The distribution of true hits is assumed to have a shifted mean relative to the distribution of non-hits: N(μ NH * C 1, σ ) with C 1 > 1 for a sensitizing effect and N(μ NH * C 2, σ ) with C 2 < 1 for an antagonizing effect (C 1 = 7, C 2 = 0.15; C 1 = 5, C 2 = 0.3; C 1 = 2, C 2 = 0.5; and C 1 = 1.25, C 2 = 0.8).
The latter equality holds because {P μ,μ∈} is assumed to be a shift family.
In the present study, the assignable cause is assumed to produce different shift values within a known range.
Second, although the mechanism underlying atypical language in epilepsy is not well characterized, it is assumed to reflect a shift away from pathological eloquent cortex 19, 20 rather than a genetic factor.
The PU's signal is assumed to be phase-shift keying (PSK) signal; the noise is assumed to be additive white gauss noise (AWGN) with zero mean and variance σ2, namely N (0,σ2).
The mean sarcomere length is assumed to correspond to the shift that leads to the smallest difference, i.e., largest similarity, of the image and its shifted copy.
When a location design variable of a certain component is perturbed, attached finite elements to the component boundary are assumed to undertake only a shift of material properties while the finite element mesh itself remains geometrically unchanged.
A reduction of the DAPI-polyP component of the convoluted spectra is assumed to result in a shift of the position of maximum intensity to shorter wavelengths as well as a reduction in the FWHM of the total emission curve.
As stated in the introduction, this paradigm is assumed to evoke three attentional shifts (Posner & Cohen, 1984), of which the final one (to the target location) is of critical interest.
The occurrence time of the shift is assumed to be an exponentially distributed random variable.
