Sentence examples for utilization probabilities from inspiring English sources

In the absence of other information (e.g., Buckeridge, et al. [ 16] do not report their probabilities) we set the ED utilization probabilities to be: P d = 0.25 (weekday entry probability at the prodromal stage); P w = 0.4 (weekend entry probability at the prodromal stage) and P f = 0.80 (entry probability at the fulminant stage).

Because the utilization probability with four subMBs in an MB is obviously low, the performance degradation will not be increased much when the termination is made early to ignore the computation of subMBs.

This work focuses on the knowledge of the potential user preferences regarding their travel patterns and the computation of its utilization probability either replacing a motorized mode trip or as a link in a journey that involves transfers with more transportation modes.

Those with catastrophic illness/injury had a much lower utilization probability (OR = 0.64, 95% CI: 0.56-0.74, p < 0.001).

Compared with the 40 44 years subgroup, the utilization probability in the 65 69 and ≥ 70 years subgroups were 39%and52%2% lower, respectively (OR = 0.61 and 0.48, both p < 0.001).

Depending on the attendance rate of a patient (that is, the utilization probability of available dental services), present or developing dentinal lesions could either be detected or not.

Mortality risks may differ from morbidity risks and from healthcare utilizations probabilities.

The chapter focuses on specific areas based on the scientific relevance, utilization, and probability of success of the applications wound dressings, blood interactions, orthopedic implants, tissue engineering, and drug delivery.

In a steady system, to avoid infinite growth of queue, the service rate must be greater than the arrival rate, so the utilization factor (probability of being busy) of each machine will be less than 1.

This paper considers spectrum utilization, the probability of detection in cognitive radio (CR) model based on cooperative spectrum sensing with both simultaneous adaptive sensing and transmission at a transmitting secondary user (TSU), and the bit error rate (BER) detection with variation checking at a receiving user (RS U.

It regulates the trade-off between the probability of detection and spectrum utilization because the probability of detection increases with W, while spectrum utilization decreases with W. In general, there is non-negligible noise which increases the probability of false alarms.