A formal theory of systems was proposed previously as providing a quantitative basis for neural computation.
Structural equation modelling is employed to investigate the relationships amongst the constructs in the theoretical framework, and is then used as a basis for the computation of sectoral-level tourist satisfaction indexes.
Napier discovered that the basis for this computation was a relationship between an arithmetical progression a sequence of numbers in which each number is obtained, following a geometric progression, from the one immediately preceding it by multiplying by a constant factor, which may be greater than unity (e.g., the sequence 2, 4, 8, 16... ) or less than unity (e.g., 8, 4, 2, 1, 1/2... )...
The above decomposition has been used as the basis for numerical computation of trajectories of the averaged system.
Equation (4) is the basis for the computation of a posteriori LLRs ϕ t ( n ) = ln ∑ x : b n ( x t ) = 0 exp φ ( x ) ∑ x : b n ( x t ) = 1 exp φ ( x ) ≈ max x : b n ( x t ) = 1 φ ( x ) - max x : b n ( x t ) = 0 φ ( x ) (5).
The scheme in (21) is the basis for the computation of the shear rate and all cellular contributions to it.
This method has been used in previous studies as the basis for the computation of IRT scaled scores for each summed score [ 16, 40, 41].
The resulting three-factor solution was used as the basis for the computation of three alternative subscales which resulted in greatly improved internal consistencies: Dyadic Attunement.
The common metabolites may serve as a basis for the computation of the pair distances, the statistical parameter already used in the previous section to determine the relation between two networks.
The images were stacked to reconstruct its 3-dimensional (3D) geometry (Fig. 1), and used as the basis for numerical computation of the surface fluid stresses using finite element method based on the low Reynolds number Stokes approximation of the equation of motion for a Newtonian fluid (culture medium), as described.
