Faculty

Institution

Unit

Venue

Xiquan Shi

Delaware State University

Affiliations

Applied Optics Center Of Delaware

College Of Agriculture And Natural Resources

School of Graduate, Adult and Extended Studies

College Of Agriculture, Science And Technology

College Of Arts And Sciences

College of Agriculture, Science and Technology

Department Of Agriculture And Natural Resources

Department Of Biological Sciences

Division Of Physics, Engineering, Mathematics, And Computer Science

Delaware State University

College Of Agriculture, Science And Technology

Department Of Agriculture And Natural Resources

Department Of Human Ecology

Department Of Mathematical Sciences

Department Of Agriculture And Natural Science

Department Of Mathematics

Optical Sciences Center For Applied Research And Applications

Scholarship Ball

NoneXiquan Shi is currently serving as a Applied Optics Center Of Delaware faculty at Delaware State 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

Xiquan Shi

Delaware State University

You can click a keyword to filter the displayed items

applied mathematics mathematics computational geometry geometric modeling computer-aided design geometry geometry processing computational imaging geometric topology computer science differential geometry geometric analysis numerical mathematics surface modeling modeling and simulation mathematical analysis boundary value problems mathematical sciences spline (mathematics) image analysis computer graphics mesh optimization design numerical simulations function spaces curve modeling asymptotic formula geometric interpolation design automation machine vision medical image computing rational mechanic nonlinear analysis point clouds point cloud processing curve fitting global analysis riemannian geometry orthogonal polynomials partial volume simulation software breast phantoms multimedia modeling information fusion feature construction feature modeling model transformation feature engineering feature transformation data normalization dimensionality reduction topological invariants complex geometry global geometry knot theory inpainting geometry generation computational number theory computability theory mock theta functions analytic number theory unconstrained optimization real algebraic geometry low-rank subspace clustering biquintic b-spline surfaces practical construction arbitrary topology automatic hole-filling new asymptotic series piecewise algebraic curves novel method g1 continuous conditions corresponding matrix sequences nonlinear matrix equations mendable consistent orientation functional splines versatile surface detail

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Parameterized Surface Reconstruction Method Based on Powell-Sabin Subdivision. Journal of Computer-Aided Design & Computer Graphics (2023)

numerical analysiscomputer-aided designcomputational imaging3d reconstructiondigital image processingpowell-sabin subdivisionscientific computingnumerical mathematicsgeometry processingapplied mathematicsgeometric modelinginverse problemssurface modelingcomputational geometry

PREFACE: The International Conference on Information and Computational Science, 2–6 August 2016, Dalian, China. Journal of Computational and Applied Mathematics (2017)

computational sciencecomputer sciencecomputational intelligencecomplexity theorycomputational social scienceknowledge discoverytheory of computationdata scienceinformaticsalgorithmic information theoryinternational conferenceaugust 2016

The Use of the Dyadic Partition in Elementary Real Analysis. Journal of Computational and Applied Mathematics (2017)

mathematical analysisgeometric measure theoryreal analysisstatisticsdiscrete mathematicspure mathematicsabstract and applied analysisapplied mathematicsmathematicsdyadic partition

Description and Characterization of a Novel Method for Partial Volume Simulation in Software Breast Phantoms. IEEE Transactions on Medical Imaging (2015)

Feiyu ChenPredrag R. BakicAndrew D. A. MaidmentShane T. JensenXiquan ShiDavid D. Pokrajac

numerical simulationsmedicinemachine learningsoftware breast phantomsbreast imagingmedical imagingmodeling and simulationcomputer sciencemedical image computingmedical ultrasoundimage analysisbiometricsbiomedical imagingpartial volume simulation3d imagingcomputational imagingmedical image analysisbiomedical engineeringnovel method

Image Based Biomarker of Breast Cancer Risk: Analysis of Risk Disparity Among Minority Populations. (2015)

Fengshan LiuXiquan ShiCharlie WilsonDragoljub PokrajacPredrag BakicAndrew Maidment

risk disparitybreast cancerhealth sciencespattern recognitionmedical image analysisbioimage analysisbiomarkersbreast cancer riskimage analysismedical imagingpublic healthminority populationsimage classificationcancer riskimage representationepidemiology

Mendable Consistent Orientation of Point Clouds. Computer-Aided Design (2014)

mendable consistent orientationcomputer graphicsgraphicscomputational imagingpoint cloudspoint cloud processinggeometry processingapplied mathematicsgeometric modelinggeometrycomputational geometry

Breast Image Registration by Using Non-Linear Local Affine Transformation. Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE (2013)

