Sentence examples for 1 thresholds from inspiring English sources

This proposition is instrumental to obtaining the explicit formulation of ℜ i. Define M + 1 thresholds η0, η1,…,η M with η0 = 0, η M = + ∞.

Table 1 Thresholds ( in dB) of PA codes on Rayleigh channels (3, ) LDPC data by courtesy of Hou et al. [14]).

Correspondence values ranging from 0 to N produce N + 1 thresholds which correspond to edge detections with different combinations of true-positive and false-positive rates.

If the ordinal variable has K categories, there will be K + 1 thresholds, such that t = { t0, t1, …, t K)| t0 < t1 < … < t K, t0 = −∞, t1 = 0, t K = ∞}.

Those findings reflect the trends seen in Table  1: Thresholds were generally higher for younger than for older listeners and for the F1-only than for the full-formant stimuli.

In the well-functioning rating scale shown in Figure 1, thresholds are arranged in a hierarchical order, which is demonstrated by each curve showing a distinct peak, illustrating the position along the continuum (linear scale) where the categories are most likely to be selected [ 17, 18].

Fig. 1 Threshold voltage scaling problem.

Thus, ultimately, the algorithm generates K classes and K-1 thresholds for a given image.

Figure 13 shows that by using the Euclidean distance, together with α=1 thresholds, our methodology again showed similar performances to those of ComplOverlap.

In SA, computation complexity for computing thresholds is O ( N ) while recursive method requires just one additional threshold as N−1 thresholds are known.

In order to feedback the SNR value, it must first be converted to a digital signal, so that each user applies the scalar quantization technique [3] that divides the whole possible SNR range in M intervals, separated by (M+1) thresholds [ 0,γ1,…2,γM−1−1,∞], so that (B= log2(M)) bits are required to represent any SNR value.