Faculty

Institution

Unit

Venue

Brian Rigling

Professor and Ohio Research Scholar for Sensor Exploitation and Fusion

University of Dayton

Affiliations

School of Engineering

Department of Electrical and Computer Engineering

Brian Rigling is currently serving as an Electrical And Computer Engineering Professor and Ohio Research Scholar for Sensor Exploitation and Fusion at University of Dayton.

Honors

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Experiences

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Education

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Brian Rigling

University of Dayton

Professor and Ohio Research Scholar for Sensor Exploitation and Fusion

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aerospace engineering optical engineering electrical engineering synthetic aperture radar systems engineering computer vision engineering radar remote sensing signal processing pattern recognition aerospace technology aeronautics machine learning instrumentation radar signal processing radar image processing waveform analysis unmanned aerial vehicles radio frequency localization microwave technology computational imaging mimo system object recognition sonar signal processing frequency management optical remote sensing object detection optical information processing pattern matching radar waveform optimization ambiguity function analysis target detection radar waveforms scene size limits unmanned aircraft systems engineering science acoustical engineering automatic target recognition sensor signal processing sensor arrays statistical signal processing signal detection estimation theory positioning systems matching technique surface reconstruction bistatic sar low-cost acoustic array modulus constraints monostatic sar sar imagery polar format algorithm non-homogeneous clutter distributed mimo radar umts signals passive multistatic radar vehicular technology physiological measurements distributed systems biomedical imaging higher education high performance computer architecture transaction processing eeg signal processing satellite signal processing phase retrieval signal separation router architecture 3d computer vision frequency-hopping waveforms multistatic radar operational oceanography

Notable Scholarly Works

Notable Federal Grants

Collaborators

Application of Digital Beamforming Phase Calibration Techniques in Multi-Pass Interferometric Sar for Improved Height Mapping. (2024)

Kelly CheungBrian D. Rigling

radarinterferometrymulti-pass interferometric sarbeamformingapplied physicsinstrumentationaerospace engineering

Auto-Scanning Quantized, Power Law Frequency Diverse Arrays. 2022 IEEE Radar Conference (RadarConf22) (2024)

Bill CorrellBrian Rigling

computer scienceauto-scanning quantizedarray processingelectrical engineeringinstrumentation

Boot-Strapping Methods for Improved Sar-Gmti. (2024)

Brian D. RiglingUttam MajumderEdmund G. Zelnio

electrical engineeringboot-strapping methodsmachine learning

Calibration of Distributed Mimo Radar Systems. IEEE Transactions on Radar Systems (2024)

Christine BryantLee PattonBrian RiglingBraham Himed

systems engineeringcalibrationradarradar applicationsdistributed systemsdistributed antenna architecturemimo systemcamera calibrationradar signal processingsynthetic aperture radar

Efficient and Accurate Approximation of Superresolution Spectral Estimation Methods for Sar Imaging. (2024)

Alex W. BattsBrian D. Rigling

computer sciencespectrum estimationhyperspectral imagingcomputational imagingremote sensingaccurate approximationsar imaging

Efficient High Resolution 3D Sar Imaging via Superresolution Spectral Estimation Methods. (2024)

Alex W. BattsBrian D. RiglingUttam Kumar MajumderEdmund G. Zelnio

computer sciencespectrum estimationdeep learninghigh resolutioncomputational imaging3d imagingremote sensingsynthetic aperture radar

Implicit Coding of Scatterer Height and Other Anisotropic Behaviors in Colorized Sar Imagery. (2024)

Brian D. RiglingUttam MajumderEdmund G. Zelnio

scatterer heightcolorized sar imageryaerospace engineeringimplicit codingremote sensingsynthetic aperture radar

Sar Image Quantization Strategies for Improved Human/Machine Interpretability. (2024)

Brian D. RiglingUttam MajumderEdmund G. Zelnio

interpretabilitycomputer visionhuman-computer interactiondata sciencesynthetic aperture radar

Using Colorization to Bridge the Synthetic-Measured Gap. (2024)

Jeremy CavalloBrian D. Rigling

computer sciencecolorizationsynthetic-measured gapmachine learning

Efficient Computation of Superresolution Methods for Sar Imaging. (2023)

Alex W. BattsBrian D. Rigling

superresolution methodsradarefficient computationcomputational imagingapplied physicssar imagingmaterials sciencesynthetic aperture radar

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Brian Rigling

Professor and Ohio Research Scholar for Sensor Exploitation and Fusion

University of Dayton

Affiliations

School of Engineering

Department of Electrical and Computer Engineering

Brian Rigling is currently serving as an Electrical And Computer Engineering Professor and Ohio Research Scholar for Sensor Exploitation and Fusion at University of Dayton.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Brian Rigling

University of Dayton

Professor and Ohio Research Scholar for Sensor Exploitation and Fusion

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Application of Digital Beamforming Phase Calibration Techniques in Multi-Pass Interferometric Sar for Improved Height Mapping. (2024)

Kelly CheungBrian D. Rigling

radarinterferometrymulti-pass interferometric sarbeamformingapplied physicsinstrumentationaerospace engineering

Auto-Scanning Quantized, Power Law Frequency Diverse Arrays. 2022 IEEE Radar Conference (RadarConf22) (2024)

Bill CorrellBrian Rigling

computer scienceauto-scanning quantizedarray processingelectrical engineeringinstrumentation

Boot-Strapping Methods for Improved Sar-Gmti. (2024)

Brian D. RiglingUttam MajumderEdmund G. Zelnio

electrical engineeringboot-strapping methodsmachine learning

Calibration of Distributed Mimo Radar Systems. IEEE Transactions on Radar Systems (2024)

Christine BryantLee PattonBrian RiglingBraham Himed

systems engineeringcalibrationradarradar applicationsdistributed systemsdistributed antenna architecturemimo systemcamera calibrationradar signal processingsynthetic aperture radar

Efficient and Accurate Approximation of Superresolution Spectral Estimation Methods for Sar Imaging. (2024)

Alex W. BattsBrian D. Rigling

computer sciencespectrum estimationhyperspectral imagingcomputational imagingremote sensingaccurate approximationsar imaging

Efficient High Resolution 3D Sar Imaging via Superresolution Spectral Estimation Methods. (2024)

Alex W. BattsBrian D. RiglingUttam Kumar MajumderEdmund G. Zelnio

computer sciencespectrum estimationdeep learninghigh resolutioncomputational imaging3d imagingremote sensingsynthetic aperture radar

Implicit Coding of Scatterer Height and Other Anisotropic Behaviors in Colorized Sar Imagery. (2024)

Brian D. RiglingUttam MajumderEdmund G. Zelnio

scatterer heightcolorized sar imageryaerospace engineeringimplicit codingremote sensingsynthetic aperture radar

Sar Image Quantization Strategies for Improved Human/Machine Interpretability. (2024)

Brian D. RiglingUttam MajumderEdmund G. Zelnio

interpretabilitycomputer visionhuman-computer interactiondata sciencesynthetic aperture radar

Using Colorization to Bridge the Synthetic-Measured Gap. (2024)

Jeremy CavalloBrian D. Rigling

computer sciencecolorizationsynthetic-measured gapmachine learning

Efficient Computation of Superresolution Methods for Sar Imaging. (2023)

Alex W. BattsBrian D. Rigling

superresolution methodsradarefficient computationcomputational imagingapplied physicssar imagingmaterials sciencesynthetic aperture radar

1
2
3
4
5
14
10 / page

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pattern recognition

localization

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industrial informatics

radar signal processing

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applied artificial intelligence

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