Sentence examples for suitability for improving from inspiring English sources

The prolonged experimentation period demonstrates the cyber-physical system-based approach's suitability for improving building stock energy efficiency by developing and deploying predictive control strategies within routine operation of typical legacy buildings.

For the purpose of investigating the suitability of specific amendments for improving leaching and reclamation, soil percolation column studies were conducted to assess the influence of amendments on cation exchange, the potential for the release of cations and changes in hydraulic conductivity of the soil.

We provide evidence from a range of disciplines that questions the suitability of the present system for improving the quality of auditors' judgments and the quality of evaluations of those judgments made by inspectors.

They show the perfect suitability of this new networking approach for improving traffic characteristics and QoS in the Internet, given the complexity, variability and versatility of actual traffic.

The suitability of GE as a tool for improving quantitative traits in livestock breeding programs, referred to herein as PAGE, is unknown because quantitative traits are influenced by many QTN, most of which have a small effect.

The average biomass (1.10 ± 0.03 g/L) and specific activity (39.49 ± 0.96 μmol/min/g) were very close to the predicted values and strongly support the suitability of the CCRD model developed in this study for improving the reaction.

Methods for improving the fatigue performance of welded structures are reviewed, and the suitability of individual methods for industrial applications are evaluated.

So in this work middle-level features that partly base on preclassification are additionally used and tested for suitability to improve the classification.

In addition to reviewing these we assess the suitability of these ligands to this research and why they are such a double-edged sword in the fight for improved SMM and MCE molecular materials.

Hence, a continuous thrive exists for newer materials and their suitability to improve SHM technologies for engineering.

Thermal (< 1000 °C) and smouldering (600 1100 °C) remediation strategies potentially remove significant quantities of persistent organic pollutants from contaminated sites, reducing environmental and public health impacts while improving suitability for subsequent land use.