Sentence examples for mathematical core of from inspiring English sources
Input variables then are processed by the mathematical core of the energy model.
This sort of careful, methodological analysis of population genetics, the mathematical core of conventional evolutionary theory, continues to give rise to interesting results (Pigliucci and Kaplan 2006; Okasha 2007).
The mathematical core of the workshop was formed by an algebraic method to find tangents to algebraic curves which is close to Descartes' method.
To implement a smart traffic flow, there are some requirements to consider such as network sensors, traffic lights, and CAS as the mathematical core of the model and Java for the GUI [16].
It is not straightforward to see where in the mathematical core of energy models input variables are processed, and hence, tracing back results to individual inputs could be difficult.
The central hypothesis in this paper that serves as the fusion rule of the prediction suite is: In order to lay out the theoretical groundwork of the prediction suite, this paper first examines the influence of the cloud service's incoming workload patterns on the mathematical core of the learning process.
Adams himself talks in his writings about assertability rather than probability, leaving open not only the interpretation of the notion itself but also its mathematical core.
But Sober points out that all scientific theories employ a common mathematical core.
Stalnaker seems to presuppose that at least this mathematical hard core of the theory of probability is fixed and that it can be used profitably in order to study the semantics of conditionals.
Nevertheless the recent work on probabilistic semantics of conditionals seems to abandon this mathematical hard core of Kolmogorovian probability and focus instead on pre-Kolmogorovian notions of probability, like the one studied by De Finetti, where finitely additive conditional probability is primitive and monadic probability is defined in terms of this primitive.
There are theoretical and empirical reasons to suppose that perception and action lie at the core of mathematical expertise.
