Faculty

Institution

Unit

Venue

Michael O. Lam

Associate Professor Computer Science and Interim Assistant Dean CISE

James Madison University

Affiliations

College of Arts and Letters

Department of Political Science

College of Integrated Science and Engineering

Computer Science

Michael O. Lam is currently serving as a College Of Arts And Letters Associate Professor Computer Science and Interim Assistant Dean CISE at James Madison University.

Honors

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Experiences

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Education

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Michael O. Lam

James Madison University

Associate Professor Computer Science and Interim Assistant Dean CISE

You can click a keyword to filter the displayed items

computer science scientific computing applied mathematics parallel computing software analysis machine learning formal methods systems engineering computational optimization tool integration numerical algorithms parallel programming educational strategies programming languages parallel processing high performance computing accuracy and precision real data type electrical engineering medical imaging computational intelligence precision engineering numerical mathematics distributed systems educational assessment image retrieval integration testing shadowed set heuristic (computer science) auto-tuning automatic differentiation parallel complexity theory hpc benchmark suite secret sharing algorithm thoughtful precision heuristic scaling analysis variable precision centrality algorithms graded algebra structure computer vision pattern recognition remote sensing computational science biomedical imaging mathematical optimization respiratory medicine cluster computing digital imaging 3d imaging optical engineering computed tomography content-based image retrieval parallel learning distributed computing distributed artificial intelligence precision measurement parameter identification renal function end-of-life care renal care parallel implementation online learning online education active learning online course development automatic programming compiler technology program synthesis mixed-precision floating-point computation algorithmic differentiation source-level mixed precision mixed-precision analysis floating-point intensive applications approximate high-performance computing post-moore era floating-point precision analysis computer engineering software engineering program analysis high performance computer architecture performance analysis tool next generation computing

Notable Scholarly Works

Notable Federal Grants

Collaborators

Wcn24-1784 Outcomes of the Deceased Donor Program From Allocation Unit of Cho Ray Hospital, Vietnam. Kidney International Reports (2024)

Thu DuHuong TranLinh TranNhieu NguyenTin NguyenToan TramTai NguyenQuang BuiYen NguyenMinh LamHien LeTung TranNone vinh TranPhu TruongViet PhamThuc Nguyen

public healthoutcomes researchcho ray hospitalhospital medicinerenal functionepidemiologynephrologydeceased donor programmaternal healthend-of-life carerespiratory medicinerenal careallocation unitpediatrics

Approximate High-Performance Computing: A Fast and Energy-Efficient Computing Paradigm in the Post-Moore Era. IT Professional (2023)

Harshitha MenonJames DiffenderferGiorgis GeorgakoudisIgnacio LagunaMichael O. LamDaniel Osei-KuffuorKonstantinos ParasyrisJackson Vanover

approximate high-performance computingelectrical engineeringpost-moore erahigh performance computing

Hpc-Mixpbench: An Hpc Benchmark Suite for Mixed-Precision Analysis. (2020)

Konstantinos ParasyrisIgnacio LagunaHarshitha MenonMarkus SchordanDaniel Osei-KuffuorGiorgis GeorgakoudisMichael O. LamTristan Vanderbruggen

scientific computingmixed-precision analysismachine learninghpc benchmark suitecomputer science

Automating Systems Course Unit and Integration Testing. (2019)

Dee A. B. WeikleMichael O. LamMichael S. Kirkpatrick

systems engineeringintegration testingautomation

Tool Integration for Source-Level Mixed Precision. (2019)

Michael O. LamTristan VanderbruggenHarshitha MenonMarkus Schordan

machine learningsource-level mixed precisiontool integrationmechanical engineering

Variable Precision Computing. (2019)

J A HittingerP G LindstromH BhatiaP T BremerD M CopelandK K ChandA L FoxG S LloydH MenonG D MorrisonD Osei-KuffuorN T PinnowD J QuinlanG D SandersM SchordanT VanderbruggenD HoangP KlacanskyV PascucciW UsherM LamL G MoodyJ D DiffenderferA MetereL M Yang

machine learningvariable precisionapplied mathematics

ADAPT: Algorithmic Differentiation Applied to Floating-Point Precision Tuning. (2018)

Harshitha MenonMichael O. LamDaniel Osei-KuffuorMarkus SchordanScott LloydKathryn MohrorJeffrey Hittinger

machine learningformal methodsapplied mathematicsalgorithmic differentiationcomputer science

