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Selected Posters
On the Factor Refinement Principle and its Implementation on Multicore Architectures.
ECCAD 2012.
On Fulton's Algorithm for Computing Intersection Multiplicities.
ECCAD 2012.
Quantifier Elimination via Triangular Decomposition.
ECCAD 2012.
From Multicore to Manycore Architectures: The Reduction of Parallelization Overheads and its Impact on Implementing Polynomial Arithmetic.
HPCS 2012.
Generating Loop Invariants via Polynomial Interpolation.
ECCAD 2012.
Curriculum Initiative on Parallel and Distributed Computing at the University of Western Ontario.
Presented at EduPar-12, 2012 workshop of the
NSF/IEEE-TCPP Curriculum Initiative on on Parallel and Distributed Computing.
The corresponding
paper
(curriculum proposal).
Solving Bivariate Polynomial Systems on a GPU.
ECCAD 2012.
Almost-linear time algorithms for triangular sets.
ISSAC 2010.
Cache Friendly Sparse Matrix-vector Multiplication.
ISSAC 2010.
Cache Complexity and Multicore Implementation for Univariate Real Root Isolation.
ISSAC 2010.
Complexity and Performance Results for Non FFT-Based Univariate Polynomial Multiplication.
ISSAC 2010.
Computing Cylindrical Algebraic Decomposition via Triangular Decomposition.
MITACS 2009.
Balanced Dense Polynomial Multiplication on Multicores.
Best Poster Award at ISSAC'09.
On the Representation of Constructible Sets.
MITACS 2008.
The
ConstructibleSetTools
and
ParametricSystemsTools
modules of the
RegularChains
library in M
APLE
.
MITACS 2008.
Triangular Decompositions for Solving Parametric Polynomial Systems.
MITACS 2008.
On the Verification of Polynomial System Solvers.
ISSAC 2007.
Implementation Techniques For Fast Polynomial Arithmetic In A High-level Programming Environment.
MITACS 2006.
Bounds and Algebraic Algorithms for Ordinary Differential Characteristic Sets.
ISSAC 2006.
Change of Order for Regular Chains in Positive Dimension.
ISSAC 2006.
On the Complexity of the D5 Principle.
Best Poster Award at ISSAC'05.
Equiprojectable Decomposition of Zero-dimensional Varieties.
MITACS'05.
The RegularChains library in Maple 10.
ISSAC'05.