This paper presents the design and implementation of an event-driven dynamic simulator for multi-line metro systems, and its practical application for studying different operating strategies.
This paper presents a case study in the design and implementation of a discrete event system (DES) of real-world complexity.
We have focused on the implementation of a discrete event system, specifically timed automata into FPGA, and we have linked them with continuous systems implemented as filters in fixed point arithmetic.
Extensibility issues have been also managed through the definition and implementation of a process-event model, a multipurpose taxonomic schema designed to easily customize and extend the experimental procedures in order to log each step of acquisitions or analyses.
Similar, implementation of an interdisciplinary, post-event debriefing program was associated with improved survival with favourable neurologic outcome in a study at the Children's Hospital of Philadelphia [ 51].
By enriching and more deeply specifying the description, the method provides sufficient data to model culture-bound emotional behaviour by resorting to the clusters of preferential conditions present in the implementation of a particular Emotions Event scenario in a given cultural and linguistic context.
We also present a prototype implementation of the Event Heap, and show that the system has performed well in actual use over the last two years in our prototype interactive workspace, the iRoom.
We also briefly discuss why other coordination models fall short of the desired properties, and describe our experience using our implementation of the Event Heap model.
