The phrase "addition of constraints" is correct and usable in written English.
It can be used in contexts where you are discussing the implementation or introduction of limitations or requirements in a particular situation or system.
Example: "The addition of constraints in the project scope has led to a more focused approach to our objectives."
Alternatives: "imposition of constraints" or "introduction of limitations".
Finally, we report computational experiments on instances constructed from real data, that show the efficiency of the proposed approach and we study the addition of constraints linking the uncertainty in consecutive time periods.
The addition of constraints allows the respective charging goals to be met while respecting grid constraints, as shown in Table 1 and Figs. 4, 5 and 6.
Although basic intuition would tell that the addition of constraints (i.e., passive wheels) should have an impact on the force applied to the object (through (vec {varvec{lambda }})), and consequently on its acceleration (vec {varvec{a}}_{mathrm{obj}}), this study shows that is not the case (at least, not that simply).
Although adults have learned how to control the production of various eccentricities, several studies show that some eccentricities, similar to the "primitives" observable in young children, are more resistant to the addition of constraints such as speed requirements [31] [33] or cerebrovascular accidents [34], [35].
With optimization models, many variations are possible, including through the addition of constraints, the use of different objective function values, or by differentiating decision variables by type.
Secondly, repeated addition of constraints to discover alternative optima may increase the "stiffness" of successive MILPs as further MCS are sought.
Distance to the nearest constraint from Equation(22): 2M × N multiplications and additions, N comparisons to find the minimum 3) Addition of constraint to the active set: .
Addition of constraint to the active set: Assume the active set has length L - 1, then the new constraint is inserted and the matrix size becomes M × L. To compute the QR decomposition of this matrix, 2L2(M - L/3) operations are needed [24].
The method is direct, general, easy to implement, and allows for the addition of derivative constraints to improve robustness.
Building on this theory came the addition of structured constraints (e.g. ), which allows us to set the conditions that solutions must satisfy to be meaningful (e.g. don't exceed capacity).
However, the complexity to solve the non-linear simultaneous equations increases due to addition of the constraints to improve the robustness of an input shaper.
