Processing in memory (PiM) represents a promising computing paradigm to enhance
performance of numerous dataintensive applications. Variants performing computing directly …

Metal oxide-based memristors are promising candidates for breaking through the limitations
in data storage density and transmission efficiency in traditional von Neumann systems …

As data volume and complexity increase, conventional software‐based encryption methods
face significant challenges, including vulnerability to attacks and high computational …

Benefiting from area and power efficiency, memristors enable the development of neural
network analog-to-digital converter (ADC) to break through the limitations of conventional …

In‐memory computing significantly reduces workload and energy cost of data access in the
traditional von Neumann computing architecture. Using various memristors, stateful logic is …

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 …

In‐memory computing using memristor‐based stateful logic reveals high efficiency in the
computing paradigm where the memory and computation are colocated. Still, variations in …

Memristive stateful logic is one of the most promising candidates to implement an in-memory
computing system that computes within the storage unit. It can eliminate the costs for the …

The memristive stateful logic can realize the memory and computation, thus effectively avoid
the huge time and energy overhead caused by data moving between memory and …