We describe a bisection algorithm for root isolation of polynomials with real coefficients. It is assumed that the coefficients can be approximated with arbitrary precision; exact computation in the field of coefficients is not required. We refer to such coefficients as bitstream coefficients. The algorithm is simpler, deterministic and has better asymptotic complexity than the randomized algorithm of Eigenwillig et al. (2005). We also discuss a partial extension to multiple roots
International audienceWe present algorithmic, complexity and implementation results for the problem ...
The Descartes method is an algorithm for isolating the real roots of square-free polynomials with ...
The Descartes method is an algorithm for isolating the real roots of square-free polynomials with ...
We describe a bisection algorithm for root isolation of polynomials with real coefficients. It is as...
We describe a bisection algorithm for root isolation of polynomials with real coefficients. It is as...
AbstractWe describe a bisection algorithm for root isolation of polynomials with real coefficients. ...
We describe a Descartes algorithm for root isolation of polynomials with real coefficients. It is as...
We describe a Descartes algorithm for root isolation of polynomials with real coefficients. It is as...
We introduce a new algorithm denoted DSC2 to isolate the real roots of a univariate square-free poly...
Computing the real roots of a polynomial is a fundamental problem of computational algebra. We descr...
Article dans revue scientifique avec comité de lecture. internationale.International audienceThis pa...
AbstractThis paper revisits an algorithm isolating the real roots of a univariate polynomial using D...
Computing the real roots of a polynomial is a fundamental problem of computational algebra. We descr...
We present an algorithm for isolating the roots of an arbitrary complex polynomial $p$ that also wor...
We consider a univariate polynomial f with real coecients having a high degree N but a rather small ...
International audienceWe present algorithmic, complexity and implementation results for the problem ...
The Descartes method is an algorithm for isolating the real roots of square-free polynomials with ...
The Descartes method is an algorithm for isolating the real roots of square-free polynomials with ...
We describe a bisection algorithm for root isolation of polynomials with real coefficients. It is as...
We describe a bisection algorithm for root isolation of polynomials with real coefficients. It is as...
AbstractWe describe a bisection algorithm for root isolation of polynomials with real coefficients. ...
We describe a Descartes algorithm for root isolation of polynomials with real coefficients. It is as...
We describe a Descartes algorithm for root isolation of polynomials with real coefficients. It is as...
We introduce a new algorithm denoted DSC2 to isolate the real roots of a univariate square-free poly...
Computing the real roots of a polynomial is a fundamental problem of computational algebra. We descr...
Article dans revue scientifique avec comité de lecture. internationale.International audienceThis pa...
AbstractThis paper revisits an algorithm isolating the real roots of a univariate polynomial using D...
Computing the real roots of a polynomial is a fundamental problem of computational algebra. We descr...
We present an algorithm for isolating the roots of an arbitrary complex polynomial $p$ that also wor...
We consider a univariate polynomial f with real coecients having a high degree N but a rather small ...
International audienceWe present algorithmic, complexity and implementation results for the problem ...
The Descartes method is an algorithm for isolating the real roots of square-free polynomials with ...
The Descartes method is an algorithm for isolating the real roots of square-free polynomials with ...