Among others, cryptography-based solutions have been applied in several domains, such as biometric data matching [2, 3], smart grids [4], recommendation systems [5], and genomic privacy [6].
Dedicated atlas-based solutions have been proposed and developed for stereotactic and functional neurosurgery, stroke image analysis, scan interpretation, brain cancer, psychiatry (schizophrenia), and human brain mapping.
Puzzle-based solutions have been proposed to limit the spread of fake accounts, by establishing a price (in terms of computing resources) per identity requested.
UWB-based solutions have been already employed for active tags [6, 7] due to their low power consumption; however, passive tag solutions are envisioned as preferable due to their low cost.
While limiting-equilibrium Mononobe Okabe type solutions are still widely used in designing rigid gravity and flexible cantilever retaining walls against earthquakes, elasticity-based solutions have been given a new impetus following the analytical work of Veletsos and Younan [23].
At the time of this writing, several ICN-based solutions have been proposed to implement the publish-subscribe model, but none of them is explicitly tailored to mobile scenarios.
Extensive comparisons with the isotropic constitutive model-based solutions have been performed to illustrate the effects of the initial stress anisotropy and initial stress-induced anisotropy on the cavity expansion and the stress distributions.
Electric properties of passivating films forming on the surface of LiSn, LiCd and LiSnCd alloy electrodes in propylene carbonate-based solutions have been investigated using the electrode impedance spectroscopy technique.
