherence holographyobject reconstructionimage reconstructionapplied physicsdigital holography

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

Jonathan HixsonBrian TeaneyMichael FinchGeorge NehmetallahRonald Driggers

Image Classification Algorithm Performance Based on F[Lambda]/D. (2024)

Jonathan G. HixsonBrian TeaneyMichael FinchGeorges NehmetallahRonald Driggers

computer sciencemachine learningcomputer visionimage classification

Three-Dimensional Refractive Index Estimation Based on Non-Interferometric Optical Diffraction Tomography With Angular and Axial Illumination Scanning. (2024)

Brad BazowChristopher B. RaubGeorge Nehmetallah

3d scanningaxial illumination

3D Object Reconstruction Using Deep Learning Coherence Holography (Dch). (2023)

Quang TrieuGeorge Nehmetallah

computational imaging3d reconstructioncomputer vision3d computer visiondeep learningholographic methodobject reconstructionimage reconstructioncomputer science3d vision

Deep Learning Based Coherence Holography Reconstruction of 3D Objects. Applied Optics (2023)

Quang TrieuGeorge Nehmetallah

3d reconstructioncomputer visionoptical engineering3d computer visiondeep learningholographic methodapplied mathematicsapplied physics3d visioncoherence holography reconstructionphotonics

Deep Learning-Based Polarization Capable Fourier Ptychographic Microscopy (DL-Pfpm). (2023)

T. PhanBrad BazowShahid AslamG. Nehmetallah

materials sciencedeep learningmicroscopypolarization imagingbiomedical imaging

Digital Holographic Microscopy to Assess Cell Behavior. Methods in molecular biology (2023)

Brad BazowVan K. LamThuc PhanByung Min ChungGeorge NehmetallahChristopher B. Raub

cell behaviordigital holographic microscopysystems biologymolecular biologybiological imagingmicroscopycell biology

Inexpensive Bioprinting on a Microscope Using Liquid Crystal Displays and Visible Light. Bioprinting (2023)

Santiago O. CorreaElizabeth G. StatenGeorge NehmetallahChristopher B. Raub

biomedical engineeringvisible lightliquid crystal displaysmicroscopyinexpensive bioprintingmicro technology

Three-Dimensional Refractive Index Estimation Based on Deep-Inverse Non-Interferometric Optical Diffraction Tomography (Odt-Deep). Optics Express (2023)

Brad BazowThuc PhanChristopher B. RaubGeorge Nehmetallah

ophthalmology3d imagingoptical engineeringoptical metrologyoptical imagingphotonics

1
2
3
4
5
17
10 / page

Similar Faculty Members

Oliver Cossairt

Institution

Northwestern University

computer vision

computer science

Raymond K Kostuk

Institution

University of Arizona

medical imaging

digital holography

Partha Banerjee

Institution

University of Dayton

optical physic

diffractive optic

Tomasz Tkaczyk

Institution

Rice University

radiology

biomedical imaging

Charles DiMarzio

Institution

Northeastern University

coherent detection

spectral imaging

Jin U. Kang

Institution

Johns Hopkins University

photonics

applied physics

Lei Tian

Institution

Boston University

biomedical imaging

phase retrieval

Lambertus Hesselink

Institution

Stanford University

applied physics

photonics

Jennifer Barton

Institution

University of Arizona

ophthalmology

medical imaging

Ashok Veeraraghavan

Institution

Rice University

coded imaging

biomedical imaging

Similar Faculty Members

Oliver Cossairt

Institution

Northwestern University

computer vision

computer science

Raymond K Kostuk

Institution

University of Arizona

medical imaging

digital holography

Partha Banerjee

Institution

University of Dayton

optical physic

diffractive optic

Tomasz Tkaczyk

Institution

Rice University

radiology

biomedical imaging

Charles DiMarzio

Institution

Northeastern University

coherent detection

spectral imaging

Jin U. Kang

Institution

Johns Hopkins University

photonics

applied physics

Lei Tian

Institution

Boston University

biomedical imaging

phase retrieval

Lambertus Hesselink

Institution

Stanford University

applied physics

photonics

Jennifer Barton

Institution

University of Arizona

ophthalmology

medical imaging

Ashok Veeraraghavan

Institution

Rice University

coded imaging

biomedical imaging