Faculty

Institution

Unit

Venue

Christopher Allen

Professor

University of Kansas

Affiliations

Engineering

Electrical Engineering & Computer Science

Christopher Allen is currently serving as an Electrical Engineering & Computer Science Professor at University of Kansas.

Honors

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Experiences

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Education

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Christopher Allen

University of Kansas

Professor

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remote sensing earth science radar applied physics planetary sciences cryosphere electrical engineering climate change photonics glaciers instrumentation lightwave technology earth observation glacial process communications systems laser science rf pulse compression geophysics geophysical research cold region science synthetic aperture radar arctic engineering four-wave mixing atmospheric science plant science optical engineering microwave remote sensing earth observation data interferometry radar signal processing waveform analysis benchmark studies optical remote sensing greenland ice sheet dgd data ice-bed interface atmospheric research climatic change stratigraphy microwave technology wireless communications localization travel research vehicular technology power electronics electronics optical wireless communication applied geophysics modulation techniques terrestrial sensing network optimization spectral analysis mitigation techniques mitigation technology parameter identification geophysical signal processing spatial data acquisition compressive sensing wave propagation dispersion microwave engineering laser processing technology aeronautics aerospace technology optical transmission system high-speed optical transmission optical fibers intensity-dependent phase-matching effects optical fiber systems cross-phase modulation polarization scrambling sagnac interferometers homodyne detection ice sheet attenuation basal scattering wideband measurements microwave measurement microwave photonics

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental Demonstration of Single Pulse Imaging (Spi). 2022 IEEE Radar Conference (RadarConf22) (2023)

David G. FeltonChristian C. JonesDaniel B. HerrLumumba A. HarnettShannon D. BluntChristopher T. Allen

physiologymaterials scienceneuroimagingbrain imagingsingle pulse imagingexperimental demonstrationbiomedical imaging

An Adaptive Spectrogram Estimator to Enhance Signal Characterization. 2022 IEEE Radar Conference (RadarConf22) (2022)

Christian C. JonesZeus E. GannonShannon D. BluntChristopher T. AllenAnthony F. Martone

signal characterizationelectrical engineeringadaptive spectrogram estimatorradar signal processinginstrumentation

Experimental Evaluation of Adaptive Doppler Estimation for Pri-Staggered Radar. 2022 IEEE Radar Conference (RadarConf22) (2022)

Lumumba A. HarnettBrandon RavenscroftShannon D. BluntChristopher T. Allen

experimental evaluationaerospace engineeringradarpri-staggered radaradaptive doppler estimation

Implications of Diversified Doppler for Random Pri Radar. IEEE Transactions on Aerospace and Electronic Systems (2022)

Shannon D. BluntLumumba A. HarnettBrandon RavenscroftRachel J. ChangChristopher T. AllenPatrick M. McCormick

random pri radaraerospace technologyaerospace engineeringelectrical engineeringradaraeronauticsdiversified doppler

Fast-Time Clutter Suppression in MM-Wave Low-If Fmcw Radar for Fast-Moving Objects. (2020)

Christopher AllenLevi GoodmanShannon D. BluntDavid Wikner

fast-moving objectscomputer visionaerospace engineeringradarmillimeter wave technologyfast-time clutter suppression

Structure-Based Adaptive Radar Processing for Joint Clutter Cancellation and Moving Target Estimation. (2020)

Christian C. JonesLumumba A. HarnettCharles A. MohrShannon D. BluntChristopher T. Allen

joint clutter cancellationtarget estimationcomputer visionaerospace engineering

Zero-Order Reconstruction Optimization of Waveforms (Zorow) for Modest Dac Rates. (2020)

Charles A. MohrJonathan W. OwenShannon D. BluntChristopher T. Allen

modest dac ratesdigital signal processingelectrical engineeringzero-order reconstruction optimizationwaveform analysis

Experimental Demonstration of Cognitive Spectrum Sensing Notching for Radar. 2022 IEEE Radar Conference (RadarConf22) (2018)

Jonathan W. OwenBrandon RavenscroftBenjamin H. KirkShannon D. BluntChristopher T. AllenAnthony F. MartoneKelly D. SherbondyRam M. Narayanan

remote sensingcognitive scienceexperimental demonstrationradar

Experimental Results of a Differential Angle-Of-Arrival Based 2D Localization Method Using Signals of Opportunity. International Journal of Navigation and Observation (2018)

M. A. AzizC. T. Allen

systems engineeringearth observationnavigationcomputer visiontransportation engineeringwireless communicationsaircraft navigationpositioning systemsremote sensingastronomyvehicular technologydifferential angle-of-arrivalautonomous navigationaerospace engineeringtravel researchvehicle localizationlocalization

