Deep Learning (DL) systems have demonstrated unparalleled performance in many
challenging engineering applications. As the complexity of these systems inevitably …

Memristors have drawn the attention of researchers due to their unique non-volatile and
logic design capabilities. Combining these two, a concept called in-memory computing has …

This paper proposes the realization of grounded and floating fractional order mem-elements
(FOMEs) based on two-and three-port mutators, respectively. Three different topologies …

This study proposes an efficient field programmable gate array (FPGA) implementation
method of an enhanced space vector pulse width modulation (SVPWM) algorithm for a delta …

The paper investigates the effect of fractional-order parameters on the memristive features
such as hysteresis lobe area, the number of pinched points, and their coordinates. In …

Memory structures can be found in most electronic devices ranging from field programmable
gate arrays to smart devices. There is an increasing demand for these devices to be energy …

The emergence of memristor technologies has recently received much attention due to their
promising features, expecting to be a key driver in the post-CMOS era. With its ultra-low …

A programmable logic device based on a memristor-diode crossbar and CMOS logic has
been developed. The crossbar implements NAND logic gates using memristor ratioed logic …

Chua postulated a new element called a memristor, contributing flux and charge link. The
main characteristic of the memristor is a pinched hysteresis double loop with one pinched …

Modern challenges in electronics engineering include the need for massive scale
computation devices that are energy-efficient. Conventional digital memory devices such as …