Faculty

Institution

Unit

Venue

Keith Ryan Cohn

Associate Professor

Naval Postgraduate School

Affiliations

Physics

Keith Ryan Cohn is currently serving as a Physics Associate Professor at Naval Postgraduate School.

Honors

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Experiences

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Education

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Keith Ryan Cohn

Naval Postgraduate School

Associate Professor

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applied physics aerospace engineering microscopy physics ocean engineering systems engineering photonics lasers optical wireless communication transmission optoelectronics computational engineering neural network (machine learning) oceanography biomedical imaging soft computing marine engineering naval architecture coastal research particle beam scientific computing free-space optical network optical imaging operational oceanography raman spectroscopy wireless personal communication numerical simulations process control industrial informatics machine learning research reliability engineering beam optics wave optics optical metrology offshore platform ship design optical communications optical networking physical oceanography coastal process turbulence modeling ocean physics infrared optic optical engineering diffractive optics physic aware machine learning optical image recognition non-phase-matching illumination maritime environment received signal strength fso link near-field infrared microscopy wide-field geometry infrared microscopy near-field microscopy transient optical elements

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental Machine Learning Approach for Optical Turbulence and Fso Outage Performance Modeling. Electronics (2023)

computational sciencenumerical simulationscomputational engineeringmachine learningscientific computingsoft computinguncertainty quantificationsystems engineeringindustrial informaticsforecastingcomputer engineeringprocess controlmachine learning researchmodeling and simulationreliability engineeringaerospace engineeringneural network (machine learning)

Supervised Machine Learning for Refractive Index Structure Parameter Modeling. (2023)

optical image recognitioncomputational imagingscientific computingphysic aware machine learningapplied mathematicsoptical propertiesinverse problems

An Application of Artificial Neural Networks to Estimate the Performance of High-Energy Laser Weapons in Maritime Environments. Technologies (2022)

intelligent systemscomputational intelligencecomputational engineeringengineeringnaval architectureintelligent computinginformation fusionsoft computingocean engineeringneural computationmachine intelligencesystems engineeringmarine engineeringaerospaceartificial intelligenceaerospace engineeringneural network (machine learning)

Measurements and Modeling of Optical Turbulence in the Coastal Environment. Applied Sciences (2022)

oceanographyphysical oceanographyocean engineeringcoastal processcoastal engineeringcoastal research

Optical Turbulence Measurements and Modeling Over Monterey Bay. Optics Communications (2022)

oceanographyturbulence modelingenvironmental fluid mechanicscoastal engineeringcoastal researchearth scienceocean physicsaerospace engineering

Statistical Modeling of Received Signal Strength for an Fso Link Over Maritime Environment. Optics Communications (2021)

Antonios LionisKonstantinos PeppasHector E. NistazakisAndreas TsigopoulosKeith Cohn

communicationwireless communicationsoptical networkingoptical wireless communicationoptical communicationsfso linkmaritime environmentcomputational electromagneticsreceived signal strength

Using Machine Learning Algorithms for Accurate Received Optical Power Prediction of an Fso Link Over a Maritime Environment. Photonics (2021)

free-space optical networktransmissionoptical wireless communicationocean engineeringsignal processingsystems engineeringoperational oceanographyaerospace engineering

Experimental Performance Analysis of an Optical Communication Channel Over Maritime Environment. Electronics (2020)

wireless personal communicationfree-space optical networktransmissioncommunications systemsoptical wireless communicationocean engineeringaerospace engineering

Free Electron Lasers in 2017. JACOW (2018)

physicsultrafast laser spectroscopyplasma physicsparticle beamapplied physicslaserselectron configuration

Power System and Energy Storage Models for Laser Integration on Naval Platforms. (2015)

engineeringship designnaval architectureoffshore platformenergy efficiencymarine engineeringlaserselectrical engineering

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Keith Ryan Cohn

Associate Professor

Naval Postgraduate School

Affiliations

Physics

Keith Ryan Cohn is currently serving as a Physics Associate Professor at Naval Postgraduate School.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Keith Ryan Cohn

Naval Postgraduate School

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental Machine Learning Approach for Optical Turbulence and Fso Outage Performance Modeling. Electronics (2023)

Supervised Machine Learning for Refractive Index Structure Parameter Modeling. (2023)

optical image recognitioncomputational imagingscientific computingphysic aware machine learningapplied mathematicsoptical propertiesinverse problems

An Application of Artificial Neural Networks to Estimate the Performance of High-Energy Laser Weapons in Maritime Environments. Technologies (2022)

Measurements and Modeling of Optical Turbulence in the Coastal Environment. Applied Sciences (2022)

oceanographyphysical oceanographyocean engineeringcoastal processcoastal engineeringcoastal research

Optical Turbulence Measurements and Modeling Over Monterey Bay. Optics Communications (2022)

oceanographyturbulence modelingenvironmental fluid mechanicscoastal engineeringcoastal researchearth scienceocean physicsaerospace engineering

Statistical Modeling of Received Signal Strength for an Fso Link Over Maritime Environment. Optics Communications (2021)

Antonios LionisKonstantinos PeppasHector E. NistazakisAndreas TsigopoulosKeith Cohn

communicationwireless communicationsoptical networkingoptical wireless communicationoptical communicationsfso linkmaritime environmentcomputational electromagneticsreceived signal strength

Using Machine Learning Algorithms for Accurate Received Optical Power Prediction of an Fso Link Over a Maritime Environment. Photonics (2021)

free-space optical networktransmissionoptical wireless communicationocean engineeringsignal processingsystems engineeringoperational oceanographyaerospace engineering

Experimental Performance Analysis of an Optical Communication Channel Over Maritime Environment. Electronics (2020)

wireless personal communicationfree-space optical networktransmissioncommunications systemsoptical wireless communicationocean engineeringaerospace engineering

Free Electron Lasers in 2017. JACOW (2018)

physicsultrafast laser spectroscopyplasma physicsparticle beamapplied physicslaserselectron configuration

Power System and Energy Storage Models for Laser Integration on Naval Platforms. (2015)

engineeringship designnaval architectureoffshore platformenergy efficiencymarine engineeringlaserselectrical engineering

1
2
10 / page