Sentence examples for allowable solutions from inspiring English sources
Moreover, the space of allowable solutions is defined.
An optimization criterion is formulated as the minimum of the tank mass, moreover the space of allowable solutions is defined.
Furthermore, VARETA places anatomical constraints upon the allowable solutions.
This allows for point-to-point variation in the amount of spatial smoothness and restricts the allowable solutions to the grey matter (based on the probabilistic brain tissue maps available from the Montreal Neurological Institute[48]).
The space of allowable solutions can be reduced by incorporating thermodynamic constraints associated with irreversible reactions, as well as flux capacity constraints which limit the maximum flux through certain reactions.
Linear programming (LP) can then be used to find a set of flux values -- a point in the space of allowable solutions -- that maximize a certain biologically relevant linear objective function Z, which is usually chosen to be the biomass growth flux.
"In most cases, the only allowable solution," he said, is building a parking deck, "or going underground".
Figure 3a shows the allowable solution spectrum for each EM, where the spectrum for each EMC contains 146 data points.
Network-based analysis generally employs a constraint-based modelling approach [ 3], e.g., Flux Balance Analysis (FBA) that uses a stoichiometric matrix and objective function that define a network's allowable solution space.
As before, we utilized amino acid secretion patterns as constraints to the iMM904 model, sampled the allowable solution space, computed reaction Z-scores for changes from a reference condition (normal potassium and ammonia), and finally summarized the resulting changes using reporter metabolites.
Based on the α-spectrum [ 10], the allowable solution space of the EMCs is calculated by maximizing or minimizing each EMC in a given steady-state flux distribution as follows: for j = 1, 2,..., m Maximize λ j, subject to v = P·c, λ j ≥ 0 (j = 1, 2,..., m ), for j = 1, 2,..., m Minimize λ j, subject to v = P·c, λ j ≥ 0 (j = 1, 2,..., m ).
