In this work, an efficient full-swing (FS)-gate diffusion input (GDI) logic style is used for
implementing full adder (FA) and arithmetic logic unit (ALU) circuits. The performance of the …

Low-power wireless sensing-based networks suffer from many constraints and challenges.
In this research work, efficient power source has been designed to provide the need of …

A novel implementation of Block and Convolutional encoding circuits approach using Gate
Input Diffusion-Full Swing (FS-GDI) and Complementary Metal Oxide Semiconductor …

This paper presents an area/power efficient design for the Arithmetic Logic Unit (ALU)
utilising the FS-GDI approach. The presented ALU is designed in 45 nm, 65 nm and 130 nm …

Multipliers are essential components within digital signal processing, arithmetic operations,
and various computational tasks, making their design and optimization crucial for improving …

Multiplier is an essential part of the ALU. In this paper, a new technique is proposed to
design Wallace and Dadda multipliers. A novel hybrid 3-2 counter is used to design both the …

This comparative study investigates the performance of 4-bit adders and multipliers, utilizing
various architectural designs. The analysis encompasses circuit complexity, delay, power …

This paper proposes an efficient design of Hamming (11, 7) encoder utilising Full Swing-
Gate Diffusion Input (FS-GDI) approach in 65 nm technology nano-size node. The proposed …

The Modified Gate Diffusion Input (M-GDI) is a technique of low-power logic and digital
circuit design, it allows realizing low complex design of digital and logic circuits for …

The multiplier is the most basic unit of an arithmetic circuit which is predominantly used in
digital processing units and several integrated circuits. The efficiency of a processing unit is …