The phrase "attain improved" is not correct in standard written English.
It is typically used in contexts where one is trying to achieve a better state or condition, but it requires additional context or modification to be grammatically correct.
Example: "Our goal is to attain improved performance in our sales figures this quarter."
Alternatives: "achieve better" or "reach enhanced".
The model test results of SVM WAVELET approach reveal more accuracy in prediction and also attain improved generalization capabilities than GP and ANN.
In fact, the proposed FDTD approaches verify the possibility to attain improved levels of accuracy, without resorting to the traditional – Taylor based – forms of the individual operators.
Accordingly, this heterotrimeric system of 5 with two short partners is an expedient way to attain improved precision and extension of the recognition of DNA sequences.
Specifically, different relay selection schemes assuming amplify-and-forward (AF) and decode-and-forward (DF) relaying protocols, were studied in [6 8], and the results showed that by applying appropriate cooperative schemes, cognitive relay networks can significantly attain improved performance.
The proposed novel structure of the flow control valve promises to attain improved controllability, reliability and efficiency of the hydraulic control units of heavy mobile machinery operating at high flow rates regimes.
Remarkable efforts have been made to attain improved catalytic activities and robustness by adding second element to Pt/C or third element to Pt Ru/C, commercial catalysts for PEM fuel cell applications.
We present an efficient dynamic programming algorithm to infer the locus-specific ancestries in this model, resulting in a method that attains improved accuracies; the improvement is most significant when the ancestral populations are closely related.
The most important applications of PEO-PPO-based copolymers in the pharmaceutical technology field are for attaining improved solubility, stability, release, and bioavailability of drugs [103].
This study investigates several thermal barrier coating (TBC) architectural approaches for maintaining damage tolerance and attaining improved resistance to molten environmental particulate (i.e., CMAS) deposition.
From the processing viewpoints of attaining improved permittivity in polymeric materials, recent progress in the development of ceramic nanoparticle/polymer, metal nanoparticle/polymer, organic nanoparticle/polymer, and carbon nanoparticle/polymer nanocomposites with high permittivity is reviewed and discussed.
However, it is now apparent that this is not sufficient for attaining improved public health--the ultimate goal of these research efforts.
