… + and PR + > 0 26 make the window function versatile and flexible for various applications.
… dopants inside the device and thus the corresponding V –I characteristics of the memristor. …

… members of Chua corsage memristor (CCM) family. The CC memristors exhibit a highly
nonlinear DC VI curves, due to the presence of a higher degree of versatility in its dynamic route …

… using the memristor device parameters and the memristor model used. In this … nonlinear
drift speed memristor models is derived and, then, the memristive switching times of the models …

… memristor model namely “Three Dimensional Voltage Adaptive Memristor (3DVAM)”, which
provides a versatile … In the present investigation, it is found that the nonlinear kinetic dopant …

… switching energy of the memristor models given in [3, 14-18] is … section, the nonlinear dopant
drift memristor model and the … “A versatile memristor model with nonlinear dopant kinetics,” …

… We show that the proposed memristor model provides a … and versatile voltage controlled
compact memristor models. Finally… “A versatile memristor model with nonlinear dopant kinetics,” …

… implementation of a linear model of the memristor. Simulations are … nonlinear drift of dopants
at boundaries, to restrict the conducting thickness within the boundaries, and its versatility…

… In the second section, the nonlinear dopant drift memristor model … memristor polarity is
made. Analytical solutions of the switching times of the nonlinear dopant drift memristor models …

… Different window functions are proposed in the literature to overcome the boundary limits
and nonlinearity problems. The drift velocity of nonlinear dopant can be controlled by …

… First, the original linear dopant drift model suffers discontinuities close to the memristor layer
boundaries. Then, the nonlinear dopant drift model improves the memristor behavior near …