Faculty

Institution

Unit

Venue

Chad Josephson

Brigham Young University

Affiliations

Ira A. Fulton College of Engineering

Electrical and Computer Engineering

NoneChad Josephson is currently serving as a Electrical And Computer Engineering faculty at Brigham Young University.

Honors

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Experiences

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Education

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Chad Josephson

Brigham Young University

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applied physics aerospace engineering electrical engineering communications systems optoelectronics photonics optical engineering optical metrology telemetry positioning systems aeronautical mobile telemetry technology instrumentation optical sensors aerospace technology space-time processing aeronautics data management lightwave technology wireless communications optical remote sensing sensor technology fiber optic sensing fiber science modulation coding space-time simulation coded apsk electric fields push-pull slab vibrational environment harsh environments optical sensing side-polished panda fibers aeronautical telemetry artm cpm vibration noise reduction wireless personal communication telematics communication communication theory communication architecture

Notable Scholarly Works

Notable Federal Grants

Collaborators

Estimators for Space-Time Block-Coded Artm Cpm in Aeronautical Mobile Telemetry. IEEE Transactions on Aerospace and Electronic Systems (2022)

Chad JosephsonSpencer GiddensErik PerrinsWillie K. HarrisonMichael Rice

systems engineeringaeronautical mobile telemetryaerospace technologydata managementelectrical engineeringaerospace engineeringaeronautics

Space–Time Block-Coded Artm Cpm for Aeronautical Mobile Telemetry. IEEE Transactions on Aerospace and Electronic Systems (2021)

Chad JosephsonErik PerrinsMichael Rice

systems engineeringspace-time processingaeronautical mobile telemetryaerospace technologycommunications systemspositioning systemselectrical engineeringtelemetryaerospace engineeringaeronautics

Space-Time Coded Artm Cpm for Aeronautical Telemetry. MILCOM 2022 - 2022 IEEE Military Communications Conference (MILCOM) (2019)

Chad JosephsonErik PerrinsMichael Rice

artm cpmspace-time processingaeronautical telemetrypositioning systemstelemetryaerospace engineeringspace-time simulationinstrumentation

On Peak-To-Average Power Ratio Optimization for Coded Apsk. (2018)

Farah ArabianWillie HarrisonChad JosephsonMichael RiceErik Perrins

coded apskcommunications systemselectrical engineering

Optimizing Coded 16-Apsk for Aeronautical Mobile Telemetry. UA Campus Repository (The University of Arizona) (2017)

Michael RiceChad JosephsonErik Perrins

modulation codingaeronautical mobile telemetrycommunications systemswireless communicationspositioning systemstelemetryaerospace engineering

Optical Sensing of Electric Fields in Harsh Environments. Journal of Lightwave Technology (2016)

Frederick SengNikola StanRex KingChad JosephsonLeGrand ShumwayAlec HammondIvann VelascoHelaman JohnstonStephen M. Schultz

optical sensingoptical engineeringlightwave technologyapplied physicsharsh environmentsphotonics

Slab-Coupled Optical Sensor Fabrication Using Side-Polished Panda Fibers. Applied Optics (2016)

Rex KingFrederick SengNikola StanKevin CuznerChad JosephsonRichard SelfridgeStephen Schultz

technologymaterials sciencefiber optic sensingoptical engineeringside-polished panda fibersapplied physicsoptical metrologyoptoelectronicsoptical sensorsfiber sciencephotonics

Optical Electric Field Sensor Using Push-Pull for Vibration Noise Reduction. Optical Fiber Communication Conference (2015)

Frederick SengNikola StanSpencer ChadderdonChad JosephsonRex KingLegrand ShumwayRichard SelfridgeStephen Schultz

vibration noise reductionapplied physicsoptical metrologyoptoelectronicsphotonics

Push–Pull Slab Coupled Optical Sensor for Measuring Electric Fields in a Vibrational Environment. Applied Optics (2015)

Frederick SengNikola StanChad JosephsonRex KingLeGrand ShumwayRichard SelfridgeStephen Schultz

sensor technologytechnologyvibrational environmentpush-pull slaboptical remote sensingelectric fieldsoptical engineeringapplied physicsoptical metrologyoptoelectronicsoptical sensorsinstrumentation

