Quantum‐Dot Cellular Automata‐Based Full Adder Design: Comprehensive Review and Performance Comparison
Being one of the promising techniques for future computing systems, quantum‐dot cellular
automata (QCA)‐based circuit design has gained massive interest among researchers due …
automata (QCA)‐based circuit design has gained massive interest among researchers due …
A high‐performance full swing 1‐bit hybrid full adder cell
This study proposes an 18‐transistor full adder (FA) cell based on the full swing hybrid logic
style. It has a first stage comprising the XOR‐XNOR module followed by pass transistors and …
style. It has a first stage comprising the XOR‐XNOR module followed by pass transistors and …
1-Bit FinFET carry cells for low voltage high-speed digital signal processing applications
In this paper, new high speed and low voltage 1-bit FinFET full adder carry cells are
proposed for multi-bit arithmetic applications used in Digital Signal Processing (DSP) …
proposed for multi-bit arithmetic applications used in Digital Signal Processing (DSP) …
Wide word‐length carry‐select adder design using ripple carry and carry look‐ahead method based hybrid 4‐bit carry generator
This research aims to fill up the research gap in energy‐efficient transistor‐level wide word‐
length carry circuit generator by using ripple carry (RC) and carry look‐ahead (CLA) method …
length carry circuit generator by using ripple carry (RC) and carry look‐ahead (CLA) method …
Carry look-ahead and ripple carry method based 4-bit carry generator circuit for implementing wide-word length adder
In this study, an approach to implement wide word-length adders is presented by proposing
a hybrid 4-bit carry generator. The proposed hybrid carry generator uses a combination of …
a hybrid 4-bit carry generator. The proposed hybrid carry generator uses a combination of …
State of the art design of adder modules: performance validation of GDI methodology for energy harvesting applications
P Raju, V Vijay, PA Babu, P Sridhar - International Journal of System …, 2023 - Springer
Abstract Based on Gate Diffusion Input and Conventional Complementary Metal-Oxide
Semiconductor logic, this study offers a full-swing high-speed hybrid Full Adder cell. The …
Semiconductor logic, this study offers a full-swing high-speed hybrid Full Adder cell. The …
Comprehensive analysis of a power-efficient 1-bit hybrid full adder cell
A Kanojia, S Agrawal, R Lorenzo - Wireless Personal Communications, 2023 - Springer
There is an intensive demand for energy-efficient computing gadgets. To optimize the
arithmetic unit of these devices, this paper presents a 1-bit full adder cell designed using a …
arithmetic unit of these devices, this paper presents a 1-bit full adder cell designed using a …
Healthcare monitoring system for dedicated COVID-19 hospitals or isolation centers
JN Chanda, IA Chowdhury, M Peyaru… - 2021 IEEE Mysore …, 2021 - ieeexplore.ieee.org
Remote monitoring of patients can help reduce the health risks of doctors and nurses in
dedicated COVID-19 hospitals or isolation units. The physiological data such as body …
dedicated COVID-19 hospitals or isolation units. The physiological data such as body …
A scalable high‐speed hybrid 1‐bit full adder design using XOR‐XNOR module
High‐speed XOR‐XNOR‐based hybrid full adder (FA) using a combination of three logic
techniques (transmission gate [TG], conventional CMOS [CCMOS], pass transistor [PT]) is …
techniques (transmission gate [TG], conventional CMOS [CCMOS], pass transistor [PT]) is …
Quantum dynamics for energetic advantage in a charge-based classical full adder
We present a proposal for a one-bit full adder to process classical information based on a
few electrons in a triple quantum dot system, serving as a proof of principle for the …
few electrons in a triple quantum dot system, serving as a proof of principle for the …