The most significant challenge in designing adders using the gate diffusion input (GDI)
technology is minimizing the anticipated area, power consumption, and propagation delay …

This paper proposes a random walk circuit imple-mentation with single flux quantum
devices, essential for Brownian circuits, to reduce processing energy consumption …

Full adder is one of the fundamental components of very large-scale digital integrated
systems, capable of performing all arithmetic operations. High-performance full adders are …

Addition is a standout amongst the most fundamental operations in VLSI frameworks such
as microprocessors and digital signal processing systems. Therefore, the adders must …

The research focused on designing a low-power 4x4 Wallace Tree Multiplier for integration
into wearable devices, driven by the growing prevalence of wearable technology and the …

In recent days, the main motto of VLSI designers is to reduce the power and area as devices
are becoming battery-operated, compact and require enhanced functionality and features …

The study of construction of various multi-operand adders is portrayed in this article. The
power dissipation and propagation delay of various multi-operand adders are evaluated …

In line with the rising demand for smarter solutions and embedded systems,
Microelectromechanical systems (MEMS) have gained increasing importance for digital …

The need for emulation as a technique in digital systems design was established in this
paper. Three scenarios where emulation can be applied were stated. To successfully …

Currently, two logic styles are available to implement CLA, they are conventional design
method and proposed design method. When compared to both, the hybrid design style is …