This article presents the realization of a novel platform-independent, fast C-language implementation of the logarithm function. The idea behind the approach is ...
This article presents the realization of a novel platform-independent, fast C-language implementation of the logarithm function. The idea behind the approach is ...
A hardware-independent fast logarithm approximation with adjustable accuracy ... gle precision approximation of the natural logarithm with adjustable accuracy ...
A hardware-independent fast logarithm approximation with adjustable accuracy ... gle precision approximation of the natural logarithm with adjustable accuracy ...
This article presents the realization of a novel platform-independent, fast C-language implementation of the logarithm function. The idea behind the approach is ...
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This article presents the realization of a novel platform-independent, fast C-language implementation of the logarithm function to take advantage of the ...
Feb 20, 2024 · A Hardware-Independent Fast Logarithm Approximation with Adjustable Accuracy. computer.org · 28 2 Comments · Like Comment. Share. Copy; LinkedIn
The DP-LAU (Double Precision Logarithm Approximation Unit) implements the algorithm and supports double precision inputs. Both units support invalid input ...
Jun 21, 2007 · This platform and hardware independent realization of the logarithm function achieves a better speed-accuracy trade-off than any other ...
“A Hardware-Independent Fast Logarithm Approximation with Adjustable Accuracy,” by O. Vinyals, G. Friedland. Tenth IEEE Inter. Symposium on Multimedia, pp.