Sentence examples for comparing the probabilities from inspiring English sources

The explanation may be found by comparing the probabilities that the SNR of the two channels falls into various states as shown in Figure 6.

Therefore, the expected utilities of acceptance and rejection are undefined, and we ought to use the methods of traditional statistics, which rely on comparing the probabilities of our evidence conditional on each of the hypotheses.

In this algorithm, the edge weights of Boykov and Jolly (2001) are modified by comparing the probabilities of an individual voxel and its neighboring voxels to belong to different segmentation classes.

Such an analysis allows one to identify those with the strongest evidential value, by calculating and comparing the probabilities of the target node with and without assumed states for (a combination of) the evidence nodes.

In order to explore PD in educational assessments, mixed-effects models (De Boeck and Wilson 2004) have been proposed to analyze item position effects by comparing the probabilities of a correct response when the item is presented in different positions (Debeer and Janssen 2013).

Overall, when comparing the probabilities of confirmed herd bTB breakdowns during the period under study between proactive and survey-only herds, we found that the best model included effects of triplet (p = 0.04), herd type, herd size, farm area and the historic bTB incidence for that trial area.

Similar results are observed when comparing the probability of bit error for the two decoders and when comparing the probability of error for the other three example codes.

Moreover, instead of comparing the probability P E | C & B) with P E | ~C & B), we instead look at how the probability of E evolves around the time of C′s occurrence.

We achieve this by comparing the probability that a received packet is innovative for D using S2HNC or RLNC.

The accuracy of the different proposed models is evaluated by comparing the probability mass function at each time scale and the queuing behavior (as assessed by the loss probability) corresponding to measured and synthetic traces generated from the inferred models.

Comparing the probability of attendance between summer and winter allows for a better understanding of the seasonal variation in wolves' social foraging behavior.