This article explores the basic design methodology of a 4-bit binary right shifter circuit and its
implementation based on a QCA nano-device. The right shifter circuit can shift a single bit of …

In this paper, an area efficient barrel shifter, which is an important module in the “digital
signal processing” and “graphics applications”, is designed using quantumdot cellular …

Compared to metal-oxide-semiconductor field-effect transistors (MOS), the quantum-dot
cellular automata (QCA) offer great advantages. This paper deals with the QCA …

Packet classification involves the categorization of packets within network systems, such as
firewalls and routers, based on their flow. Its primary objective is to match packet headers …

To get an advanced high dens device the unit-area-occupation of every single used
electronic component must be reduced without increasing the circuit delay, device …

This paper presents a new energy efficient N-bit barrel shifter using IG FinFET in 20 nm
technology. The independent gate based FinFET device having more attractive features …

Novel advanced low power high speed quantum-dot cellular automata (Q-DCA) nano-
technique is utilized in this work to form a multilayer 3D 8: 1 multiplexer-based 8-bit barrel …

Анотація По сравнению с полевыми транзисторами, имеющими структуру «металл–
оксид–полупроводник»(МОП-структура), клеточные автоматы на квантовых точках, или …

This thesis proposes the design of a 4-bit barrel shifter using Quantum DotCellular Automata
(QCA) technology. With decreasing feature size, CMOS technologyfaces various challenges …