Anthony Leclerc

College of Charleston

Affiliations

Department Of Computer Science

NoneAnthony Leclerc is currently serving as a Computer Science faculty at College of Charleston.

Honors

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Experiences

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Education

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Anthony Leclerc

College of Charleston

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computer science data science statistics mathematics machine learning natural language processing computational geometry geometry computational mathematics discrete mathematics geometric modeling polyhedron data classification epistemic logic geometry processing geometry generation delaunay triangulation discrete differential geometry geometric algorithms cluster-correlated data introspective comparison epistemic logic programs correct delaunay triangulation inexact inputs

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Parallel Memory-Efficient Epistemic Logic Program Solver: Harder, Better, Faster. Annals of Mathematics and Artificial Intelligence (2019)

A Survey of Advances in Epistemic Logic Program Solvers. EasyChair preprint (2018)

Epistemic Logic Programs With World View Constraints. EasyChair preprint (2018)

On Computing World Views of Epistemic Logic Programs. International Joint Conference on Artificial Intelligence (2017)

Tran Cao SonTiep LePatrick KahlAnthony Leclerc

natural language processingcomputer scienceepistemic logic programsepistemic logic

An Introspective Comparison of Random Forest-Based Classifiers for the Analysis of Cluster-Correlated Data by Way of Rf++. PLoS ONE (2009)

Yuliya V. KarpievitchElizabeth G. HillAnthony P. LeclercAlan R. DabneyJonas S. Almeida

statisticsmachine learningdata classificationdata scienceintrospective comparisoncluster-correlated data

Interval Analysis: Parallel Methods for Global Optimization. Encyclopedia of Optimization (2008)

Asynchronous Distributed Optimization Algorithms; Automatic Differentiation: Parallel Computation; Automatic Differentiation: Point and Interval; Automatic Differentiation: Point and Interval Taylor Operators; Bounding Derivative Ranges; Global Optimization: Application to Phase Equilibrium Problems; Heuristic Search; Interval Analysis: Application to Chemical Engineering Design Problems; Interval Analysis: Differential Equations; Interval Analysis: Eigenvalue Bounds of Interval Matrices; Interval Analysis: Intermediate Terms; Interval Analysis: Nondifferentiable Problems; Interval Analysis: Subdivision Directions in Interval Branch and Bound Methods; Interval Analysis: Systems of Nonlinear Equations; Interval Analysis: Unconstrained and Constrained Optimization; Interval Analysis: Verifying Feasibility; Interval Constraints; Interval Fixed Point Theory; Interval Global Optimization; Interval Linear Systems; Interval Newton Methods; Load Balancing for Parallel Optimization Techniques; Parallel Computing: Complexity Classes; Parallel Computing: Models; Parallel Heuristic Search; Stochastic Network Problems: Massively Parallel Solution Interval Analysis: Parallel Methods for Global Optimization. Encyclopedia of Optimization (2001)

Correct Delaunay Triangulation in the Presence of Inexact Inputs and Arithmetic. Reliable Computing (2000)

computer sciencediscrete mathematicscomputational mathematicsgeometric algorithmsgeometry generationdiscrete differential geometrycorrect delaunay triangulationdelaunay triangulationinexact inputsgeometry processingapplied mathematicsmathematicsgeometric modelingpolyhedrongeometrycomputational geometry

Reliable Collision Detection for Time-Dependent Parametric Surfaces. Reliable Computing (1998)

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