Sentence examples for by these algorithms support from inspiring English sources

Henceforth, the robotic fish driven by these algorithms support adaptation policy shown by a biological fish in different environments.

Applicability of protein biomarkers was evaluated by six different optimally parameterized machine learning algorithms: Support Vector Machine, Recursive Partitioning, Random Forest, Naive Bayes, Logistic Regression, K-Nearest Neighbor.

The cognitive Doppler compensation algorithms support adaptive Doppler compensation by exploiting the channel information from the REM for high-speed rail.

The P-values of predicted complexes by our algorithm support that the roles of interactions in PPI networks is promising on enhancing the accuracy of prediction.

This behaviour is related to the number of nodes generated by the respective algorithms in the different support configurations, as can be seen in Table 2. Table 2 Number of nodes in the SIVAT base tree Algorithms Support   1%5%10%20%30% 30% MR-Radix 40426 24272 16266 10473 5580 PatriciaMine 58861 21670 14545 9287 5865.

Genes down regulated in response to the introduction of synthetic miRNA or up regulated in response to the introduction of the miRNA targeting anitmiR were cross-matched with the respective miRNA target genes predicted by a range of target algorithms supported by the miRecords target gene meta site (http://mirecords.umn.edu/miRecords/prediction_query.php).php

SAi states the cryptographic algorithms supported by the core node for encryption and signature.

This includes physics-driven approaches or algorithms supported by physics that foster early clinical adoption of nuclear medicine imaging and therapy regimens.

This initiative resulted in the development of a suite of geologically driven, stochastic modelling algorithms supported by an extensive fieldwork program aimed at collecting stratigraphic and quantitative data from ancient outcrop analogues to support enhanced reservoir characterisation and geological modelling.

They indicate that at the sending node level, each data packet should be split into N fragments and then reorganized into M groups where M is the number of cryptographic algorithms supported by the sending node.

It is argued that central to optimising this resource cycle lies the control in particular of physical separation plants by the application of advanced sensor technology and sorting equipment as well suitable control and sampling algorithms supported by optimising mass balance models.