Efficient and Power-Aware Design of a Novel Sparse Kogge-Stone Adder using Hybrid Carry Prefix Generator Adder.
This paper presents a novel Sparse Kogge-Stone adder architecture with a sparsity factor of
2, offering a compelling solution to the challenges faced by parallel prefix adders. The …
2, offering a compelling solution to the challenges faced by parallel prefix adders. The …
CMOS Implementation of a Piecewise Linear Activation Function Based Neuron Unit for Neural Network Accelerator
In this research, the architecture of a piecewise linear (PL) activation function based Neuron
Unit for Neural Network Accelerator has been proposed. The Neuron Unit is designed and …
Unit for Neural Network Accelerator has been proposed. The Neuron Unit is designed and …
Ripple Carry Adder Technique for High-Speed and Delay-Line Clocking Based on Low-Power Control
This study was carried out using **linx VLSI software and proposes a ripple carry adder that
offers high-speed area efficiency. The primary considerations for constructing any circuit in …
offers high-speed area efficiency. The primary considerations for constructing any circuit in …
An Efficient Ripple Carry Adder Using Pipelining
D Kumaar, PR Ajithkumar… - … on Innovation and …, 2024 - ieeexplore.ieee.org
The Ripple Carry Adder (RPA) is a standard and reliable n-bit adder which uses a
combination of Full Adders to sequentially add each bit and give the sum of the n-bit addition …
combination of Full Adders to sequentially add each bit and give the sum of the n-bit addition …