The phrase "achievable limit" is correct and usable in written English.
It can be used when discussing a boundary or threshold that can realistically be reached or attained.
Example: "The team set an achievable limit for their project timeline to ensure they could meet their goals without overextending themselves."
Alternatives: "realistic boundary" or "attainable threshold".
The high-gain feedback arises when one attempts to achieve the lowest achievable limit of the disturbance attenuation under the H∞ design.
However, their performance is far below the necessary and achievable limit.
In future work, we intend to conduct further research on this topic and to investigate potential use cases of machine learning to push the performance of the backtracking algorithm farther toward its theoretically achievable limit.
Thus, early practice on the finger-tapping task rapidly improved speed; additional practice led to a reduced rate of increase (a negative rate of increase was observed in case of accuracy) to observed levels far below the theoretical limit derived on the basis of early practice alone; a sleep-dependent mechanism restored speed to the theoretically achievable limit.
The threshold contrast visibility for both systems is well below the achievable limit values for a standard breast thickness of 60 mm (50 mm PMMA equivalent) stated in the EUREF guidelines [ 6].
Furthermore, our results suggest an inverse correlation between the stability of an R-protein and the achievable limits of fidelity in signal discrimination.
A systematic study of a series of alternating donor acceptor oligomers has revealed the achievable limits and allowed for a prognosis of the performance of corresponding copolymers.
The achievable limits are evaluated for 10 kg of such detectors and can be scaled accordingly towards higher masses because of the modular design of the proposed experiment.
Then, the achievable limits based on these measures in e-Production and e-Logistics are studied as a guide for designers of such systems and for future researchers aspiring to extend these limits.
For the elements Fe, K, Mg, Mn, Na and Zn in titanium dioxide, the achievable limits of detection were between 60 pg g− 1 (Mg) and 0.7 ng g− 1 (Fe).
This calls for an algorithm via which each base station in the network can simultaneously allocate power to their respective users so as to meet their demands (whenever they are within the achievable limits), using whatever information is available of the other users.
