But if he/she has a skill-deficit in at least one of the skills needed for a particular task, he/she has only a low probability of solving the task correctly.
The so-called 'interpretations of probability' would be better called 'analyses of various concepts of probability', and 'interpreting probability' is the task of providing such analyses.
Based on the calculated similarities, the fault probabilities of the scheduled tasks or the current machining tasks can be obtained, and they provide a reference of decision making for scheduling and rescheduling the tasks.
Intuitively, by assigning sequential tasks first followed by the parallel tasks, the probability of having parallel tasks unallocated after the first phase increases.
In each epoch, one of three predators representing different levels of threat (corresponding either to chase speed or wake-up probability, in different versions of the task) was present but inactive in a corner of the grid.
In general, the predictive distributions were more "decided" (concentrated further from the 0.5 probability line) for the tasks of normal vs. cancer and normal vs. benign, but they were less "decided" (concentrated closer to the 0.5 probability line) for benign vs. cancer.
Enforcing resources to execute tasks of the most fit class first, the probability of a larger task being scheduled to slow resources becomes smaller.
In the context of this theory, Bell et al. [2] recently studied the effect of the probability of task-relevant stimuli on the activity of macaque inferior temporal (IT) neurons and observed a reduced population response to expected faces in face-selective neurons.
This choice in the procedure allowed us to increase the difference between the procedure of the SA pointing (slow pointing with no time limit) and that of the LP task (fast repetitive pointing due to rapid target presentation) in order to reduce the probability of a task-context dependent artefact (see the second section of the discussion).
The service reliability, defined as the probability of fulfilling a task before a specified time, is an important metric of the quality of a DC system.
The idea is that when a task is replicated there is a chance that a replica is assigned to a faster node, thus augmenting the probability of a faster completion of the task.
