The phrase "adjustment rule" is correct and usable in written English.
It can be used in contexts where a specific guideline or principle for making adjustments is being discussed, such as in finance, policy-making, or technical settings.
Example: "The adjustment rule for calculating interest rates must be followed to ensure accuracy in financial reporting."
Alternatives: "modification guideline" or "alteration principle".
Based on the proposed model, some interesting characteristics of the considered algorithm are verified, ratifying the robustness of the step-size adjustment rule against uncorrelated measurement noise.
Two parameters can be tuned to obtain robustness against speed and magnitude of the reference signal variations: adaptation gain, and derivative order of the adjustment rule.
In addition, the impact of the smoothing parameter (used in the step-size adjustment rule) on the algorithm performance is discussed, aiming to provide some useful design guidelines.
In this paper an adaptive scheme is proposed which combines a model reference approach and a fractional order adjustment rule for a feedforward gain adjustment.
We propose a feedrate adjustment rule that automatically controls the tool motion at feedrate-sensitive corners based on a bisection method, thus limiting the maximum machining errors and improving the machining accuracy.
In particular, we investigate a setting where a regulator with incomplete information uses a pollution tax mechanism with a simple, endogenous tax rate adjustment rule to cost-effectively meet a pollution standard.
Then, a two-stage support vector machine (SVM) approach is proposed to generate two models, including a linear SVM model with controllable features provides preventive adjustment rules, and a more accurate SVM model to approximate the actual security region.
The third designed controller is implemented according to Model Reference Adaptive Controller with Fractional Order Adjustment Rules (FOAR-MRAC) which is a combination of FOPDD controller tuned by PSO algorithm and an adaptive time variable gain.
All of the adjustment rules are listed in Table 10.
Table 10 The Adjustment Rules of the Text Spans in the BioCreative IV CHEMDNER competition.
Corporatist coordination is said to be superior to mechanical adjustment rules because the latter cannot take all contingencies into account.
