Faculty

Institution

Unit

Venue

Daniel B. Rowe, PhD

Professor

Medical College of Wisconsin

Affiliations

Department of Biophysics

Daniel B. Rowe, Phd is currently serving as a Biophysics Professor at Medical College of Wisconsin.

Honors

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Experiences

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Education

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Daniel B. Rowe, PhD

Medical College of Wisconsin

Professor

You can click a keyword to filter the displayed items

neuroimaging neuroscience brain imaging bayesian analysis statistics magnetic resonance imaging brain mapping medical imaging neuroimaging modality biomedical imaging computational neuroscience cognitive neuroscience statistical inference developmental cognitive neuroscience medical image computing neurology brain modeling neuroradiology systems neuroscience magnetic resonance applied statistics source separation bayesian source separation health sciences computational imaging medical image analysis bayesian inference bayesian factor analysis machine learning complex-valued fmri data image reconstruction fmri analysis brain science monte carlo methods monte carlo sampling fmri data neuroscience of aging latent variable models bayesian econometrics brain activation statistical effects magnetic resonance images cancer imaging vascular biology monte carlo signal reconstruction fourier analysis diagnostic imaging gibbs measure multivariate bayesian statistics stretched-exponential model physical medicine medical physics scientific computing neuropsychopharmacology nuclear medicine decision science abdominal imaging computed tomography model comparison residual stress geriatric neurology experimental decision making sensometrics vascular access brain circulation neuroinformatics matrix factorization parameter estimation advanced imaging fmri activation signal unmixing regression models noise sources statistical post-processing methods complex fmri analysis magnetic resonance spectroscopy radiology functional imaging nuclear magnetic resonance

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Bayesian Approach to 2D Acceleration That Improves the Activation Detection Rate for Simultaneously Encoded Slice Acquisition in Fmri. Journal of Neuroscience Methods (2025)

medical image computingbrain imagingfunctional imagingneuroscienceactivation detection ratecognitive scienceneuroimagingbayesian approachbiomedical imagingbrain mapping

A Bayesian Approach to Grappa Parallel Fmri Image Reconstruction Increases Snr and Power of Task Detection. The Annals of Applied Statistics (2025)

information fusionbrain imagingfunctional imagingneuroscienceradiologyneuroimagingtask detectionneuroimaging modalitybayesian approachbayesian analysisbrain mapping

A Bayesian Caipivat Approach With Through-Plane Acceleration to Enhance Efficiency of Simultaneously Encoded Slice Acquisition in Fmri. Magnetic Resonance Imaging (2025)

medical image computingbayesian caipivat approachbrain imagingmedical imagingfunctional imagingneurosciencethrough-plane accelerationenhance efficiencycognitive scienceneuroimagingneuroimaging modalitybiomedical imagingbrain mapping

A Bayesian Complex-Valued Latent Variable Model Applied to Fmri. Journal of the Royal Statistical Society– Series C (2025)

latent modelingstatistical methodologyfunctional imagingneurosciencelatent variable modelsbrain modelingneuroimagingbayesian analysis

An Image Shifted Grappa Two-Dimensional Acceleration Technique to Enhance Efficiency of Simultaneously Encoded Slice Acquisition. (2025)

computational imagingenhance efficiencydigital image processinginstrumentation

Bayesian Estimation and Reconstruction of Under Sampled Non-Cartesian K-Space for Fri. (2025)

signal reconstructionsamplingestimation theorybayesian analysisbayesian estimationsampling (signal processing)inverse problemscomputational statisticssampling theorysampled non-cartesian k-spacestatistical inferenceapproximation theoryapplied mathematicsstatistics

Bayesian Statistical Prediction of Patent Application Grant Rate Timelines for Patent Prosecution. (2025)

patent analysisapplied probabilitypredictive analyticsstatistical methodologyprior art searchbayesian statistical predictionpatent prosecutionpatent informationintellectual propertypatent draftingbayesian inferencetechnological forecastingpatentabilitystatistical inferencefinancebayesian analysisstatisticsstatistical models

Efficient Fully Bayesian Approach to Brain Activity Mapping With Complex-Valued Fmri Data. Journal of Applied Statistics (2025)

medical image computingstatistical methodologybrain imagingfunctional imagingneurosciencebrain modelingdata sciencecomplex-valued fmri dataneuroimagingneuroimaging modalitybayesian analysisbrain activity mappingbrain mapping

Formal Bayesian Estimation of Non-Cartesian Fmri K-Space Data to Enhance Image Fidelity. (2025)

medical image computingfunctional data analysisenhance image fidelityformal bayesian estimationbrain imagingmedical imagingfunctional imagingneuroscienceradiologyneuroimagingneuroimaging modalitybayesian analysisbiomedical imagingbrain mapping

Generation of Patient Specific Cardiac Chamber Models Using Interpretable Neural Networks for Electroanatomical Mapping. Journal of Statistical Theory and Practice (2025)

medical image computingcardiologybiomedical informaticscardiac mechanicscomputational medicineelectrophysiologyelectroanatomical mappingradiologybiomedical engineeringneural network (machine learning)computational intelligencebiomedical modelingbiomedical computingelectrophysiological evaluation

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Daniel B. Rowe, PhD

Professor

Medical College of Wisconsin

Affiliations

Department of Biophysics

Daniel B. Rowe, Phd is currently serving as a Biophysics Professor at Medical College of Wisconsin.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Daniel B. Rowe, PhD

Medical College of Wisconsin

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Bayesian Approach to 2D Acceleration That Improves the Activation Detection Rate for Simultaneously Encoded Slice Acquisition in Fmri. Journal of Neuroscience Methods (2025)

medical image computingbrain imagingfunctional imagingneuroscienceactivation detection ratecognitive scienceneuroimagingbayesian approachbiomedical imagingbrain mapping

A Bayesian Approach to Grappa Parallel Fmri Image Reconstruction Increases Snr and Power of Task Detection. The Annals of Applied Statistics (2025)

information fusionbrain imagingfunctional imagingneuroscienceradiologyneuroimagingtask detectionneuroimaging modalitybayesian approachbayesian analysisbrain mapping

A Bayesian Caipivat Approach With Through-Plane Acceleration to Enhance Efficiency of Simultaneously Encoded Slice Acquisition in Fmri. Magnetic Resonance Imaging (2025)

A Bayesian Complex-Valued Latent Variable Model Applied to Fmri. Journal of the Royal Statistical Society– Series C (2025)

latent modelingstatistical methodologyfunctional imagingneurosciencelatent variable modelsbrain modelingneuroimagingbayesian analysis

An Image Shifted Grappa Two-Dimensional Acceleration Technique to Enhance Efficiency of Simultaneously Encoded Slice Acquisition. (2025)

computational imagingenhance efficiencydigital image processinginstrumentation

Bayesian Estimation and Reconstruction of Under Sampled Non-Cartesian K-Space for Fri. (2025)

Bayesian Statistical Prediction of Patent Application Grant Rate Timelines for Patent Prosecution. (2025)

Efficient Fully Bayesian Approach to Brain Activity Mapping With Complex-Valued Fmri Data. Journal of Applied Statistics (2025)

Formal Bayesian Estimation of Non-Cartesian Fmri K-Space Data to Enhance Image Fidelity. (2025)

Generation of Patient Specific Cardiac Chamber Models Using Interpretable Neural Networks for Electroanatomical Mapping. Journal of Statistical Theory and Practice (2025)

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Institution

Vanderbilt University

medical imaging

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Institution

Weill Cornell Medicine

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brain mapping

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