Add to ORKGIn order to capitalize on the advantages of LNS, it is necessary to keepnumbers in logarithmic representation throughout the entire computation. Thus
In this paper we present several implementations of the Modified A Priori Error-Feedback LSL (EF-LSL...
In this paper, low end Digital Signal Processors (DSPs) are applied to accelerate integer neural net...
In this paper we present several implementations of the Modified A Priori Error-Feedback LSL (EF-LSL...
The Logarithmic Number System (LNS) is an alternative to IEEE-754 standard floating-point arithmetic...
Energy-efficient computing and ultra-low-power operation are requirements for many application areas...
ABSTRACT The Logarithmic Number System (LNS) has lower power and larger dynamic range than fixed poi...
When compared to traditional floating point (FP) number representation, logarithmic number systems (...
International audienceResource requirements for hardware acceleration of neural networks inference i...
(LNS) arithmetic can reduce the power consumption for MPEG decoding compared to conventional fixed-p...
International audienceEconomical hardware often uses a FiXed-point Number System (FXNS), whose const...
International audienceEconomical hardware often uses a FiXed-point Number System (FXNS), whose const...
Energy-efficient computing and ultralow-power computing are strong requirements for various applicat...
The Logarithmic Number System (LNS) represents a real number with its sign and the logarithm of its ...
This paper proposes optimizations of the methods and parameters used in both mathematical approximat...
The Logarithmic Number System (LNS) has area and power advantages over fixed-point and floating-poin...
In this paper we present several implementations of the Modified A Priori Error-Feedback LSL (EF-LSL...
In this paper, low end Digital Signal Processors (DSPs) are applied to accelerate integer neural net...
In this paper we present several implementations of the Modified A Priori Error-Feedback LSL (EF-LSL...
The Logarithmic Number System (LNS) is an alternative to IEEE-754 standard floating-point arithmetic...
Energy-efficient computing and ultra-low-power operation are requirements for many application areas...
ABSTRACT The Logarithmic Number System (LNS) has lower power and larger dynamic range than fixed poi...
When compared to traditional floating point (FP) number representation, logarithmic number systems (...
International audienceResource requirements for hardware acceleration of neural networks inference i...
(LNS) arithmetic can reduce the power consumption for MPEG decoding compared to conventional fixed-p...
International audienceEconomical hardware often uses a FiXed-point Number System (FXNS), whose const...
International audienceEconomical hardware often uses a FiXed-point Number System (FXNS), whose const...
Energy-efficient computing and ultralow-power computing are strong requirements for various applicat...
The Logarithmic Number System (LNS) represents a real number with its sign and the logarithm of its ...
This paper proposes optimizations of the methods and parameters used in both mathematical approximat...
The Logarithmic Number System (LNS) has area and power advantages over fixed-point and floating-poin...
In this paper we present several implementations of the Modified A Priori Error-Feedback LSL (EF-LSL...
In this paper, low end Digital Signal Processors (DSPs) are applied to accelerate integer neural net...
In this paper we present several implementations of the Modified A Priori Error-Feedback LSL (EF-LSL...