Sentence examples for more reliable algorithm from inspiring English sources

Therefore, a faster and more reliable algorithm that can handle large datasets is desirable for source-oriented image clustering.

For a more reliable algorithm, comparison and validation with ice thickness data by in situ observations will be ultimately required, although such observations in the polynya areas have been quite limited until now.

Further research is needed to better understand the relationship between blood and oral fluid THC concentrations and to develop a more reliable algorithm for calculating blood THC concentrations based on oral fluid testing results.

Although aforesaid intelligence models can quantify the crude oil RI with reasonable accuracy, there exists a quest for introduction of more reliable algorithms.

The combined dynamic derivatives also reduce the unexpected computational spuriosity, and therefore lead to more reliable numerical algorithm designs.

In this paper we suggest how several competing signal smoothers, differing in design parameters, or even in design principles, can be combined together to yield a better and more reliable smoothing algorithm.

Its proponents say that human judgment is more reliable than algorithms, which can be gamed by trolls and arguably less nuanced when faced with complex editorial decisions; Facebook's algorithmic system famously botched the Vietnam photo debacle.

Therefore, the robustness of commonly used features against variation in noise models needs to be investigated so that more reliable AMC algorithms can be designed for HF signals.

Many of the identified CNVs overlapped with the other research results, but the simultaneously observed variability in the number and sizes of detected aberrations indicated a need for further studies and the development of more reliable bioinformatics algorithms.

As no parameter is required to be predefined in the proposed algorithm, the proposed algorithm is more reliable than the existing algorithms.

The technique developed may be deployed to provide a more reliable and efficient algorithm which can be flexibly utilised as part of a modular development of high performance, reliable sensing systems.