In the perspective of means-ends epistemology, inquiry involves an ongoing struggle with hard choices, rather than the execution of a universal "scientific method".
The Ardabil site is found to have good characteristics from the perspective of mean wind speed.
In this paper, we analyze the graph signals associated with the unsampled vertices from the perspective of mean and bias and then establish a generalized analytical framework of unsampled graph signal.
Specifically, for the general case, in terms of the mean performance, we show that the mean value of the weight error vector approaches zero as iteration numbers go to infinity, which implies the asymptotical convergence of the proposed algorithms; from the perspective of mean square performance, we derive the mathematical expressions for the steady-state MSD and EMSE values.
There was a robust effect of perspective on mean RT (F 1,38) = 128.5, p<.0001), with slower performance in the front-facing (1183±346 ms) versus back-facing condition (948±253 ms).
Viewing the heterogeneity issues from the perspective of samples means that the decision-maker holds different viewpoints towards specific transport modes in his mode choice behaviour, which can be called divergent tastes in individuals, or individual heterogeneity.
This suggests that studying behaviour from the perspective of population means may provide limited evolutionary and genetic insight.
Adopting a broad, dynamical systems framework, the authors explore the ramifications of such a perspective by means of an analysis of two very different work environments; an easily recognisable high hazard installation (a nuclear power plant) and a setting where the sociotechnical complexity may be less obvious (a limited-service, 'fast food' restaurant).
From the perspective of the means-ends relationship, some suggestions are considered for dealing with different forms of alienation.
The performance of the ODVF method was also evaluated from the perspective of the mean square error (MSE) between the iterative load profile and the optimal aggregated load profile using the CLVM method.
Our results also underscore that from the perspective of maximizing mean annual yield, intensively harvesting immature brook charr is, in any event, undesirable.
