Sentence examples for accurate to improve from inspiring English sources

Despite its simplicity, the model is sufficiently accurate to improve the design and the management of the cooling pad systems.

As patients, we expect our physicians to have access to more — not less — truthful, scientifically accurate information to improve our care.

Therefore, to establish an accurate strategy to improve air quality further, it will be essential to include meteorological effects.

We advise using this more accurate method to improve the selection of patients for a tuberosity medialisation.

The main purpose of the study is to present a more accurate formulation to improve the beam models used in crack detection problems.

The shapes of the Gaussian membership functions determined by the optimized means and standard deviations will help to determine these factors in a more accurate way to improve the performance of the fuzzy neural network.

For the same channel estimation error, the performance loss incurred for low speed systems are greater than for high speed systems, since the low speed systems rely on more accurate CSI to improve the system performance.

After 14 patients, the dosimeter design was improved for more accurate readings to improve clinical reliability: a dosimeter self-checking facility; a radiopaque marker to determine the position of the dosimeter, and a more robust optical extension fibre as depicted in Fig. 3.

We report experimental results in a de-novo molecular synthesis problem where we show that the distribution of the molecules generated by the sampling procedure is accurate enough to improve a predictor's performance in a classification task.

Initial experimental results revealed that direct estimation of DON content using hyperspectral images is currently unfeasible, but they also indicated that an indirect analysis exploring the correlation between Fusarium damage and DON content may be accurate enough to improve the process of DON screening in the production chain.

Energized by the recent rapid progress in high-performance computing and the growing availability of large computational resources, computational fluid dynamics (CFD) is offering a cost-effective, versatile and accurate means to improve the understanding of the unsteady aerodynamics of Darrieus wind turbines, increase their efficiency and deliver more cost-effective and structurally sound designs.