In this paper, a fast algorithm having a pseudopolynomial run-time and memory requirement in the worst-case is developed to generate multiplierless architectures at all wordlengths for con-stant multiplications in linear DSP transforms. It is also re-emphasized that indefinitely reducing operators for multiplierless architectures is not sufficient to reduce the final chip area. For a major reduction, techniques like resource folding must be used. Simple techniques for improving the results are also presented. Information About Authors
Many optimization techniques exist for the hardware implementation of multiplierless linear systems....
A design technique based on a combination of Common Sub-Expression Elimination and Bit-Slice (CSE-Bi...
This paper describes the implementation of a multiplierless 1-D DCT which is also applicable to 2-D ...
We present new approaches which can be used to reduce power consumption and/or increase speed of DSP...
Linear DSP kernels such as transforms and filters are com-prised exclusively of additions and multip...
International audienceThe last two decades have seen tremendous effort on the development of high-le...
An important primitive in the hardware implementations of linear DSP transforms is a circuit that ca...
University of Minnesota Ph.D. dissertation.May 2016. Major: Electrical Engineering. Advisor: Gerald ...
peer-reviewedMultipliers are present in almost all Digital Signal Processing systems. They are area...
In this paper, we present a general approach which specifically targets reduction of redundant compu...
Fully serial multipliers can play an important role in the implementation of DSP algorithms in resou...
This paper presents a multiplier power reduction technique for low-power DSP applications through u...
"The need to support various digital signal processing (DSP) and classification applications on...
The main issue in this thesis is to minimize the energy consumption per operation for the arithmetic...
Reducing the power dissipation of parallel multipliers is important in the design of digital signal ...
Many optimization techniques exist for the hardware implementation of multiplierless linear systems....
A design technique based on a combination of Common Sub-Expression Elimination and Bit-Slice (CSE-Bi...
This paper describes the implementation of a multiplierless 1-D DCT which is also applicable to 2-D ...
We present new approaches which can be used to reduce power consumption and/or increase speed of DSP...
Linear DSP kernels such as transforms and filters are com-prised exclusively of additions and multip...
International audienceThe last two decades have seen tremendous effort on the development of high-le...
An important primitive in the hardware implementations of linear DSP transforms is a circuit that ca...
University of Minnesota Ph.D. dissertation.May 2016. Major: Electrical Engineering. Advisor: Gerald ...
peer-reviewedMultipliers are present in almost all Digital Signal Processing systems. They are area...
In this paper, we present a general approach which specifically targets reduction of redundant compu...
Fully serial multipliers can play an important role in the implementation of DSP algorithms in resou...
This paper presents a multiplier power reduction technique for low-power DSP applications through u...
"The need to support various digital signal processing (DSP) and classification applications on...
The main issue in this thesis is to minimize the energy consumption per operation for the arithmetic...
Reducing the power dissipation of parallel multipliers is important in the design of digital signal ...
Many optimization techniques exist for the hardware implementation of multiplierless linear systems....
A design technique based on a combination of Common Sub-Expression Elimination and Bit-Slice (CSE-Bi...
This paper describes the implementation of a multiplierless 1-D DCT which is also applicable to 2-D ...