Feiyu ChenPeng ZhengPenglong XuAndrew D. A. MaidmentPredrag R. BakicDavid D. PokrajacFengshan LiuXiquan Shi

deep learningbreast image registrationmachine learningbreast imagingmedical imagingphotonicsapplied physicsoptical engineeringimage registration

Digital Home Applications. Multimedia Tools and Applications (2013)

home networktechnologygraphic interfaceinformation technologyintelligent user interfacesuser interfacesuser experiencedigital artdigital mediumsdigital home applicationshome automationubiquitous computingdigitalization

Point Cloud Normal Estimation via Low-Rank Subspace Clustering. Computers & Graphics (2013)

Jie ZhangJunjie CaoXiuping LiuJun WangJian LiuXiquan Shi

graphicscomputer scienceclusteringdimensionality reductionscientific computingdata sciencepoint cloudspoint cloud processinglow-rank subspace clusteringmachine learning researchdata normalization

A Fast Mesh Parameterization Algorithm Based on 4-Point Interpolatory Subdivision. Applied Mathematics and Computation (2012)

numerical analysiscomputer-aided designmesh reductionapplied mathematicscomputational engineeringcomputational mathematicsmesh optimization4-point interpolatory subdivisionnumerical algorithmsnumerical mathematicsgeometry processingcomputational mechanicsgeometric interpolationgeometric modelingcomputational geometry

1
2
3
4
5
10 / page

Xiquan Shi

Delaware State University

Affiliations

Applied Optics Center Of Delaware

College Of Agriculture And Natural Resources

School of Graduate, Adult and Extended Studies

College Of Agriculture, Science And Technology

College Of Arts And Sciences

College of Agriculture, Science and Technology

Department Of Agriculture And Natural Resources

Department Of Biological Sciences

Division Of Physics, Engineering, Mathematics, And Computer Science

Delaware State University

College Of Agriculture, Science And Technology

Department Of Agriculture And Natural Resources

Department Of Human Ecology

Department Of Mathematical Sciences

Department Of Agriculture And Natural Science

Department Of Mathematics

Optical Sciences Center For Applied Research And Applications

Scholarship Ball

NoneXiquan Shi is currently serving as a Applied Optics Center Of Delaware faculty at Delaware State 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

Xiquan Shi

Delaware State University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Parameterized Surface Reconstruction Method Based on Powell-Sabin Subdivision. Journal of Computer-Aided Design & Computer Graphics (2023)

PREFACE: The International Conference on Information and Computational Science, 2–6 August 2016, Dalian, China. Journal of Computational and Applied Mathematics (2017)

The Use of the Dyadic Partition in Elementary Real Analysis. Journal of Computational and Applied Mathematics (2017)

mathematical analysisgeometric measure theoryreal analysisstatisticsdiscrete mathematicspure mathematicsabstract and applied analysisapplied mathematicsmathematicsdyadic partition

Description and Characterization of a Novel Method for Partial Volume Simulation in Software Breast Phantoms. IEEE Transactions on Medical Imaging (2015)

Feiyu ChenPredrag R. BakicAndrew D. A. MaidmentShane T. JensenXiquan ShiDavid D. Pokrajac

Image Based Biomarker of Breast Cancer Risk: Analysis of Risk Disparity Among Minority Populations. (2015)

Fengshan LiuXiquan ShiCharlie WilsonDragoljub PokrajacPredrag BakicAndrew Maidment

Mendable Consistent Orientation of Point Clouds. Computer-Aided Design (2014)

mendable consistent orientationcomputer graphicsgraphicscomputational imagingpoint cloudspoint cloud processinggeometry processingapplied mathematicsgeometric modelinggeometrycomputational geometry

Breast Image Registration by Using Non-Linear Local Affine Transformation. Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE (2013)

Feiyu ChenPeng ZhengPenglong XuAndrew D. A. MaidmentPredrag R. BakicDavid D. PokrajacFengshan LiuXiquan Shi

deep learningbreast image registrationmachine learningbreast imagingmedical imagingphotonicsapplied physicsoptical engineeringimage registration

Digital Home Applications. Multimedia Tools and Applications (2013)

Point Cloud Normal Estimation via Low-Rank Subspace Clustering. Computers & Graphics (2013)

Jie ZhangJunjie CaoXiuping LiuJun WangJian LiuXiquan Shi

graphicscomputer scienceclusteringdimensionality reductionscientific computingdata sciencepoint cloudspoint cloud processinglow-rank subspace clusteringmachine learning researchdata normalization

A Fast Mesh Parameterization Algorithm Based on 4-Point Interpolatory Subdivision. Applied Mathematics and Computation (2012)

1
2
3
4
5
10 / page