A potential to extract detailed textual image texture features is a key characteristic of the suggested approach, instead using single spatial feature. For generation MCs, four textured characteristics (including horizontal and vertical) are assumed in this paper that content, coarseness, contrast, directionality. The morphological parts clandestine text-based were further segmented then usually inserted into least significant bit cover pixels utilising steganography. This same reverse...

Breast cancer is a significant public health concern in both developed and developing countries. It almost one three cancers diagnosed all women. Data mining pattern recognition applications conjunction have been proven to be quite useful relevant extract the information for medical purpose. This research work reflects based on extremely randomized clustering forests (ERCF) technique which nothing but type of that may implemented as prediction model breast (BC). The accuracy achieved through...

This paper presents a comparative study of high‐speed and low‐voltage full adder circuits. Our approach is based on hybrid design circuits combined in single unit. A high performance cell using an XOR‐XNOR (3T) style discussed. also discusses conventional with MOSCAP Majority function circuit one unit to implement circuit. Moreover, it low‐power Majority‐function‐based 1‐bit addersthat use MOS capacitors (MOSCAP) its structure. technique helps reducing power consumption, propagation delay,...

This paper presents comparative study of high-speed, low-power and low voltage full adder circuits.Our approach is based on XOR-XNOR design circuits in a single unit.A power high performance 9T cell using style called "XOR (3T)" discussed.The designed circuit commands degree regularity symmetric higher density than the conventional CMOS as well it lowers consumption by XOR (3T) logic circuits.Gate Diffusion Input (GDI) technique digital combinatorial also described.This helps reducing area...

COVID-19 outbreak has caused a high number of casualties and is an unprecedented public health emergency. Twitter emerged as major platform for interactions, giving opportunity to researchers understanding response the outbreak. The analyzed 100,000 tweets with hashtags #coronavirus, #coronavirusoutbreak, #coronavirusPandemic, #COVID19, #COVID-19, #epitwitter, #ihavecorona, #StayHomeStaySafe, #TestTraceIsolate. Programming languages such Python, Google NLP, NVivo are used sentiment analysis...

This paper presents a comparative study of highspeed, low-power and low voltage full adder circuits. Our approach is based on XOR-XNOR (4T) design circuits combined in single unit. technique helps reducing the power consumption propagation delay while maintaining complexity logic design. Simulation results illustrate superiority designed against conventional CMOS, TG Hybrid terms power, product (PDP) at voltage. Noise analysis shows circuit's work high frequency temperature satisfactorily....

The CMOS faces challenges related to the increment in leakage-current power-consumption. QCA is a promising alternative overcome these successfully. On other hand, reversible logic plays significant role quantum-computing. Keeping this technique mind, conservative-reversible flip-flops and counter are explored here which will bring computing together single-platform. In synthesizing, reversible-conservative-quantum-cellular-automata (R-CQCA) proposed. proposed D, T, JK dual-edge master-slave...

The significant part of every digital signal processing (DSP) application is a multiplier.This work presents the highperformance 4x4 and 8x8 Vedic multiplier designed utilizing scalable adder compressor architectures.Several 8-bit designs, namely CPL, GDI 1, Scalable full adders, are implemented to establish superiority adder, which used for implementation.The proposed Multiplier architecture, comprises half chain 3-2 compressors, 4-2 compressors.The design metrics compared existing Binary,...

New methodologies for XOR-XNOR circuits are proposed to improve the speed and power as these basic building blocks of many arithmetic circuits. This paper evaluates compares performance various The based on TSMC 0.18µm process models at all range supply voltage starting from 0.6V 3.3V is evaluated by comparison simulation results obtained HSPICE. Simulation reveal that circuit exhibit lower PDP EDP, more efficient faster when compared with best available in literature. Keywords—Exclusive-OR...

Quantum-Dot Cellular Automata (QCA) is a radical technology, which works at Nanoscale.Due to its numerous advantages over the conventional CMOS-based digital circuits, researchers are now concentrating more on designing circuits using this technology.Researchers have reported various findings in field till now.In paper, modular 2:1 Multiplexer has been designed followed by application of 1-bit parallel memory.A 4:1 MUX cascading two multiplexers.This paper also incorporates comparative...

Simulation of inductors has been a very popular area analog circuit research and the alternative choice for realizing inductor-based circuits in integrated circuits. In this paper, lossless, grounded floating inductor topologies using current-controlled-current-feedback amplifier (CC-CFA) with single capacitor are presented. The proposed can be tuned electronically by changing biasing current CC-CFA. Two simulator employ two CC-CFA one capacitor. One topology employs three performance...

In this era of emerging technology, reversible logic is applied for circuit design. Due to the deep submicron and scaling, a number pitfalls are faced by CMOS technology. So lot constraints related stated with QCA The aim paper efficient conservative decoder design optimal metrics. It aims at furnishing proposed DC gate (DC stands comparator) help construction these mentioned circuits. Finally, employed construct [Formula: see text]-bit decoder. Moreover, new concept quantum equivalent...

Quantum-dot Cellular Automata is an alternative to CMOS technology for the future digital designs.When compared its counterpart, it has extremely low power consumption, as there no current flow in cell.The methodology of parity generator and checker based on generation matched at receiver end.By using match bits, error circuit can be sensed.In this paper, novel detector are introduced.The designed single layer, minimum clock latency, which achieved QCA framework.The proposed circuits better...

The increasing demand for low voltage, power efficient, high-speed analog-to-digital converters (ADCs) results in the improvement of speed and regenerative dynamic comparator. In this paper, a dual-tail comparator is used with two extra transistors latch stage. These help increase transconductance stage, which helps decrease delay proposed Mathematical analysis done architecture; gives idea reducing an simulation layout are on Cadence software 90[Formula: see text]nm CMOS technology. This...

In this paper, we present a novel design for realize full adder circuit. Our approach based on XOR-XNOR circuits in single unit. Objective of work is to investigate the power, delay and power product low voltage cells different CMOS logic styles. Simulation results illustrate superiority proposed circuit against conventional CMOS, Hybrid, Bridge, Xor-Xnor terms delay, PDP. The bridge style enjoys high degree regularity, higher density than as well lower consumption, by using some...

The model of computing in which the computational progression is reversible or to some extent time inverting entitled computing. In modern epoch logic has materialized as a promising, competent technology comprising its applications low power CMOS, quantum computing, nanotechnology, and optical conventional gates such AND, OR, EXOR are not reversible. Here this manuscript we put forward 4*4 gate design called "NSG". most noteworthy, considerable attribute proposed that it can work...

Quantum-dot cellular automata (QCA) is a resourceful nano grade estimation technique which recommend lesser proportion like low power consumption and less area related to CMOS designing procedure. Innovative digital automation always heading towards higher density, very using up. One of the updated nanotechnologies utilized nowadays QCA that depends on Coulomb repulsion. Derived computing could be an effective prototype for energy efficient layouts in nano-scale. A multiplier vital part DSP...

A modern computation paradigm towards nano-ICs, Quantum-dot Cellular Automata (QCA) has picked up fame. QCA is appreciated due to its less power consumption, fast speed, and a minor dimension so, it an encouraging substitute CMOS technology. The novel technology, which not as were gives arrangement realize but too lays stage for data exchange at nano scale. In CMOS, Gate Diffusion Input (GDI) methodology used reducing the number of transistors well area. conventional GDI technique cannot be...