Sentence examples for training of multiple from inspiring English sources

One example from FRESHER research is that the training of multiple language skills at young age (before 20) will decrease the likelihood of dementia at higher age [17].

This paper studies how joint training of multiple support vector machines (SVMs) can improve the effectiveness and efficiency of automatic image annotation.

They receive supervised training of multiple scanning protocols and have the opportunity to perform many ultrasound examinations during the elective which are reviewed with upper-level residents, fellows, and attending physicians.

Our method differs from former studies [1, 7] in two aspects: the proposed solution does not need the training of multiple classifiers, and, as opposed to existing methods where classifiers are designed to detect objects in a specific pose or with specific occlusions, the proposed solution relies on only one classifier that can adapt to specific poses or occlusions.

The framework should include training of multiple classifiers on various types of features (mainly OpCode and byte n-grams and Portable Executable Features), applying weighting algorithm on the classification results of the individual classifiers, as well as an active learning mechanism to maintain high detection accuracy.

As stated in section "Predictive Variables", training of multiple models was necessary to account for varying feature availability as well as different effects of features on the treatment options.

Purpose: Trains of multiple 192Ir seeds are used in many clinical trials for intravascular brachytherapy.

Repetitive stimulation with trains of multiple pulses (50 ms each, 2Hz) produce a pattern of intracellular Ca2+ increase that progressively changes from the typical Ca2+ gradient seen after a single pulse to a Ca2+ increase throughout the cell that peaks at values 3 4 times higher than the maximum values obtained at the end of single pulses.

Previous ES devices delivered a train of multiple electrical pulses to the muscle, to give a tetanic contraction over a period of approximately 0.5 to 1 second.

This sequence is a multi-echo spin-echo sequence where different parts of k-space are recorded by different spin echoes and this sequence is based on rapid repetitive rephasing with a train of multiple 180° refocusing pulses, particularly with short echo spacing.

As in Flannick et al. (2008), we train Græmlin 2.0 on training sets of multiple sizes.