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Vavasis, Stephen A. - Department of Computer Science, Cornell University
Preconditioning complexsymmetric layered systems arising in electrical power modeling \Lambda
An aspect ratio bound for triangulating a dgrid cut by a hyperplane
A BernsteinBezier Su#cient Condition for Invertibility of Polynomial Mapping Functions (Draft)
Spatial convergence of crack nucleation using a cohesive finite element model on a
Quality Mesh Generation in Higher Dimensions \Lambda
An Iterative Method for Solving Complex-Symmetric Systems Arising in
Complete Orthogonal Decomposition for Weighted Least Squares \Lambda
Obtaining initially rigid cohesive finite element models that are
Accurate Solution of Weighted Least Squares by Iterative Methods \Lambda
A note on e#cient computation of the gradient in semidefinite programming #
SOLVING ELLIPTIC FINITE ELEMENT SYSTEMS IN NEAR-LINEAR TIME WITH SUPPORT PRECONDITIONERS
Numerical conformal mapping using crossratios and Delaunay triangulation
Solving polynomials with small leading coefficients \Lambda Gu#bj#rn F. J#nsson y and Stephen Vavasis z
An algorithm for two-dimensional mesh generation based on the pinwheel tiling
Accurate Solution of Polynomial Equations Using Macaulay Resultant Matrices #
Quality Mesh Generation in Higher Dimensions \Lambda
A Norm Bound for Projections with Complex Elena Y. Bobrovnikova + Stephen A. Vavasis #
