The barriers to improving computers' performance have led to the emergence of new
computing paradigms and technologies. Among these, the memristors are of great concern …

In applications such as image processing and machine learning, imprecision can be
tolerated because of the nature of the application itself or the limitation of human senses. By …

Today's processing applications require frequent and energy-consuming data transfers
between memory and processing elements. Reducing the dimensions of Metal Oxide …

Approximate computing is a new way of performing calculations in digital systems. By
applying this method, performance metrics, eg, speed, are improved, but in return for this …

Approximate computing is a new approach to reducing power consumption and complexity,
increasing performance, and can generate a trade-off between accuracy and power-delay …

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 …

Nowadays there are plenty of compute-intensive algorithms that are carried out at the edge.
Therefore, it is necessary to design low-energy and high-speed circuits. Approximate …

As the demand for computational power increases drastically, traditional solutions to
address those needs struggle to keep up. Consequently, there has been a proliferation of …

In this paper, a novel approximate Full Adder cell is presented which is based on the
combination of standard CMOS logic (S-CMOS) and pass transistor logic (PTL) styles. The …

Green communications and networking present innovative designs to reduce energy usage
in the information and communication technology sector. Device-to-device communication …