Sentence examples for space of event from inspiring English sources

MadeIT, a San Francisco-based startup we profiled over a year ago, is leaving the crowded space of event planning and invitation applications and entering the equally-crowded space of online ticketing service providers.

In the spirit of promising recent work on this problem for fixed event costs (Scornavacca et al., 2013), one promising research direction is to identify and succinctly represent whole reconciliations that are robust across the space of event costs.

In this section, we describe how the set of Pareto-optimal event count vectors can be used to efficiently partition the space of event costs into a finite number of equivalence classes, or 'regions', such that all event costs in a given region induce the same set of maximum parsimony reconciliations.

This aspect distinguishes modal interpretations from many-worlds interpretations, where the probability measure is defined on a space of events that are all actual.

In this case, each system has its own space of events and its states can evolve by reacting to stimuli from events that come from the whole environment in which they are embedded.

We could not calculate the genuine recall, which would require random sampling from the whole possible space of events.

If Ω is the whole space of events associated with these two genes, whose expression is mutually exclusive but not independent, then it is clear that ARF1 off ∩ HLS1 on ) = HLS1 on ) and.

First, with regard to probability spaces, recall that any probability space includes a sample space of events (which we can think of as the power set), a set of outcomes or events (non-empty subsets) the sigma algebras, and a probability measure that assigns a real value in the interval 0 to 1 to the events.

Given the set of all Pareto-optimal event count vectors, we can partition the space of possible event cost assignments into equivalence classes, or 'regions', such that any two event cost assignments within the same region lead to the same optimal reconciliations.

The spaces of events of System 1 and 2 are β,η,λ,ω and δ,λ,ω, respectively.

The pace of the simulation was defined by the rate of the streaming data, the number and length of pauses from monitoring tasks, and the number of and spacing of events (e.g., volcanic eruptive events).