We introduce an algorithm for multiplying a floating-point number x by a constant C that is not exactly repre-sentable in floating-point arithmetic. Our algorithm uses a multiplication and a fused multiply and add instruction. We give methods for checking whether, for a given value of C and a given floating-point format, our algorithm returns a correctly rounded result for any x. When it does not, our methods give the values x for which it does not
23 pagesWe introduce several algorithms for accurately evaluating powers to a positive integer in fl...
International audienceThe accuracy analysis of complex floating-point multiplication done by Brent, ...
International audienceThe accuracy analysis of complex floating-point multiplication done by Brent, ...
(eng) We introduce an algorithm for multiplying a floating-point number $x$ by a constant $C$ that i...
We introduce an algorithm for multiplying a floating-point number $x$ by a constant $C$ that is not ...
International audienceWe introduce an algorithm for multiplying a floating-point number $x$ by a con...
International audienceWe introduce an algorithm for multiplying a floating-point number $x$ by a con...
International audienceWe introduce an algorithm for multiplying a floating-point number $x$ by a con...
We introduce an algorithm for multiplying a floating-point number $x$ by a constant $C$ that is not ...
International audienceRounding to odd is a non-standard rounding on floating-point numbers. By using...
Abstract. Given a vector of floating-point numbers with exact sum s, we present an algorithm for cal...
International audienceWe deal with accurate complex multiplication in binary floating-point arithmet...
International audienceWe introduce several algorithms for accurately evaluating powers to a positive...
International audienceWe introduce several algorithms for accurately evaluating powers to a positive...
International audienceWe introduce several algorithms for accurately evaluating powers to a positive...
23 pagesWe introduce several algorithms for accurately evaluating powers to a positive integer in fl...
International audienceThe accuracy analysis of complex floating-point multiplication done by Brent, ...
International audienceThe accuracy analysis of complex floating-point multiplication done by Brent, ...
(eng) We introduce an algorithm for multiplying a floating-point number $x$ by a constant $C$ that i...
We introduce an algorithm for multiplying a floating-point number $x$ by a constant $C$ that is not ...
International audienceWe introduce an algorithm for multiplying a floating-point number $x$ by a con...
International audienceWe introduce an algorithm for multiplying a floating-point number $x$ by a con...
International audienceWe introduce an algorithm for multiplying a floating-point number $x$ by a con...
We introduce an algorithm for multiplying a floating-point number $x$ by a constant $C$ that is not ...
International audienceRounding to odd is a non-standard rounding on floating-point numbers. By using...
Abstract. Given a vector of floating-point numbers with exact sum s, we present an algorithm for cal...
International audienceWe deal with accurate complex multiplication in binary floating-point arithmet...
International audienceWe introduce several algorithms for accurately evaluating powers to a positive...
International audienceWe introduce several algorithms for accurately evaluating powers to a positive...
International audienceWe introduce several algorithms for accurately evaluating powers to a positive...
23 pagesWe introduce several algorithms for accurately evaluating powers to a positive integer in fl...
International audienceThe accuracy analysis of complex floating-point multiplication done by Brent, ...
International audienceThe accuracy analysis of complex floating-point multiplication done by Brent, ...