Two probabilistic-based models, namely the Ensemble-Dependent Matrix model [1][3] and
the Markov Random Field model [2], have been proposed to deal with faults in nanoscale …

As silicon circuits quickly approach their physical limitations, researchers are actively looking
for novel building blocks to develop nanocircuits. However, future nanoelectronic circuits …

This paper focuses on the investigation of efficient methods to evaluate circuit fault-tolerance.
We propose a fault-tolerance evaluation method based on the Belief Propagation (BP) …

Due to discrepancies in manufacturing process and the probabilistic nature of quantum
mechanical phenomenon, nanoelectronic devices cannot be made as reliable as current …

… than the fourth algebraic order method of Chawla and Rao with minimal phase-lag [13], which
… sixth algebraic order method developed by Chawla and Rao with minimal phase-lag [15], …

The synthesis of piezoelectric two-dimensional (2D) materials is very attractive for implementing
advanced energy harvesters and transducers, as these materials provide enormously …

A family of two stage low computational cost symmetric two-step methods with vanished
phase-lag and its derivatives is developed in this paper. More specifically we produce: a two-…

Recent advances in materials science allowed the incorporation of advanced two dimensional
(2D) materials in electronic devices. For example, field effect transistors (FETs) using …

… The FIM is the inverse of the Cramer Rao lower bound (CRLB), which is the lowest estimation
covariance that may be achieved. The term efficient refers to an unbiased estimator that …

Graphene was synthesized for the first time one decade ago and, during this time, the structure
and properties of graphene have been well defined by many scientists. In parallel, some …