Faculty

Institution

Unit

Venue

Jed Brown

Associate Professor

University of Colorado Boulder

Affiliations

College of Engineering & Applied Science

Computer Science

Jed Brown is currently serving as a College Of Engineering & Applied Science Associate Professor at University of Colorado Boulder.

Honors

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Experiences

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Education

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Jed Brown

University of Colorado Boulder

Associate Professor

You can click a keyword to filter the displayed items

computer science scientific computing parallel computing applied mathematics computer engineering numerical analysis high performance computing computational science high performance computer architecture exascale computing parallel programming numerical algorithms modeling and simulation numerical simulations computational engineering computational mechanics numerical mathematics machine learning fluid dynamics numerical computation finite element methods extensible toolkit planetary sciences system software advanced computing performance portability python interface geophysical research parallel tools parallel programming models parallel software massively-parallel computing gpu computing petsc users manual scientific computation local fourier analysis cryosphere information technology computational optimization software analysis large-scale simulations object-oriented programming arctic engineering numerical method for partial differential equation benchmark studies multiphysics problems active learning robust optimization exact solutions advanced optimization run-time extensibility multidisciplinary optimization computational physics distributed systems programming languages hybrid programming multi-physics interaction co-simulation multi-physics modelling parallel implementation lithosphere glaciers benchmark datasets unstructured mesh generation distributed computing performance analysis open-source software open-source software development sliding law ice melange dynamics terminus stability jakobshavn isbrae multiphysics simulations matrix-free multigrid preconditioner finite element discretizations fast computation

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Ratel Impm: A Performance-Portable, Matrix-Free Implicit Material Point Method for Exascale Systems Supplement. Zenodo (CERN European Organization for Nuclear Research) (2026)

scientific computingnumerical mathematicsnumerical analysismechanical engineeringnumerical algorithmsnumerical computationexascale systems supplementcomputational engineeringcomputational mechanicsmaterial modelingmodeling and simulationnumerical simulationsratel impmapplied mathematicsmaterial simulationnumerical linear algebraengineering

RATEL: Performance Portable Solid Mechanics With Libceed and Petsc. Zenodo (CERN European Organization for Nuclear Research) (2026)

computer-aided designmechanical systemsmechanical engineeringrapid prototypingcomputational mechanicscomputer designadvanced manufacturing technologieshigh performance computingengineeringdesign automation

Ratel User Manual. Zenodo (CERN European Organization for Nuclear Research) (2026)

performance evaluationperformance measurementresource evaluationdocumentationratel user manualperformance measures

A Unification and Investigation of Rational Approximation of Exponential Integration Methods. Communications in Applied Mathematics and Computational Science (2025)

exponential integration methodscomputational mathematicsnumerical mathematicsnumerical analysisnumerical algorithmsnumerical treatmentdefinite integralrational approximationpade approximantconstructive approximationasymptotic analysisapplied mathematicsapproximation theorymathematics

Development of a River Dynamical Core for E3Sm to Simulate Compound Flooding on Exascale-Class Heterogeneous Supercomputers. Environmental Modelling & Software (2025)

hydroinformaticsriver dynamical corecomputer engineeringcomputational engineeringnumerical modeling (geology)hydrologywater sciencehydrological processcivil engineeringexascale computingmodeling and simulationnumerical simulationsflood risk managementexascale-class heterogeneous supercomputerswater resourcesengineering

Enhancing Type Safety in Mpi With Rust: A Statically Verified Approach for Rsmpi. Lecture notes in computer science (2025)

systems engineeringsoftware analysisverificationruntime systemssoftware verificationstatic program analysisstatically verified approachruntime verificationtype safetyformal methodsformal verificationsystem softwarecomputer-aided verificationcomputer science

Matrix-Free Finite Element Methods With Arbitrary Quadrature Point Locations. Computational Science and Engineering (2025)

scientific computingcomputational mathematicsnumerical mathematicsnumerical analysisnumerical algorithmscomputational mechanicsfinite element methodsfinite element method in structural mechanicsapplied mathematicsnumerical computationengineering

Rational Approximation of Exponential Integration (Rexi) for Dynamical Cores. (2025)

exponential integrationnumerical mathematicsnumerical analysisdefinite integralasymptotic analysisapplied mathematicsapproximation theorymathematicsclassical approximation

Rdycore/Rdycore. (2025)

Petsc/Tao Developments for Early Exascale Systems. arXiv (Cornell University) (2024)

Mills, Richard TranAdams, MarkBalay, SatishBrown, JedFaibussowitsch, JacobIsaac, TobyKnepley, MatthewMunson, ToddSuh, HansolZampini, StefanoZhang, HongZhang, Junchao

deep learningtechnologyearly exascale systems

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Jed Brown

Associate Professor

University of Colorado Boulder

Affiliations

College of Engineering & Applied Science

Computer Science

Jed Brown is currently serving as a College Of Engineering & Applied Science Associate Professor at University of Colorado Boulder.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jed Brown

University of Colorado Boulder

Associate Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Ratel Impm: A Performance-Portable, Matrix-Free Implicit Material Point Method for Exascale Systems Supplement. Zenodo (CERN European Organization for Nuclear Research) (2026)

RATEL: Performance Portable Solid Mechanics With Libceed and Petsc. Zenodo (CERN European Organization for Nuclear Research) (2026)

Ratel User Manual. Zenodo (CERN European Organization for Nuclear Research) (2026)

performance evaluationperformance measurementresource evaluationdocumentationratel user manualperformance measures

A Unification and Investigation of Rational Approximation of Exponential Integration Methods. Communications in Applied Mathematics and Computational Science (2025)

Development of a River Dynamical Core for E3Sm to Simulate Compound Flooding on Exascale-Class Heterogeneous Supercomputers. Environmental Modelling & Software (2025)

Enhancing Type Safety in Mpi With Rust: A Statically Verified Approach for Rsmpi. Lecture notes in computer science (2025)

Matrix-Free Finite Element Methods With Arbitrary Quadrature Point Locations. Computational Science and Engineering (2025)

Rational Approximation of Exponential Integration (Rexi) for Dynamical Cores. (2025)

exponential integrationnumerical mathematicsnumerical analysisdefinite integralasymptotic analysisapplied mathematicsapproximation theorymathematicsclassical approximation

Rdycore/Rdycore. (2025)

Petsc/Tao Developments for Early Exascale Systems. arXiv (Cornell University) (2024)

Mills, Richard TranAdams, MarkBalay, SatishBrown, JedFaibussowitsch, JacobIsaac, TobyKnepley, MatthewMunson, ToddSuh, HansolZampini, StefanoZhang, HongZhang, Junchao

deep learningtechnologyearly exascale systems

1
2
3
4
5
11
10 / page

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scalable linear

bem discretizations

Padma Raghavan

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Vanderbilt University

numerical linear algebra

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Luke Olson

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high performance computer architecture

numerical analysis

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parallel software

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numerical computation

applied mathematics

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