Abstract. The paper deals with efficient hardware implementation of exact arithmetic. This kind of arithmetic represents the most convenient approach to scientific computing, but the complexity of underlying algorithms and thus the performance issues limit the set of solvable problems. We demonstrate on a particular example of continued logarithms that direct hardware implementation may help to achieve considerable performance gains. We document this fact by practical results of our research and use them as a starting point for discussion on possible directions of further work
This paper proposes optimizations of the methods and parameters used in both mathematical approximat...
A hardware implementation of the log-add algorithm, being a simple method of computing ln(A + B) giv...
AbstractAdvances in computer technology are now so profound that the arithmetic capability and reper...
This paper presents an e cient hardware algorithm for variable-precision logarithm. The algorithm us...
AbstractThis paper discusses the relationship between computer arithmetic and hardware implementatio...
Nowadays, computers offer more and more arithmetic functions wired in hardware. Last generations of ...
Abstract—The realization of functions such as log() and antilog() in hardware is of considerable rel...
Logarithms reduce products to sums and powers to products; they play an important role in signal pro...
A low cost, high-speed architecture for the computation of the binary logarithm is proposed. It is b...
The advent of reconfigurable co-processors based on field-programmable gate arrays has renewed inter...
The master's thesis discusses binary multipliers. Reported in detail are multipliers suitable for di...
In recent years we have investigated the use of a logarithmic number representation as an alternativ...
Abstract. A high-radix digit-recurrence algorithm for the computation of the logarithm, and an analy...
Invited presentation at the SPEC (Service de Physique de l'Etat Condensé) seminar at CEA Saclay,Comp...
3D Graphical computing requires more complicated operations such as multiplication , division, squar...
This paper proposes optimizations of the methods and parameters used in both mathematical approximat...
A hardware implementation of the log-add algorithm, being a simple method of computing ln(A + B) giv...
AbstractAdvances in computer technology are now so profound that the arithmetic capability and reper...
This paper presents an e cient hardware algorithm for variable-precision logarithm. The algorithm us...
AbstractThis paper discusses the relationship between computer arithmetic and hardware implementatio...
Nowadays, computers offer more and more arithmetic functions wired in hardware. Last generations of ...
Abstract—The realization of functions such as log() and antilog() in hardware is of considerable rel...
Logarithms reduce products to sums and powers to products; they play an important role in signal pro...
A low cost, high-speed architecture for the computation of the binary logarithm is proposed. It is b...
The advent of reconfigurable co-processors based on field-programmable gate arrays has renewed inter...
The master's thesis discusses binary multipliers. Reported in detail are multipliers suitable for di...
In recent years we have investigated the use of a logarithmic number representation as an alternativ...
Abstract. A high-radix digit-recurrence algorithm for the computation of the logarithm, and an analy...
Invited presentation at the SPEC (Service de Physique de l'Etat Condensé) seminar at CEA Saclay,Comp...
3D Graphical computing requires more complicated operations such as multiplication , division, squar...
This paper proposes optimizations of the methods and parameters used in both mathematical approximat...
A hardware implementation of the log-add algorithm, being a simple method of computing ln(A + B) giv...
AbstractAdvances in computer technology are now so profound that the arithmetic capability and reper...