The ARGO-YBJ Data Acquisition System is based on a two-layer readout architecture implementing an event-driven data collection.
Initially, a simulator that allows rapid prototyping was created to test the behaviour of the system by implementing an event-driven simulation.
These results extend the current literature in three ways: by successfully implementing an event-related NIRS design in infants, by showing parietal specialization for number occurs before the acquisition of language, and by suggesting number representation may be initially right lateralized and becomes bilateral through experience.
To implement the law of Coulomb, a TinyOS application was developed where we implemented an event ConfigStream with these parameters: (i) value_0: start value which is the DAC value at t0.
To support all functions of SBML Events, we implemented an event handler as follows: (i) Insert all Events that are related to a given Trigger to a queue.
We have implemented an event-driven simulator of FRFTF and conventional AL-FEC mechanisms in MATLAB.
None of these studies implemented an event-related design with brief presentation times of around one second.
The daemon implements an event-driven model, where events are emitted in the system when something specific happens (e.g., flowcell ready, workflow finished, etc).
Accordingly, we planned and implemented an inspiring event which we called Jerusalem Expo 2015 which took place with 500 people in attendance, at the Notre Dame Center in the heart of Jerusalem last Thursday night, November 12th (n the beautiful auditorium built for the historic visit of Pope John Paul II in the year 2000).
The Event Manager is a node local artifact that, cooperatively with instances on other nodes, implements a Distributed Event Bus to which every LooCI component and all Reconfiguration Engine modules are connected.
To understand the long-term viability of such associations, we implemented a multi-event capture mark recapture (MECMR) model.
