Design of a hardware efficient multiplier-less architecture for the computation of multi-dimensional convolution is presented in this paper.
In this paper, we propose a very efficient architecture for implementation of multiplier-less filters while permitting dynamic change of arbitrary kernel ...
Design of a hardware efficient multiplier-less architecture for the computation of multi-dimensional convolution is presented in this paper.
Bibliographic details on Design of an Efficient Multiplier-Less Architecture for Multi-dimensional Convolution.
A multiplier-less architecture for the design of a multi-dimensional convolution module is proposed in this thesis.
Abstract—This paper presents modified parallel architectures for multi- dimensional ( -d) convolution. We show that for two-dimensional (2-d).
Missing: Multiplier- | Show results with:Multiplier-
Oct 22, 2024 · This paper presents modified parallel architectures for multidimensional (m-d) convolution. We show that for two-dimensional (2-d) ...
The proposed implementation uses a modified hierarchical design approach, which efficiently and accurately speeds up computation; reduces power, hardware ...
We propose a new scheme for the PE in the systolic array architecture which uses a novel area-time efficient lookup table (LUT) based method and reduces the LUT ...
Missing: Multiplier- Less Multi-
Design of a high-performance digital architecture for computing 2-D convolution utilizing the quadrant symmetry of the kernels is proposed in this paper.