A second modification of the original two-stage model is also theoretical, introducing in a phenomenological way, the observation that parasite antigenic diversity increases with transmission.
Moreover, theoretical terms are "theoretical constructs" introduced "jointly" as a "theoretical system" (Hempel 1952, 32).
These results correlate reasonably well with the results of a theoretical analysis introduced in a previous paper.
Conversely, only recursive functions can be so calculated, or computed by a theoretical machine introduced by the English mathematician Alan Turing (1912 54), or by a modern computer, for that matter.
One recent theoretical paper introduced a new class of incomplete information games, called aggregation games, designed for modeling situations in which a group of agents must take a collective decision based on the aggregate of group members' private information.
This section contains some numerical examples regarding the theoretical results introduced in the previous Section 3.
However, "theoretical fictions" introduced as an alternative to realist theories, and which are supposed to play a serious role in inquiry, do not seem to be able to be as arbitrary.
This section contains some simulation examples illustrating the theoretical results introduced in Sections 2 and 5 concerning the existence and location of disease-free and endemic equilibrium points under regular and impulsive vaccination as well as the eventual oscillatory behavior.
Extending a theoretical method introduced by Ling [9], the Miso method can also be used to score clusters in any single linkage dendrogram.
The main aim of the study is to produce the first experimental demonstration of the feasibility of the theoretical concept introduced in [8].
