Recently, integrating ferroelectric materials with nanotransistors such as carbon nanotube
field-effect transistors (CNTFETs) has opened new doors for demonstrating a new …

Ternary logic has been investigated for several years as it can provide substantial
advantages in reducing the complexity of operations and the number of interconnects. On …

This paper presents hybrid design of a Ternary Inverter (TI) circuit by integrating an Ovonic-
Threshold-Switching (OTS) based Phase-Change-Memory (PCM) cell between …

Existing ternary multiplier designs are difficult to use in ternary systems. Thus, ternary
Wallace tree multipliers that reduce the number of transistors by using 4-input ternary adders …

This paper presents a comprehensive design space exploration for boosting energy
efficiency of a fast Fourier transform (FFT) VLSI accelerator, exploiting several approximate …

The emerging multi-value logic technology in memory systems has increased data storage
capacity and power efficiency. In this paper, to address the power consumption challenge of …

Approximate computing maximizes area and energy savings for a trade-off between quality
and efficiency. Approximate arithmetic operators have emerged as an efficient alternative to …

A multiply-accumulator, often abbreviated as a MAC unit, is central to a multitude of
computational tasks, particularly those tasks (such as neural networks) involving array …

In this study, the crosstalk effects are minimized in coupled multi-line wires based on
repeater staggering in ternary logic. For more accuracy, the impact of the coupling …

This paper presents a Carbon Nanotube FET-based ternary matrix multiplication using
systolic array architecture for applications towards ternary neural networks and image …