Leakage of current in oxide layers is the main issue for higher speed and denser resistive
random-access memory. Defect engineering played a substantial role in meeting this …

There are nonlinear drift memristor models utilizing window functions in the literature. The
resistive memories can also be modeled using memristors. If the memristor's resistance …

Memristor technology has become an attractive option for use in-memory architectures, in-
memory computing, and logic applications. Memristor crossbar array performance is …

In the literature, there are memristor models based on nonlinear drift mechanisms and
window functions. Memristors can be employed to model resistive memories. When the …

In the literature, there are memristor models based on nonlinear drift mechanisms and
window functions. Memristors can be employed to model resistive memories. When the …

Memristors are two‐terminal nano‐electronic devices that make it possible to design non‐
volatile memory and logic circuits with high integration density. The logic operations of …

Rezistif anahtarlar nano boyutta memristif karakteristik gösteren sistemlerdir ve transistör
tabanlı kalıcı belleklerin yerine adaydırlar. Bu tip bellekler ile ilgili temel araştırma başlıkları …

Moore's law decline has paved the way to shift to new technologies at architectural and
device levels. CMOS based technologies are facing many challenges with the growing …

Memristors, which are nonlinear circuit elements, have a big potential to design analog
circuits that can not be made using linear time-invariant circuit elements. In literature, some …

Rezistif anahtarlar nano boyutta memristif karakteristik gösteren sistemlerdir ve transistör
tabanlı kalıcı belleklerin yerine adaydırlar. Bu tip bellekler ile ilgili temel araştırma başlıkları …