International audienceFor applications requiring a large dynamic, real numbers may be represented either in floating-point, or in the logarithm number system (LNS). Which system is best for a given application is difficult to know in advance, because the cost and performance of LNS operators depend on the target accuracy in a highly non linear way. Therefore, a comparison of the pros and cons of both number systems in terms of cost, performance and overall accuracy is only relevant on a per-application basis. To make such a comparison possible, two concurrent libraries of parameterized arithmetic operators, targeting recent field-programmable gate arrays, are presented. They are unbiased in the sense that they strive to reflect the state-of...
It has been shown that FPGAs could outperform high-end microprocessors on floating-point computation...
Logarithmic Number System (LNS) is often used in digital signal processing to simplify complex arith...
International audienceThere is a growing interest in the use of reduced-precision arithmetic, exacer...
International audienceFor applications requiring a large dynamic, real numbers may be represented ei...
The aim of this thesis is to compare the implementation of parameterisable LNS (logarithmic number s...
The advent of reconfigurable co-processors based on field-programmable gate arrays has renewed inter...
There have been many papers proposing the use of the logarithmic number system (LNS) as an alternati...
International audienceElementary functions from the mathematical library input and output floating-p...
In recent years we have investigated the use of a logarithmic number representation as an alternativ...
International audienceEconomical hardware often uses a FiXed-point Number System (FXNS), whose const...
The ease and accuracy of executing the multiplication and division operations by using either fixed-...
International audienceAs FPGAs are increasingly being used for floating-point computing, the feasibi...
International audienceEconomical hardware often uses a FiXed-point Number System (FXNS), whose const...
This thesis presents two novel algorithms for converting a normalised binary floating point number i...
It has been shown that FPGAs could outperform high-end microprocessors on floating-point computation...
Logarithmic Number System (LNS) is often used in digital signal processing to simplify complex arith...
International audienceThere is a growing interest in the use of reduced-precision arithmetic, exacer...
International audienceFor applications requiring a large dynamic, real numbers may be represented ei...
The aim of this thesis is to compare the implementation of parameterisable LNS (logarithmic number s...
The advent of reconfigurable co-processors based on field-programmable gate arrays has renewed inter...
There have been many papers proposing the use of the logarithmic number system (LNS) as an alternati...
International audienceElementary functions from the mathematical library input and output floating-p...
In recent years we have investigated the use of a logarithmic number representation as an alternativ...
International audienceEconomical hardware often uses a FiXed-point Number System (FXNS), whose const...
The ease and accuracy of executing the multiplication and division operations by using either fixed-...
International audienceAs FPGAs are increasingly being used for floating-point computing, the feasibi...
International audienceEconomical hardware often uses a FiXed-point Number System (FXNS), whose const...
This thesis presents two novel algorithms for converting a normalised binary floating point number i...
It has been shown that FPGAs could outperform high-end microprocessors on floating-point computation...
Logarithmic Number System (LNS) is often used in digital signal processing to simplify complex arith...
International audienceThere is a growing interest in the use of reduced-precision arithmetic, exacer...