In this paper, the complex routes to chaos in a memristor-based Shinriki circuit are
discussed semi-analytically via the discrete implicit map** method. The bifurcation trees of …

The conventional computing method based on the von Neumann architecture is limited by a
series of problems such as high energy consumption, finite data exchange bandwidth …

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 …

The convolutional neural network (CNN) is a significant part of the artificial intelligence (AI)
systems widely used in different tasks. The binarized neural networks (BNNs) reduce power …

This paper proposes a bio-inspired, low-cost, and highly reliable non-volatile memory
design with multi-bit storage capability in one cell to answer the existing memory challenges …

Due to the limitations of traditional binary circuits, such as high power consumption and
large area and interconnections density, multi-valued logic (MVL) was offered as a solution …

Multiple-valued logic (MVL) shows considerable advantages over binary logic in certain
applications because of the increased informational content of its signals, and hence …

Silicon-based semiconductor transistors are approaching their physical limits due to
shrinking feature sizes. Simultaneously, traditional silicon-based von Neumann …

To reduce the switching delay, area overhead, and power consumption in the magnetic
tunnel junction (MTJ)-based memories, this article presents a double data rate magnetic …

Radiation vulnerability and high power density are critical challenges in modern CMOS
processors. Spin-based devices like magnetic tunnel junction (MTJ) are among the …