Nonlinear Radar via Intermodulation of Fm Noise Waveform Pairs. 2022 IEEE Radar Conference (RadarConf22) (2018)

Jonathan OwenShannon D. BluntKyle GallagherPatrick McCormickChristopher AllenKelly Sherbondy

wave propagationnonlinear radarsystems engineeringcomputational electromagneticsapplied physicsengineering

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Christopher Allen

Professor

University of Kansas

Affiliations

Engineering

Electrical Engineering & Computer Science

Christopher Allen is currently serving as an Electrical Engineering & Computer Science Professor at University of Kansas.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Christopher Allen

University of Kansas

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental Demonstration of Single Pulse Imaging (Spi). 2022 IEEE Radar Conference (RadarConf22) (2023)

David G. FeltonChristian C. JonesDaniel B. HerrLumumba A. HarnettShannon D. BluntChristopher T. Allen

physiologymaterials scienceneuroimagingbrain imagingsingle pulse imagingexperimental demonstrationbiomedical imaging

An Adaptive Spectrogram Estimator to Enhance Signal Characterization. 2022 IEEE Radar Conference (RadarConf22) (2022)

Christian C. JonesZeus E. GannonShannon D. BluntChristopher T. AllenAnthony F. Martone

signal characterizationelectrical engineeringadaptive spectrogram estimatorradar signal processinginstrumentation

Experimental Evaluation of Adaptive Doppler Estimation for Pri-Staggered Radar. 2022 IEEE Radar Conference (RadarConf22) (2022)

Lumumba A. HarnettBrandon RavenscroftShannon D. BluntChristopher T. Allen

experimental evaluationaerospace engineeringradarpri-staggered radaradaptive doppler estimation

Implications of Diversified Doppler for Random Pri Radar. IEEE Transactions on Aerospace and Electronic Systems (2022)

Shannon D. BluntLumumba A. HarnettBrandon RavenscroftRachel J. ChangChristopher T. AllenPatrick M. McCormick

random pri radaraerospace technologyaerospace engineeringelectrical engineeringradaraeronauticsdiversified doppler

Fast-Time Clutter Suppression in MM-Wave Low-If Fmcw Radar for Fast-Moving Objects. (2020)

Christopher AllenLevi GoodmanShannon D. BluntDavid Wikner

fast-moving objectscomputer visionaerospace engineeringradarmillimeter wave technologyfast-time clutter suppression

Structure-Based Adaptive Radar Processing for Joint Clutter Cancellation and Moving Target Estimation. (2020)

Christian C. JonesLumumba A. HarnettCharles A. MohrShannon D. BluntChristopher T. Allen

joint clutter cancellationtarget estimationcomputer visionaerospace engineering

Zero-Order Reconstruction Optimization of Waveforms (Zorow) for Modest Dac Rates. (2020)

Charles A. MohrJonathan W. OwenShannon D. BluntChristopher T. Allen

modest dac ratesdigital signal processingelectrical engineeringzero-order reconstruction optimizationwaveform analysis

Experimental Demonstration of Cognitive Spectrum Sensing Notching for Radar. 2022 IEEE Radar Conference (RadarConf22) (2018)

Jonathan W. OwenBrandon RavenscroftBenjamin H. KirkShannon D. BluntChristopher T. AllenAnthony F. MartoneKelly D. SherbondyRam M. Narayanan

remote sensingcognitive scienceexperimental demonstrationradar

Experimental Results of a Differential Angle-Of-Arrival Based 2D Localization Method Using Signals of Opportunity. International Journal of Navigation and Observation (2018)

M. A. AzizC. T. Allen

Nonlinear Radar via Intermodulation of Fm Noise Waveform Pairs. 2022 IEEE Radar Conference (RadarConf22) (2018)

Jonathan OwenShannon D. BluntKyle GallagherPatrick McCormickChristopher AllenKelly Sherbondy

wave propagationnonlinear radarsystems engineeringcomputational electromagneticsapplied physicsengineering

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Similar Faculty Members

Richard Hale

Institution

University of Kansas

aerial robotics

composite material

Emily J Arnold

Institution

University of Kansas

remote sensing

aerospace engineering

Fernando Rodriguez-Morales

Institution

University of Kansas

electromagnetic compatibility

radar signal processing

Saibun Tjuatja

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University of Texas at Arlington

earth science

remote sensing

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earth science

atmospheric science

Jonathan Bredow

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University of Texas at Arlington

electrical engineering

remote sensing

Carlton Leuschen

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radar signal processing

Alex Forrest

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University of California, Davis

water ecologies

marine geology

John Paden

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radar image processing

radar signal processing

Chi-Chih Chen

Institution

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electromagnetic compatibility

gnss antennas