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 …

Ferroelectric memristors have great potentials to be the key computational element of the
brain-inspired neuromorphic system due to their excellent endurance, multi-bit storage …

Matrix operations are widely used in practical engineering, but the traditional processing
methods rely on the loop iterations and neural network algorithm on the software, requiring a …

This paper presents the design of a synergistic arithmetic logic unit (SALU) that combines a
complementary metal-oxide–semiconductor (CMOS) and memristors using the modified …

Memristor technology has grown at a breakneck pace over the last decade, with the promise
to transform data processing and storage. A memristor is a non-linear electrical component …

This paper presents a modular design of Arithmetic Logic Unit based on memristor and
CMOS logic. The proposal has been implemented using ThrEshold Adaptive Memristor …

Current von-Neumann computing technology demands high capacity storage and high
communication bandwidth to access data between storage and processing units. Memristor …

This paper provides an overview of memristor methodology, starting from the definition and
formulation of memristor progressing through implementation and contemporary literature …

This paper proposes the novel memristor based dynamic logic circuits namely 2-to-1
memristor based dynamic multiplexer, memristor based dynamic half adder circuit and …