… memristors in the path. If there are k such LRS memristors in the path, we say that the sneak
path … In other words, the length of a sneak path from a row (where the read voltage is applied…

… that we want to read. Several authors have … sneak paths are present (ie, our memristor
pattern is not in D matrix form) if exactly three out of four corners of any rectangle of memristors are …

… p0,p1,p2 to optimize sneak-path reduction, we derive a closed-form expression for the …
, HA Fahmy, and KN Salama, “Memristor multiport readout: A closed-form solution for sneak …

… To avoid this problem, we present a simple solution which mitigates the sneak path problem
and … It is reported that the array density of memristor based selector-less crossbar arrays is …

… circumstance of interconnect resistance and sneak paths [22… The authors gave a closedform
solution by solving a set of equations … 3D memristor crossbar/CMOS hybrid circuit. Sci. Rep. …

… Robust closed-form formulas can be derived for each group of memristors that cater to …
This section further analyzes how sneak paths affect the read margin of the existing cross-…

… A unique advantage of this kind of logic is that no read or write is … the sneak path effect. Our
proposed circuit uses HRS as the initial value of memristors, which reduces the sneak paths …

… the sneak paths in crossbar arrays [27], [28]. In this work, we rely on rectifying memristors [29],
[30], [31] to reduce the sneak paths effect. Specifically, the rectifying memristors have a …

… The other drawback facing this logic is the complicated control circuitry required for READ
/ WRITE … The sneak path current leads to an error in reading / writing the resistance state of …

… With this design we have a single layer of memristors in a … , low-resistance paths known as
“sneak paths” are present in … cause ambiguity when trying to read an individual resistance. …