The history of ternary adders goes back to more than 6 decades ago. Since then, a multitude
of ternary full adders (TFAs) have been presented in the literature. This article conducts a …

The internet-of-things and mobile devices have emerged as significant drivers in enhancing
the living standards. As such devices rely on batteries, energy and area efficiency are top …

Contemporary system-on-chip-based applications are battery-powered. To increase the
operation time, they need various low-power/energy circuits. Carbon nanotube field-effect …

The potential benefits of using multiple-valued logic (MVL), especially ternary logic, which
includes less interconnections, quicker response times, and smaller chip sizes, has gained …

As circuit complexity grows, designers are exploring ternary logic as an alternative to binary
logic to solve interconnection and energy problems. One effective approach to implementing …

Ternary logics are more desirable than the binary logic because it offers high speed
operations and large density of information in digital logic systems. The carbon nanotube …

In consideration of the difficulties related to interconnectivity and energy usage in binary
logic, designers have felt compelled to explore ternary logic as a viable alternative. The most …

The multiplier circuit is considered to be a significant component of larger circuits, such as
the arithmetic and logic unit (ALU), and it is crucial to enhance its energy efficiency. This …

By using CNFET technology in 32 nm node by the proposed SQI gate, two split bit-lines
QSRAM architectures have been suggested to address the issue of increasing demand for …

As the semiconductor industry continues to decrease in size, it faces many issues, such as
scalability, leakage, short-channel effects, and reliability. carbon nanotubes (CNT) has …