Analysis of Parallel Implementations of Centrality Algorithms. Journal of computing sciences in colleges (2018)

Patricia D. SorianoKevin H. AmreinSam P. CarswellMichael O. Lam

scientific computingcentrality algorithmscomputer scienceparallel computing

Computing Bases of Modular Forms Using the Graded Algebra Structure. Monatshefte für Mathematik (2018)

Michael O. LamNoah S. McClellandMatthew R. PettyJohn J. B. Webb

algebraic geometrymathematicsgraded algebra structure

Parallelizing Shamir's Secret Sharing Algorithm. Journal of computing sciences in colleges (2018)

Joseph K. ArbogastIsaac B. SumnerMichael O. Lam

parallel processingcryptographyparallel learningdistributed computingparallel computingsecret sharing algorithmcomputational intelligencedistributed artificial intelligencemachine learningcomputer science

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Michael O. Lam

Associate Professor Computer Science and Interim Assistant Dean CISE

James Madison University

Affiliations

College of Arts and Letters

Department of Political Science

College of Integrated Science and Engineering

Computer Science

Michael O. Lam is currently serving as a College Of Arts And Letters Associate Professor Computer Science and Interim Assistant Dean CISE at James Madison 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

Michael O. Lam

James Madison University

Associate Professor Computer Science and Interim Assistant Dean CISE

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Wcn24-1784 Outcomes of the Deceased Donor Program From Allocation Unit of Cho Ray Hospital, Vietnam. Kidney International Reports (2024)

Thu DuHuong TranLinh TranNhieu NguyenTin NguyenToan TramTai NguyenQuang BuiYen NguyenMinh LamHien LeTung TranNone vinh TranPhu TruongViet PhamThuc Nguyen

Approximate High-Performance Computing: A Fast and Energy-Efficient Computing Paradigm in the Post-Moore Era. IT Professional (2023)

Harshitha MenonJames DiffenderferGiorgis GeorgakoudisIgnacio LagunaMichael O. LamDaniel Osei-KuffuorKonstantinos ParasyrisJackson Vanover

approximate high-performance computingelectrical engineeringpost-moore erahigh performance computing

Hpc-Mixpbench: An Hpc Benchmark Suite for Mixed-Precision Analysis. (2020)

Konstantinos ParasyrisIgnacio LagunaHarshitha MenonMarkus SchordanDaniel Osei-KuffuorGiorgis GeorgakoudisMichael O. LamTristan Vanderbruggen

scientific computingmixed-precision analysismachine learninghpc benchmark suitecomputer science

Automating Systems Course Unit and Integration Testing. (2019)

Dee A. B. WeikleMichael O. LamMichael S. Kirkpatrick

systems engineeringintegration testingautomation

Tool Integration for Source-Level Mixed Precision. (2019)

Michael O. LamTristan VanderbruggenHarshitha MenonMarkus Schordan

machine learningsource-level mixed precisiontool integrationmechanical engineering

Variable Precision Computing. (2019)

machine learningvariable precisionapplied mathematics

ADAPT: Algorithmic Differentiation Applied to Floating-Point Precision Tuning. (2018)

Harshitha MenonMichael O. LamDaniel Osei-KuffuorMarkus SchordanScott LloydKathryn MohrorJeffrey Hittinger

machine learningformal methodsapplied mathematicsalgorithmic differentiationcomputer science

Analysis of Parallel Implementations of Centrality Algorithms. Journal of computing sciences in colleges (2018)

Patricia D. SorianoKevin H. AmreinSam P. CarswellMichael O. Lam

scientific computingcentrality algorithmscomputer scienceparallel computing

Computing Bases of Modular Forms Using the Graded Algebra Structure. Monatshefte für Mathematik (2018)

Michael O. LamNoah S. McClellandMatthew R. PettyJohn J. B. Webb

algebraic geometrymathematicsgraded algebra structure

Parallelizing Shamir's Secret Sharing Algorithm. Journal of computing sciences in colleges (2018)

Joseph K. ArbogastIsaac B. SumnerMichael O. Lam

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Thomas H. Cormen

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Dartmouth College

computer architecture

high performance computer architecture

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University of Illinois Urbana-Champaign

computer science

computer engineering

Rudolf Eigenmann

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optimizing compiler

high performance computing

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grid computing

supercomputer architecture

David J Kuck

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parallel software

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