The primary outcome of the model was to estimate the potential gain in Hearing Level in decibels (dBHL) associated with each strategy and express this in terms of QALY, which was estimated as a linear function by multiplying a utility value per unit increase in dBHL with the total potential gains in dBHL over two pre-defined time periods of 12 and 24 months.
Then, the ideal hysteretic model is transformed into an expected linear model by multiplying a slope conversion factor which can be obtained by experiment.
The vertical wavelength is obtained by multiplying the linear coefficient of the fitted phase by the diurnal and semidiurnal tide periods, i.e., 24 and 12 h, respectively.
This method approximates the directional distribution of the electrons by a Gaussian function multiplied by a linear combination of the corresponding Hermite polynomials.
An initial value for "a" (e.g., 1 in the first iteration) multiplied by a linear coefficient (e.g., 1.0005), increasing incrementally from one iteration to the next (according to Eq. 13), combined with higher values for parameter "L" were found to produce the best outcomes and fastest convergence for the well-path design cases evaluated.
"You get, in fact, all the complexity and nuance of a novel, concentrated within several dozen pages". Novel complexity, according to many Munro reviewers, seems to be defined as a lateral or metonymic complexity, a complexity created by multiplying data over time in a linear fashion.
The average number of cells per scan was expressed as cells per linear cm of intestine by multiplying by 30.3, a correction factor determined from the field width of 330 mm, as previously described [ 22].
Having acquired the perfect channel state information (CSI) in the MIMO systems, the transmitter performs a linear transform by multiplying the eigenvector of channel matrix and allocating the power of each data stream by waterfilling algorithm, its system capacity can be obtained.
