A heuristic based approach was also reported in the literature for finding the minimum BPS [23].
PCR based approach was also used to analyze for the correct integration of the hyg and neo based replacement constructs.
RF based approaches are also being incorporated as a fall-back techniques when A-GPS is not available.
In addition, for a fair comparison between the algorithms, the input observations of the KF-based tracking scheme is based on the location information extracted from positioning approaches, and the performance of the KF-based approach is also as a comparing bound for location tracking schemes.
Taking a risk-based approach is also important, identifying the high risk areas and tackling these first.
A high-throughput image-based approach is also described for easy quantification of apoptosis and necrosis so that large-scale compound screening is also possible in a rapid manner.
The wavelet-based approach is also demonstrated for complex media including highly varying topography or stochastic heterogeneity with rapid variations in physical parameters.
A comparison with a more classic quasi-Newton-based approach is also proposed, showing the interest of this neuro-control approach.
From the simulation results, it is demonstrated that the performance of H∞ controllers proposed is remarkable and robust, and the efficiency of LMI-based approach is also approved.
A physics-based approach is also followed to model short-channel effects (roll-off), drain-induced barrier lowering (DIBL), subthreshold slope degradation, drain saturation voltage, velocity saturation, channel length modulation and carrier mobility degradation.
