Sentence examples for examples into two from inspiring English sources

We divide our examples into two parts: (1) F-MAC (without security constraint) and (2) F-MAC-WT.

Divide training examples into two sets, a training set (95%%) and a validation set (5%%); Predict the class labels for the validation set by using the examples in the training set; and.

In the (K-NN) classifier, we have used a cross validation which is defined as follows: Divide training examples into two sets, a training set (95%%) and a validation set (5%%); Predict the class labels for the validation set by using the examples in the training set; and Choose the number of neighbors K = 5 that maximizes the classification accuracy.

To determine the optimal proportions of positive and negative examples for training SVM1, we randomly separated the positive examples into two sets of equal size.

Thus, with a particular focus on the signal transduction formats, this review highlights the novel concept on PEC sensing strategies, and categorizes the recent illustrative examples into three signaling principles: reactant determinant, electron transfer and energy transfer, providing the comprehensive design guidelines for researchers to develop more advanced PEC sensors.

I break my examples into seven parts (I-VII).

How absurd and how shortsighted can a world-class telephone company become if it allows the splitting of a telephone exchange (528 and 526, for example) into two different area codes (915 and 845)?

For DIALIGN the query-sequence and reference-sequence Ethernet data would be segregated, for example, into two separate arrays.

Quadratic discriminant analysis (QDA) is a widely used machine learning method among statistics, pattern recognition, and signal processing to find a quadratic combination of features which are responsible for characterizing an example into two or more categories.

Walking speeds in cockroaches, for example, cluster into two groups, but both rely on the tripod gait (Bender et al., 2011).

These examples fall into four categories: total synthesis of naturally occurring glycans, chemoenzymatic synthesis of unnatural monosaccharide building blocks, glycan metabolic engineering to intercept metabolic pathways, and the use of photoreactive groups to capture glycan-mediated interactions.