... Q without being a N.Pr. of Q. For , whether there be only one S.S.Pr. of Q or several alternative S.S.Pr's of Q , it remains logically possible that there should be cases in which a Q - event issues from an instant into which no S.S.Pr. of ...
... ( q ) Vu ( s ) ] · H ( Q ) = = Pr [ pt Є A ( q ) Vu ( s ) ] · H ( Q ) = ( 1 − e − λ · vol ( A ( q ) Vu ( 8 ) ) ) · H ... event 2. Using the discretized FOV as in Figure 6 , let us denote a possible state of A ( q ) Vu ( s ) after sensing ...
... event operations requirements and are therefore explored in detail in the chapters that follow this one. Figure 4.1 ... q The planning process: q event concept development including 5Ws and SMART event objective setting q event design q ...
... event q finds a grid node with the minimum volume of alarm in the corresponding cylinder of precursor and composes a training sample from the pairs (f(q),ν(q)), where the vector f(q) is the precursor of the event q, ν(q) is the ...
... Q increases, one may expect that RandSprobabilities to be nearly the same. (a) P= Trials, Q = Event, R= Sure Event, S = Impossible event. (b) P = Events, Q = Experiment, R = Theoratical, S=Experimental. (c) P = Trials, Q = Experimental ...
... event time is found by examining the root node, and returning the minimum ... Q. However, in order to efficiently perform updates using a data point id as ... event queue E-queue. The algorithm to insert an event e is given in Figure 3 ...
... event in I, maxp(I), is the last event in I in which p has taken part. In other words, for every e ∈ I, if e is a p ... q (I) = {e⊥ ,e1 ,e2 ,e3 ,e4}. On the other hand, though maxr (I) = e6, ∂r (I) = I. Rather, ∂r (I) = I\{e4}. The joint ...
... event into another by a process of aspect shift (Smith 1995, Swart 1998), that is, the change of an event from one event description (state, process, q-event) to another. The different event types are shown in (2.26). (2.26) ...