The effect of event-dependent sampling of processes consisting of recurrent events is investigated when analyzing whether the risk of recurrence increases with event count. We study the situation where processes are selected for study if an event occurs in a certain selection interval. Motivation comes from psychiatric epidemiology where repeated hospital admissions are studied for patients wit...

Nonlinear interdependencemeasures can be used to detect directional couplings between stationary dynamical systems from a pair of signals measured from them. For many dynamics, however, intermittent directional couplings arise in causal relation to distinct events on timescales that are often too short to be resolved by nonlinear interdependence measures. On the other hand, in many experimental...

This paper presents a technique for eeciently checking reachability properties of concurrent state/event systems. The technique improves the traditional algorithm for forwards exploration of the global state space by incremental construction of subsystems which are kept small using a context dependent minimization. A tool has been implemented with the speciic purpose of verifying state/event sy...

Many interesting application systems, ranging from workflow management and CSCW to air traffic control, are eventdriven and time-dependent and must interact with heterogeneous components in the real world. Event services are used to glue together distributed components. They assume a virtual global time base to trigger actions and to order events. The notion of a global time that is provided by...

In this paper, we present a novel event-shaped cumulants (ESC) response approach, based on multi-phase transport (AMPT) model simulations, to analyze p-Pb collisions at [Formula: see text] TeV. We find that the Pearson coefficients between subset of final harmonics and initial eccentricity in ESC basis are significantly enhanced. These strongly-dependent charged multiplicity, set number events ...