Sentence examples for sum of events from inspiring English sources
The sum of events is specified by just concatenating the individual events to be "LR".
For instance, if there are two events defined in the GLM with names L and R for stimulation of a left or right sensorimotor area, then one might want to create statistical maps corresponding to the individual events, the sum of events, and the difference of events.
The red line depicts the sum of events in each hour over all directions normalized to the range [0, 360].
Applying EVs (time, month, elevation, topographic protection, sum of magnitudes, sum of events, concentration of mobile homes) to OLS regression analysis for events and magnitude (Fig. 11) shows that these EVs perform well at explaining most of the events but as with tornadoes and derechos still struggled at fully explaining the highest frequency and magnitude of events found in central Arkansas.
No fatality due to hail events has occurred during the study period and injuries are minimal (Fig. 4). Figure 10 displays OLS results for event frequency and magnitude from inputs of EVs: time, month, elevation, topographic protection, sum of magnitudes, sum of events, eco-region.
A mixture model can be developed with two (or more) λ values, where the observed sum of events has a larger variability than either of the two distributions.
The sum total of events that made up the Olmeca Night Assembly amounted to a tireless tour of Mykonos, Greece's answer Spain's clubbing mecca, Ibiza, and an insightful look at the past via the Switched On trailers and Olmeca Museum.
A cost of mapping fof G into S is the sum of event costs inferred in this mapping.
Hence, the event rate predictions for the composite end point (MACE) were approximated as the sum of event rates for the UKPDS coronary heart disease and stroke models.
Analogously to the embedding cost c of mapping α, the cost c(f) of a candidate mapping f is the sum of event costs defined by f, which may be weighted according to the reliability of corresponding vertices and the type of event.
Prove that, for each partition of V into V 1 and V 2, the computed value c (V, V 1, V 2) equals the sum of event costs in a tree T, where T is a result of merging trees S (V 1) and S (V 2) under the common root (as mentioned above, the value c (T ) depends on T only).
