This code demonstrate the example use of FOPDT (First-Order-Plus-Dead-Time) model identification. The Algorithm used in "FOPDT_fun" is available in the reference:

S. Sharma and P. K. Padhy, "A Novel Iterative System Identification and Modeling Scheme with Simultaneous Time-Delay and Rational Parameter Estimation," in IEEE Access, 

vol. 8, pp. 64918-64931, 2020, doi: 10.1109/ACCESS.2020.2985132.

Instructions: 

The FOPDT_fun uses the input, output and sample time for identification.

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The matlab code allows you to model the i-v and p-v charateristic of photovoltaic modules as a 3D look-up table that can be used in Matalb, Simulink or other software like PLECS. The model generated is according to the single-diode, 5 parameters equivalent circuit. The ideal application of this research would be to model the PV input source in power electronics applications, where a converter is interfaced to a PV module.

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Tri-gate ferroelectric FETs with HZO gate insulator for memory and neuromorphic applications are fabricated and characterized for multi-level operation. The conductance and threshold voltage exhibit highly linear and symmetric characteristics. A compact analytical model is developed to accurately capture FET transfer characteristics, including series resistance, coulombic scattering, and vertical field dependent mobility degradation effects, as well as the evolvement of threshold voltage and mobility with ferroelectric polarization switching.

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Dataset for change detection (before and after change) are generated by matlab code.

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The dataset is a collection of the simulated and measured data acquired in the process of design, analysis and measurement of the millimeter wave multibeam waveguide lens antenna. A data matrix of the colected data is presented in .mat format with Matlab compatibility.

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