2015Unpublished venueRequires access

A review on the Performance of the Fourth Fundamental Bilateral Circuit Element (Memristor) in Different Circuits

Mohammad Rasoul Rahmatian, Hamed Rahimzadeh

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Abstract

The present study considers the reviews done on memristor in the recent years, and also investigates three different models of memristor structure including linear, non-linear and the performance of memristor in high-chaos circuits. As the results of the simulation indicate non-linear model has a better performance than linear one. Two distinct features of memristor include low power consumption and its capability to have a memory.

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What this paper is about

The present study considers the reviews done on memristor in the recent years, and also investigates three different models of memristor structure including linear, non-linear and the performance of memristor in high-chaos circuits. As the results of the simulation indicate non-linear model has a better performance than linear one. Two distinct features of memristor include low power consumption and its capability to have a memory.

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Available abstract

The present study considers the reviews done on memristor in the recent years, and also investigates three different models of memristor structure including linear, non-linear and the performance of memristor in high-chaos circuits. As the results of the simulation indicate non-linear model has a better performance than linear one. Two distinct features of memristor include low power consumption and its capability to have a memory.

Key concepts: Memristor, Memistor, Electronic circuit, Resistive random-access memory, Power consumption, Computer science, Electronic engineering, CHAOS (operating system)

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