Constraints reflecting data on gene expression have previously been shown to improve the accuracy of constraint-based model predictions [ 60, 61].
The precision of CBM predictions increase with the availability and accuracy of constraints, as they aid narrowing down the potential solution space to the biologically meaningful system states.
For improving the computational efficiency, a grouped aggregation approach based on the Kreisselmeier Steinhauser function is employed to reduce the number of constraints without much sacrificing the approximation accuracy of the stress constraints.
The parameter δ indicates the accuracy of the total power constraint, γ indicates the stopping criterion of the bisection search on λ c in the case of an inactive total power constraint, and Λmax is the maximum value for λ c.
In 1994, a Phase 0/A study of the GEOSTEP mission has been initiated by CNES in order to design a space experiment to test the Equivalence Principle to an accuracy of 10−17, with the constraint to be compatible with the small versatile platform PROTEUS under study.
We study the constraint of "accuracy" of the application's desired route, as this constraint provides a range of choices to the applications.
First, to determine the initial value of the accuracy constraint, a prediction of the application performance is made.
It is shown that, at least up to and including fourth order, the velocity attains the classical order of accuracy without further constraints.
This analysis is important because the accuracy of the output sets constraints for the accuracy required in the internal representation.
In addition, it is almost appropriate to meet the accuracy constraints of many applications.
The stiffness deterioration afflicts the performance of flexure mechanisms in terms of motion range, accuracy and constraint characteristics.
