2013
DOI: 10.5573/jsts.2013.13.6.539
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Behavioral Current-Voltage Model with Intermediate States for Unipolar Resistive Memories

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Cited by 5 publications
(1 citation statement)
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“…A detail comparison between this model and the popular memristor models (The HP [15], the Gale [37], the Simmons [17], the TEAM [22], the compact [24], the Chang [21], the threshold [30], the PWL (piecewise linear) [31], the appropriate [32], the Zhang [23], the Li [16], the Fang [26], the Kim [25]), and the thermophoresis [18] is taken in Table II. We can find that the model as a 3D dynamical system gets a special advantage on describing various memristors with an average number of parameters.…”
Section: The Mathematical Modelmentioning
confidence: 99%
“…A detail comparison between this model and the popular memristor models (The HP [15], the Gale [37], the Simmons [17], the TEAM [22], the compact [24], the Chang [21], the threshold [30], the PWL (piecewise linear) [31], the appropriate [32], the Zhang [23], the Li [16], the Fang [26], the Kim [25]), and the thermophoresis [18] is taken in Table II. We can find that the model as a 3D dynamical system gets a special advantage on describing various memristors with an average number of parameters.…”
Section: The Mathematical Modelmentioning
confidence: 99%