Sentence examples for a corresponding label from inspiring English sources

After each pixel has a corresponding label value, we average the color information and location with the same label value to get the grid's new center.

For each value, give it a corresponding label (e.g. "Active", "Former").

Check which range you have selected on the dial (for example, 10V), and look for a corresponding label next to one of these rows.

Similarly, if the input person is estimated to be "younger" than the baseline person, then we add a hint for the corresponding label of every baseline sample with its age smaller than (or equal to) the comparing one.

A hint can be in two categorical types: "younger" or "older".1 For each baseline sample, if the age of the input is estimated to be larger than the age of the baseline sample (i.e., the input person is estimated to be "older" than the baseline one), we add a hint for the corresponding label of every baseline sample with its age larger than (or equal to) the comparing one.

Comparison of grid labeling and pixel labeling is illustrated in Fig. 2. For pixel labeling in Fig. 2 c, the human expert carefully assigns a label for each pixel in the image, while for grid labeling, he or she just needs to estimate the major class in a cell and assigns the corresponding label to all the pixels in the cell, as in Fig. 2 b.

Given a set of l PSMs, denoted by Ω = x i, y i i = 1 l ⊆ R q × - 1, 1 (Let Ω = x i, y i i = 1 l ⊆ R q × - 1, 1 be a set of l PSMs), where x i ∈ R q represents its i-th PSM record with q attributes, and y i = 1 or −1 is the corresponding label indicating a target or decoy PSM.

It is a metric to estimate the linear relationship between a single statistical feature and its corresponding label.

Suppose a training sample x and the corresponding label y.

If a highly similar sequence is found, the corresponding label (T3SE or non-T3SE) will be assigned to the query protein.

This system, equivalent to a solid-state array in many capacities, can be used to simultaneously detect multiple proteins [7] or nucleic acids [2] via identifiable fluorescent signatures on beads with a corresponding affinity label.