The phrase "attainable accuracy" is correct and usable in written English.
It can be used when discussing the level of precision that can realistically be achieved in a particular context, such as scientific research or data analysis.
Example: "In our experiments, we aim for an attainable accuracy that allows us to draw meaningful conclusions without overestimating our results."
Alternatives: "achievable precision" or "realistic accuracy".
These type of bounds are useful for studying the attainable accuracy of methods for computing the functions.
The attainable accuracy of top standards is fully comparable with standards based on other physical principles (mercury column, static expansion, CDG).
While AM rangefinding in air is nowadays a mature technology, the development of underwater AM optical radars is still an important scientific and technological challenge, which poses several problems in terms of reliability and attainable accuracy.
In such a case, because of this intrinsic strong instability, the main difficulty of any numerical computation is the ability of discovering at run time, only using data, what is the maximum attainable accuracy on the solution.
While a substantial effort continues to be made by the community to develop and benchmark new and efficient sampling schemes, the limits of performance of a given algorithm, e.g., what is the best attainable accuracy of the method for a fixed computational effort and if that is good enough, have not received comparable attention.
The first strategy would correspond to the maximum and unrealistically attainable accuracy.
This apparent quality is counterbalanced by much worse performance for some links, as in Model 1, in sharp contrast to other methods whose results attain the prescribed (alpha) and are balanced for all connections to within the attainable accuracies of the Monte Carlo simulations.
Particular attention was paid to the obtainable sampling rate and its impact on the attainable path accuracy.
In large-scale networks with inter-BS site distances up to a few kilometers, propagation delays severely affect the attainable timing accuracy of CelFSync.
A closed form of the attainable localization accuracy has been derived and provides a useful tool for system design and layout optimization.
Because we had measured the channel transfer function for many different antenna positions, we wanted to get some insight into attainable ranging accuracy.
