Consider the propagation of electromagnetic radiation whose wavelength initially spans exactly one cell length (for simplicity of discussion), so that its head lies at a vertex and its tail at one vertex back.
For simplicity of discussion, we will refer to such studies as offender or victim studies, and refer to crime uninvolved members of these study samples as uninvolved offenders or uninvolved victims.
In the interest of simplicity, the discussion is limited to special relativity, while the general-relativistic case, which is relevant for the neutron-star tests of Section 4.2, can be found in Appendix 1.
For the simplicity of discussion, we assume an open-space environment, in which the path loss of a signal is modeled by two-ray ground propagation model [24], the received power of a signal is given by: P_{r} = P_{t} cdot G_{r} cdot G_{t} cdot cfrac{{{h_{t}^{2}} cdot {h_{r}^{2}} }} {{d^{k} }} (5).
For the sake of simplicity, the discussion will be focused on genes with predicted significant interactions (P > 0.9).
For simplicity of discussion, a linear function with respect to x, u, and u s is considered as a cost function.
For the sake of simplicity, the discussion has been separated into early (years 2000 2003) and later (years 2004 to present) studies.
For simplicity of discussion, consider first a single time interval [ ts, t s +1] with full observations available at the start and the end of the interval, denoted by X ts) and X(t s +1) respectively.
For simplicity of discussion, we define the propensity adjustment factor (paf) of reaction R r as (40) p a f (t ) ≜ exp - ∑ i < j N s f r i f r j cov 1 og X i (t ), log X j (t ).
Not by the scope of the plan, but by the simplicity of the discussion.