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Chad Josephson

Brigham Young University

Affiliations

Ira A. Fulton College of Engineering

Electrical and Computer Engineering

NoneChad Josephson is currently serving as a Electrical And Computer Engineering faculty at Brigham Young 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

Chad Josephson

Brigham Young University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Estimators for Space-Time Block-Coded Artm Cpm in Aeronautical Mobile Telemetry. IEEE Transactions on Aerospace and Electronic Systems (2022)

Chad JosephsonSpencer GiddensErik PerrinsWillie K. HarrisonMichael Rice

systems engineeringaeronautical mobile telemetryaerospace technologydata managementelectrical engineeringaerospace engineeringaeronautics

Space–Time Block-Coded Artm Cpm for Aeronautical Mobile Telemetry. IEEE Transactions on Aerospace and Electronic Systems (2021)

Chad JosephsonErik PerrinsMichael Rice

systems engineeringspace-time processingaeronautical mobile telemetryaerospace technologycommunications systemspositioning systemselectrical engineeringtelemetryaerospace engineeringaeronautics

Space-Time Coded Artm Cpm for Aeronautical Telemetry. MILCOM 2022 - 2022 IEEE Military Communications Conference (MILCOM) (2019)

Chad JosephsonErik PerrinsMichael Rice

artm cpmspace-time processingaeronautical telemetrypositioning systemstelemetryaerospace engineeringspace-time simulationinstrumentation

On Peak-To-Average Power Ratio Optimization for Coded Apsk. (2018)

Farah ArabianWillie HarrisonChad JosephsonMichael RiceErik Perrins

coded apskcommunications systemselectrical engineering

Optimizing Coded 16-Apsk for Aeronautical Mobile Telemetry. UA Campus Repository (The University of Arizona) (2017)

Michael RiceChad JosephsonErik Perrins

modulation codingaeronautical mobile telemetrycommunications systemswireless communicationspositioning systemstelemetryaerospace engineering

Optical Sensing of Electric Fields in Harsh Environments. Journal of Lightwave Technology (2016)

Frederick SengNikola StanRex KingChad JosephsonLeGrand ShumwayAlec HammondIvann VelascoHelaman JohnstonStephen M. Schultz

optical sensingoptical engineeringlightwave technologyapplied physicsharsh environmentsphotonics

Slab-Coupled Optical Sensor Fabrication Using Side-Polished Panda Fibers. Applied Optics (2016)

Rex KingFrederick SengNikola StanKevin CuznerChad JosephsonRichard SelfridgeStephen Schultz

technologymaterials sciencefiber optic sensingoptical engineeringside-polished panda fibersapplied physicsoptical metrologyoptoelectronicsoptical sensorsfiber sciencephotonics

Optical Electric Field Sensor Using Push-Pull for Vibration Noise Reduction. Optical Fiber Communication Conference (2015)

Frederick SengNikola StanSpencer ChadderdonChad JosephsonRex KingLegrand ShumwayRichard SelfridgeStephen Schultz

vibration noise reductionapplied physicsoptical metrologyoptoelectronicsphotonics

Push–Pull Slab Coupled Optical Sensor for Measuring Electric Fields in a Vibrational Environment. Applied Optics (2015)

Frederick SengNikola StanChad JosephsonRex KingLeGrand ShumwayRichard SelfridgeStephen Schultz

sensor technologytechnologyvibrational environmentpush-pull slaboptical remote sensingelectric fieldsoptical engineeringapplied physicsoptical metrologyoptoelectronicsoptical sensorsinstrumentation

1
10 / page

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digital communication theory

modulation technique

Karl Warnick

Institution

Brigham Young University

antenna applications

signal processing

Michael Jensen

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Brigham Young University

beamforming

signal processing

Erik Perrin

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University of Kansas

electrical engineering

communications systems

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fluid flow

high-speed aerodynamics

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University of Texas at Dallas

optical wireless communication

transmission

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Purdue University

signal detection

radar signal processing

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signal processing

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University of California, Irvine

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photonic integrated circuit