Faculty

Institution

Unit

Venue

Jim Lawrence

Professor

George Mason University

Affiliations

College of Science

Mathematical Sciences

Jim Lawrence is currently serving as a College Of Science Professor at George Mason University.

Honors

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Experiences

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Education

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Jim Lawrence

George Mason University

Professor

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mathematics applied mathematics discrete mathematics combinatorics combinatorial theory combinatorial optimization computer science computational geometry discrete algorithms geometric topology topology spectral theory oriented matroids matroid theory discrete geometry algebraic combinatorics linear algebra numerical analysis numerical linear algebra enumerative combinatorics geometric algorithms ring theory odd-even invariant technology computational mathematics mathematical optimization array computing combinatorial design theory combinatorial problems discrete differential geometry matrix theory knot theory analytic number theory geometry processing partially ordered set covering arrays numerical simulations evolutionary computation scientific computing numerical algorithms statistical methodology polyhedron mathematical sciences computational optimization mathematical programming convex analysis interval computations numerical computation continuum modeling combinatorial designs fourier analysis polar design combinatorial methods analytic combinatorics matrix analysis integral geometry interval analysis modern algebra enumerative geometry computational problems optimization problems linear programming polytope volume computation in-parameter-order strategy homogeneous alphabet linear independence gabor systems search techniques binary covering arrays fixed points convex polytopes short proof kabsch-umeyama algorithm algebraic justification one-median problem block-vertex duality mathematics education computational model theory discrete modeling

Notable Scholarly Works

Notable Federal Grants

Collaborators

Power-Closed Ideals of Polynomial and Laurent Polynomial Rings. Journal of Pure and Applied Algebra (2024)

Geir AgnarssonJim Lawrence

ring theoryapplied mathematicspower-closed idealscommutative algebraapplied algebragraph theory

Gegenbauer Expansions and Addition Theorems for a Binomial and Logarithmic Fundamental Solution of the Even-Dimensional Euclidean Polyharmonic Equation. Journal of Mathematical Analysis and Applications (2022)

Howard S. CohlJessie E. HirtensteinJim LawrenceLisa Ritter

applied mathematicsmathematicsanalytic number theoryaddition theoremsmathematical analysisgegenbauer expansions

Parity Representations of Posets. Discrete Mathematics (2021)

Jim Lawrence

abstract object theorycombinatorial design theorycombinatoricsdiscrete mathematicspartially ordered settopological combinatoricsgeometric topologycombinatorial theorynumber theorymathematicsparity representationsrepresentation theorypseudorandom number generatorspectral theoryalgebraic geometry

Some Enumeration Relating to Intervals in Posets. Contemporary mathematics - American Mathematical Society (2021)

Jim Lawrence

applied mathematicspure mathematicsenumerative geometrycombinatoricsmodern algebrapartially ordered setgeometric topologyinterval analysisnumber theoryenumerative combinatoricsmathematicsgeometry and topologyalgebraic geometrymathematical sciences

Cubes and Adjoints of Cross-Polytopes. arXiv (Cornell University) (2020)

J. LawrenceI. P. Silva

topologyapplied mathematics

A Purely Algebraic Justification of the Kabsch-Umeyama Algorithm. Journal of Research of the National Institute of Standards and Technology (2019)

Jim LawrenceJavier BernalChristoph Witzgall

engineeringcomputer sciencetechnologykabsch-umeyama algorithmformal methodsalgebraic justification

A Purely Algebraic Justification of the Solution by Singular Value Decomposition to the Constrained Orthogonal Procrustes Problem. arXiv (Cornell University) (2019)

Jim LawrenceJavier BernalChristoph Witzgall

aerospace engineeringorthogonal procrustes problemnumerical analysissingular value decomposition

Characterization and Computation of Matrices of Maximal Trace Over Rotations. Journal of Geometry and Symmetry in Physics (2019)

Javier Bernal BernalJim Lawrence

matrix theoryapplied mathematicsmaximal tracelinear algebranumerical linear algebramatrix analysis

Dual-Antiprisms and Partitions of Powers of 2 Into Powers of 2. Discrete & Computational Geometry (2019)

Jim Lawrence

geometry processinggeometric analysisalgebraic combinatoricscombinatorial optimizationgeometrygeometric algorithmsdiscrete mathematicscomputational geometrygeometric topologycombinatorial theorydiscrete geometrydiscrete differential geometrymathematicsspectral theoryalgebraic geometry

Binary Partitions and Binary Partition Polytopes. Aequationes Mathematicae (2017)

George E. AndrewsJim Lawrence

binary partition polytopesbinary partitionsmathematics

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Jim Lawrence

Professor

George Mason University

Affiliations

College of Science

Mathematical Sciences

Jim Lawrence is currently serving as a College Of Science Professor at George Mason 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

Jim Lawrence

George Mason University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Power-Closed Ideals of Polynomial and Laurent Polynomial Rings. Journal of Pure and Applied Algebra (2024)

Geir AgnarssonJim Lawrence

ring theoryapplied mathematicspower-closed idealscommutative algebraapplied algebragraph theory

Howard S. CohlJessie E. HirtensteinJim LawrenceLisa Ritter

applied mathematicsmathematicsanalytic number theoryaddition theoremsmathematical analysisgegenbauer expansions

Parity Representations of Posets. Discrete Mathematics (2021)

Jim Lawrence

Some Enumeration Relating to Intervals in Posets. Contemporary mathematics - American Mathematical Society (2021)

Jim Lawrence

Cubes and Adjoints of Cross-Polytopes. arXiv (Cornell University) (2020)

J. LawrenceI. P. Silva

topologyapplied mathematics

A Purely Algebraic Justification of the Kabsch-Umeyama Algorithm. Journal of Research of the National Institute of Standards and Technology (2019)

Jim LawrenceJavier BernalChristoph Witzgall

engineeringcomputer sciencetechnologykabsch-umeyama algorithmformal methodsalgebraic justification

A Purely Algebraic Justification of the Solution by Singular Value Decomposition to the Constrained Orthogonal Procrustes Problem. arXiv (Cornell University) (2019)

Jim LawrenceJavier BernalChristoph Witzgall

aerospace engineeringorthogonal procrustes problemnumerical analysissingular value decomposition

Characterization and Computation of Matrices of Maximal Trace Over Rotations. Journal of Geometry and Symmetry in Physics (2019)

Javier Bernal BernalJim Lawrence

matrix theoryapplied mathematicsmaximal tracelinear algebranumerical linear algebramatrix analysis

Dual-Antiprisms and Partitions of Powers of 2 Into Powers of 2. Discrete & Computational Geometry (2019)

Jim Lawrence

Binary Partitions and Binary Partition Polytopes. Aequationes Mathematicae (2017)

George E. AndrewsJim Lawrence

binary partition polytopesbinary partitionsmathematics

1
2
3
4
10 / page

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numerical mathematics

general systems

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quantitative science study

mathematics education

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