... This article describes how exponentiation can be approximated by manipulating the components of a standard (IEEE-754) floating-point representation. This models the exponential function as well as a lookup table with linear interpolation, but is significantly faster and more compact
Abstract. We present improvements to algorithms for efficient expo-nentiation. The fractional window...
As FPGAs are increasingly being used for floating-point computing, the feasibility of a library of f...
The paper presents a novel method of evaluating the square root function in FPGA. The method uses a ...
Neural network simulations often spend a large proportion of their time computing exponential functi...
A table-based method for high-speed function approximation in single-precision floating-point format...
We present an algorithm for implementing correctly rounded exponentials in double-precision floating...
In this paper we present an algorithm for narrowing the constraint y = e x . The algorithm has be...
International audienceThe high performance and capacity of current FPGAs makes them suitable as acce...
International audienceThis article presents a floating-point exponential operator generator targetin...
The high performance and capacity of current FPGAs makes them suitable as acceleration co-processors...
The most popular algorithms for computing the matrix exponential are those based on the scaling and ...
Approximations which can be evaluated with precision using floating-point arithmetic are presented. ...
Abstract—This article presents a floating-point exponential operator generator targeting recent FPGA...
AbstractThis paper is a continuation of a study of numerical software for evaluating elementary func...
We are interested in the approximation of the exponential function on a real interval by a particula...
Abstract. We present improvements to algorithms for efficient expo-nentiation. The fractional window...
As FPGAs are increasingly being used for floating-point computing, the feasibility of a library of f...
The paper presents a novel method of evaluating the square root function in FPGA. The method uses a ...
Neural network simulations often spend a large proportion of their time computing exponential functi...
A table-based method for high-speed function approximation in single-precision floating-point format...
We present an algorithm for implementing correctly rounded exponentials in double-precision floating...
In this paper we present an algorithm for narrowing the constraint y = e x . The algorithm has be...
International audienceThe high performance and capacity of current FPGAs makes them suitable as acce...
International audienceThis article presents a floating-point exponential operator generator targetin...
The high performance and capacity of current FPGAs makes them suitable as acceleration co-processors...
The most popular algorithms for computing the matrix exponential are those based on the scaling and ...
Approximations which can be evaluated with precision using floating-point arithmetic are presented. ...
Abstract—This article presents a floating-point exponential operator generator targeting recent FPGA...
AbstractThis paper is a continuation of a study of numerical software for evaluating elementary func...
We are interested in the approximation of the exponential function on a real interval by a particula...
Abstract. We present improvements to algorithms for efficient expo-nentiation. The fractional window...
As FPGAs are increasingly being used for floating-point computing, the feasibility of a library of f...
The paper presents a novel method of evaluating the square root function in FPGA. The method uses a ...
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