Fields- Workshop on Linear Computer Algebra and Symbolic-Numeric Computation
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Title: Overview of the recent progress on matrix multiplication
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Title: High performance dense linear algebra: arithmetic, algorithms and their parallelization
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Title: A Crash Course on Fast Interactive Proofs
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Title: Essentially Optimal Certificates in Linear Algebra
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Title: On rational functions without spurious poles
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Title: Order bases, kernel bases and their use in fast polynomial matrix arithmetic
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Title: The "Rheinfall" parallel algorithm for Gaussian Elimination
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Title: The Probability that Block Wiedemann Correctly Computes Invariant factors
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Title: Quasideterminants, Degree Bounds and Algorithms for Matrices of Differential and Difference Polynomials
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Title: Symbolic-numeric computation of cutting planes for integer programming
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Title: Fast matrix rank algorithms and applications
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Title: Solving Large Optimization Problems using Spectral Graph Theory
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Title: Fast computation of minimal interpolation bases with arbitrary weights
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Title: Adaptive and generic parallel //computation of echelon forms
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Title: Exploring the Extended Linearization Algorithm (or XL Algorithm) for Solving Polynomial Systems of Equations, with Remarks toward NP-Completeness
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Title: Some recent techniques for faster linear algebra
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Title: Toward a numerical description of a complex affine scheme
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Title: Sparse implicitization by interpolation matrices
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Title: Issues in Blind Deconvolution via Computer Algebra (A Tale from the Dark Side)
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Title: SPECTRA: solving exactly linear matrix inequalities
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