4.4.
... • The purpose is to study linear transformations. We look at polynomials where the variable is substituted with linear maps. • This will be the main idea of this book to classify linear transformations. ...
... • The purpose is to study linear transformations. We look at polynomials where the variable is substituted with linear maps. • This will be the main idea of this book to classify linear transformations. ...
4.1,4.2
... • The purpose is to study linear transformations. We look at polynomials where the variable is substituted with linear maps. • This will be the main idea of this book to classify linear transformations. ...
... • The purpose is to study linear transformations. We look at polynomials where the variable is substituted with linear maps. • This will be the main idea of this book to classify linear transformations. ...
Improved Sparse Multivariate Polynomial Interpolation Algorithms*
... 2) solve a transposed Vandermonde system in time quasi-linear in t. The use of our algorithms improves the running time of the Ben-Or and Tiwari algorithm to O(dn log(n) τ M(τ ) log(τ )), where M(τ ) denotes the complexity of multiplying two univariate polynomials of degree τ . Our fast algorithm f ...
... 2) solve a transposed Vandermonde system in time quasi-linear in t. The use of our algorithms improves the running time of the Ben-Or and Tiwari algorithm to O(dn log(n) τ M(τ ) log(τ )), where M(τ ) denotes the complexity of multiplying two univariate polynomials of degree τ . Our fast algorithm f ...