Since the memristor was first built in 2008 at HP Labs, no end of devices and models have
been presented. Also, new applications appear frequently. However, the integration of the …

When using memristive devices at the circuit level, a simple, accurate, and computationally
efficient model is critically required to predict the performance of the circuit. Various …

Since the 2008-dated discovery of memristor behavior at the nano-scale, Hewlett Packard is
credited for, a large deal of efforts have been spent in the research community to derive a …

Modeling of memristor devices is essential for memristor based circuit and system design.
This chapter presents a review of existing memristor modeling techniques and provides …

Because of its minor size, simple construction, and low power consumption, Memristor has
attracted considerable attention as a potential next-generation memory device. It is possible …

With the introduction of HP's proposed design of a memristive device, there has been a
surge of interest to perform different theoretical and experimental works on memristor …

In this paper, we present a new simulation program with integrated circuit emphasis
macromodel of the recently physically implemented memristor. This macromodel could be a …

Memristor has recently been recognized as a new and the fourth passive element (along
with the resistor, capacitor, and inductor) that establishes the direct relationship between …

Memristors are a promising building block to the next generation of computing systems.
Since 2008, when the physical implementation of a memristor was first postulated, the …

There are three possible stages of exploring the memristor as the fourth fundamental circuit
element via its model:(1) Generation of the model,(2) Simulation of the element behavior …