DOIAbstract
AbstractA class of upper bounds for the positive roots of a polynomial is discussed, and it is shown that the bound (15) is nearly optimal in this class
AbstractA class of upper bounds for the positive roots of a polynomial is discussed, and it is shown that the bound (15) is nearly optimal in this class
We get an estimate from below for the height of the powers of a polynomial using Holder inequality a...
We get an estimate from below for the height of the powers of a polynomial using Holder inequality a...
This paper provides a simple formula for computing such bounds. We also prove that the resulting bou...
AbstractA class of upper bounds for the positive roots of a polynomial is discussed, and it is shown...
The recent interest in isolating real roots of polynomials has revived interest in computing sharp u...
The recent interest in isolating real roots of polynomials has revived interest in computing sharp u...
The recent interest in isolating real roots of polynomials has revived interest in computing sharp u...
We consider a nonconstant polynomial P with real coeţients that has at least one negative coeţient a...
AbstractWe consider a certain type of polynomial equations for which there exists—according to Desca...
In this paper we review the existing linear and quadratic complexity (upper) bounds on the values of...
In this paper we review the existing linear and quadratic complexity (upper) bounds on the values of...
We get an estimate from below for the height of the powers of a polynomial using Holder inequality a...
We get an estimate from below for the height of the powers of a polynomial using Holder inequality a...
We get an estimate from below for the height of the powers of a polynomial using Holder inequality a...
We get an estimate from below for the height of the powers of a polynomial using Holder inequality a...
We get an estimate from below for the height of the powers of a polynomial using Holder inequality a...
We get an estimate from below for the height of the powers of a polynomial using Holder inequality a...
This paper provides a simple formula for computing such bounds. We also prove that the resulting bou...
AbstractA class of upper bounds for the positive roots of a polynomial is discussed, and it is shown...
The recent interest in isolating real roots of polynomials has revived interest in computing sharp u...
The recent interest in isolating real roots of polynomials has revived interest in computing sharp u...
The recent interest in isolating real roots of polynomials has revived interest in computing sharp u...
We consider a nonconstant polynomial P with real coeţients that has at least one negative coeţient a...
AbstractWe consider a certain type of polynomial equations for which there exists—according to Desca...
In this paper we review the existing linear and quadratic complexity (upper) bounds on the values of...
In this paper we review the existing linear and quadratic complexity (upper) bounds on the values of...
We get an estimate from below for the height of the powers of a polynomial using Holder inequality a...
We get an estimate from below for the height of the powers of a polynomial using Holder inequality a...
We get an estimate from below for the height of the powers of a polynomial using Holder inequality a...
We get an estimate from below for the height of the powers of a polynomial using Holder inequality a...
We get an estimate from below for the height of the powers of a polynomial using Holder inequality a...
We get an estimate from below for the height of the powers of a polynomial using Holder inequality a...
This paper provides a simple formula for computing such bounds. We also prove that the resulting bou...
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