Sentence examples for global classification from inspiring English sources

A significant gain in the global classification rate can be obtained by using an NNIG.

More specifically, the model showed a good global classification of 90%, that is, (399 cases out of 441).

The UNSPSC is a global classification structure for products and services designed to address the diverse needs of businesses and groups involved in buying, selling, analyzing, and regulating goods and services worldwide.

Future studies of palaeosol classification in the region would benefit from a more robust and improved unified global classification scheme which would address the loopholes of the existing systems.

The user can see a global classification of Kampo medicines, crude drugs, constituent compounds, and target proteins in a hierarchical manner (Kampo medicines on the 1st layer; crude drugs on the 2nd layer; constituent compounds on the 3rd layer; target proteins on the 4th layer).

The study also unfolded completeness and accuracy problems in archive datasets, and the varying accuracy by soil type also revealed soil groups with narrow, precise definitions and groups which may need better definitions in a future global classification system for the better performance of numerical methods.

The external validation set shows rather-good global classifications of around 80% (92.05% for best equation).

Although very useful for many tasks, this classification was not designed for quantitative global classifications or comparisons of biochemical activities.

For these reasons, although these approaches produced very interesting results for specific tasks, they are not easily applicable to the task of generating general global classifications of reactions.

The possibility of representing protein sequences and structures, as well as quantifying their corresponding similarities, is crucial for generating global classifications and subsequent global studies such as those cited above.

The few existing approaches [ 22- 25] are not intended to generate detailed global classifications of biochemical reactions in an unsupervised way or to perform global studies of metabolomes and reactomes aimed at quantifying their chemical diversities.