Sentence examples for increasing practicality from inspiring English sources

However, two notable trends are emerging: an increasing interest in critically evaluating the performance of Bayesian methods from a frequentist perspective [ 15], and the increasing practicality of frequentist tools for hierarchical models previously only amenable to Bayesian methods (e.g. [ 16]).

Hence, in the interest of increased practicality, it is preferable to mine a suitable number of association rules subjected to user constraints.

Its shorter size will also increase practicality, with a decreased time for completion and a lower rate of missing answers.

Continuous glucose monitoring (CGM) is suggested to increase practicalities and safety of insulin titration in ICU patients [ 1, 4], in particular when targeting normal or near-normal blood glucose levels when hypoglycemic episodes can be expected [ 5- 13].

Nowadays, current efforts are focused on improved designs, understanding the origin of the enantioselectivity and DNA-induced rate accelerations, expanding the catalytic scope of the concept and further increasing the practicality of the method for applications in synthesis.

A cost-efficient solution that overcomes this barrier to entry is beneficial to increasing the practicality and widespread application of isobaric labeling strategies.

These may include increasing the practicality of islet transplantation for type 1 diabetes by improving the prospects for pre-transplant testing, simultaneous multiple donor transplants and simplified logistics.

The self-driving computer is built on Nvidia's CUDA GPUs, and also increase the practicality of the computing hardware requirements for actually fielding self-driving cars on real roads.

In particular, we are able to vastly speed up the solution time through efficient variable reordering and incremental sparse updates, which we believe will greatly increase the practicality of Gaussian process methods for robot mapping and localization.

Our main contributions are exploring the design space and the evaluation of a series of extensions (1) to increase the practicality and performance of iBFs, (2) to enable false-negative-free element deletion, and (3) to provide security enhancements.

Room Temperature Ionic liquids (RTILs) offer a number of ideal thermal and physical properties as potential electrolytes for large-scale energy storage applications and thus, can help increase the practicality of such electrochemical devices.