The particular model in the above reference is based on a standard process model for IED development and deployment.
A modified compass gait model incorporating the effect of heel rise, as compared with predictions based on a standard compass model, were used to estimate the isolated effect of heel rise on reducing the vertical displacement of COM.
In addition to tests of the estimation procedure on epidemic data [34], we also verified the precision of our methodology on an extensive number of simulated case time series, based on a standard SIR model, with introductions from a reservoir and different R0.
Our model was based on a standard 4-parameter model of the dipper function [17], with the addition of a further parameter s, to represent an added contrast signal due to 'filling in'.
The proposed method is based on a standard third-order model of a synchronous generator which requires only information about the physical available measurements of relative angular speed, active electric power, infinite bus and generator terminal voltages.
The proposed method is based on a standard third-order model of a synchronous generator which requires only information about the physical available measurements of angular speed, active electric power and generator terminal voltage.
The design is based on a standard third-order model of synchronous generator which requires only information about the physical available measurements of relative angular speed, active and reactive powers and terminal voltage.
Based on a standard set of model parameters, the cell performance is examined by systematically varying the rib width, contact resistance, fuel composition electrode properties and the pitch width.
This test calculates the probability of observing the sampled data based on a standard population genetics model that assumes no selection (44).
