This paper introduces two novel structures of memristor emulators. The proposed designs
are obtainable in both forms of grounded and floating as required in many of the highly …

This short paper proposes a circuit configuration to emulate the hard-switching behaviour of
a grounded flux-controlled incremental/decremental memristor, based on current follower …

This paper presented a flux controlled memristor using the most versatile analog block, a
single Operational Amplifier (Op-Amp), an N-channel metal–oxide–semiconductor field …

The non-deterministic nature of memristor and its unreliable behavior are the two major
concerns hampering its growth and industrial manufacturability. The endurance and …

Compared with the two-valued memristor, the three-valued memristor has higher data
density, richer dynamic characteristics, and more potential in digital logic and chaotic circuit …

A non-volatile locally active memristor is a promising candidate for neuromorphic computing
based on artificial synapses and neurons, due to its high-speed switching, strong scalability …

In this work we present, in the context of the transition from amplitude to robust spike domain
sensing and electronics, a floating memristor. It can be used to construct memristor SNNs …

In this paper, we present second generation current-controlled conveyor (CCCII)-based
simple memristor circuit which exhibits a hard-switching voltage-current relationship. The …

In this paper, special memristor circuit and memristive retina network structure for analogue
image processing have been presented. The new developments on memristor element have …

This paper theorizes the possibilities of generalizing a memristor based ternary adder circuit,
to a memristor based multi-valued logic adder. The proposition tries to achieve the …