18 résultats avec le mot-clé: 'radix conversion ieee mixed radix floating point arithmetic'
Section II describes the 2-steps approach of the radix conversion, section III contains the algorithm for the exponent computation, section IV presents a novel approach of raising 5
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Keywords: Computer arithmetic, floating-point numbers, IEEE754 Standard, elementary func- tions, code generator, Metalibm, argument reduction, domain splitting, mixed-radix
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The IEEE 754-2008 Standard for Floating-Point Arith- metic [5] specifies binary (radix-2) and decimal (radix-10) floating-point number formats for a variety of precisions..
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In particular, in radix-2 floating-point arithmetic, we show that among the set of the algorithms with no comparisons performing only floating-point addi- tions/subtractions, the
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In particular, in radix-2 floating-point arithmetic, we show that among the set of the algo- rithms with no comparisons performing only floating- point additions/subtractions, the
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This paper is devoted to design of interval observers for Linear Time Varying (LTV) systems and a class of nonlinear time-varying systems in the output canonical form.. An
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In this paper, we present general methods to prove the correct rounding of division algo- rithms using Newton-Raphson’s iterations in software, for radix 2 and radix 10
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Keywords: Elementary function, CORDIC algorithm, Computer Arithmetic, High Radix..
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This work is part of FLIP (floating-point library for integer processor) which is a C library for the software support of single precision FP arithmetic on processors without
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Melissae folium, Inulae radix , Angelicae archangelicae radix, Zingiberis rhizoma, Caryophylli flos, Galangae radix, Piperis nigri fructus –, Gentianae radix, Myristicae
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Assume floating-point arithmetic adhering to IEEE 754 with rounding unit u (no underflow nor overflow).... Numerical validation with
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Key-words: multiple-precision arithmetic, IEEE-754 standard, floating-point arithmetic, correct rounding, elementary function, portable software... MPFR: une biblioth` eque
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Integer, single precision, and double precision zero are represented with all bits set to zero. So called dirty zeroes are eliminated by hardware action. When a
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Formal guarantees can be obtained on floating-point algorithms based on the IEEE 754 standard, which precisely specifies floating-point arithmetic and its rounding modes, and a
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However, an alternative decoding technique called Mixed Radix Conversion (MRC) is used in this study. The BEX based on MRC will be used to generate additional residues. BEX offers
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