Based on the proposed method, the coordinates of detectors can be measured with very high accuracy and the coordinate of the center of the gantry (which is normally the same as the center of field of view) can be defined correctly.
The "block vector view" can be defined as shown in Equations 11 and 12, where I n is the n-dimensional identity matrix and L ∈ ℝ T × T. The injective function ψ : ℝ n ↦ ℝ nT maps a fingerprint x i to a vector that is zero, except for the t i -th block.
"Wrong," in this view, can be defined as "good failure," because it is a step on the path to progress.
Considering the graph from Figure 4, specific ontology views can be defined by declaring the datatype and object properties of certain concepts as members of a specific view.
They represent clinical consultations, resulting in opinions which are conclusions arrived at after weighing of evidence [3]; "opinion" can be defined as "a view held about a particular subject or point; a judgement formed; a belief" [4].
From a clinical point of view, fatigue can be defined "as difficulty in initiation or sustaining of voluntary activities" [ 2] and is characterized by symptoms such as lack of energy, physical and mental tiredness and apathy [ 2, 3].
From a physical point of view, transient stability can be defined as the ability of a system to remain with synchronous outcomes during the occurrence of large perturbations.
It has come to stand as the principal source of the view that geometry can be defined as a group acting on a space, and a geometrical property is any property invariant under all the transformations of the appropriate group.
In a mathematical view, the STFT can be defined as X(n,omega ) = sumlimits_{m = - infty }^{infty } {x[m]w[n - m]e^{ - jomega n} },where (x[m]w[n - m]) is a short-time part of the input signal x[m] at time n.
Now the ethical view called "classical utilitarianism" can be defined as aggregative, maximizing, universalist, hedonist consequentialism.
The translational optic flows perceived at viewing angles of 90° can be defined as the speed-to-distance ratio according to the following equation: ω90°i = VxBee/D90°i, where i ∈{Rght, Lft, Drsl, Vtrl}, taking the distances from the walls at an angle of 90° and VxBee the bee's ground speed (Figure 1A 1B).
