The phrase "are capable of accuracy" is correct and usable in written English.
You can use it when discussing the potential or ability of something to achieve precision or correctness.
Example: "The new measurement tools are capable of accuracy that surpasses previous models."
Alternatives: "have the ability to be accurate" or "can achieve precision."
An abductive neural network is used to establish the surface parameter equation, the result showing that it is capable of accuracy in predicting the control point of the surface coordinate and any points on the surface.
Benchmarked test cases also indicate that, for numerical choices involving similar computational effort, the LTPIC method is capable of accuracy comparable to or exceeding that of state-of-the-art, high-resolution Vlasov schemes.
Industrial requirements for accuracy in metal sheet components are typically ±0.2 mm where current incremental sheet forming processes are capable of an accuracy of only ±3 mm.
The various techniques used (e.g., Charlier's method) are capable of high accuracy, provided that the measurements themselves are free of systematic errors.
To the best of our knowledge, these tools are the only tools available that are capable of high-accuracy gene/protein normalization and are practically applicable to large-scale datasets.
Numerical results show that these schemes are capable of delivering high accuracy over conventional schemes at a significantly reduced cost.
Numerical result shows that 20 points are capable of producing an accuracy of seven-decimal place for small arguments.
Results verify that the proposed LAH schemes are capable of obtaining higher accuracy of neighbor table and lower overhead.
On the other hand, this phenomenon also indicates that if some operations are capable of improving the accuracy of statistical estimation, the performance of IBSR can be further enhanced in some degree.
Correct installation is also important in order to ensure long-term reliability and to obtain the best results from instruments, which are capable of higher-order accuracies due to advances in technology.
