E-RTSM deals with event-based/non-deterministic synchronization as well as schedule-based synchronization in SMIL2.0.
Examples of topics include: interrupts and concurrent programming, deterministic timing and synchronization, state-based programming models, filters, frequency response, and high-frequency signals, low power operation, system and PCB design, security, and networked communication.
Here, in agreement with deterministic dynamical systems theory, synchronization refers to the process by means of which two or more interacting subsystems adjust some of their temporal properties, i.e., synchronize their activities [24].
Specific algorithms are also implanted into the MAC and physical layers and form a cross-layered synchronization protocol for deterministic Wireless Sensor Networks named WiDeCS (Wireless Deterministic Clock Synchronization).
Core input-state cycles are proposed to investigate the synchronization of two deterministic Boolean networks coupled in the master slave configuration.
Since the proposed solution shows a (much) faster synchronization time than deterministic methods, it can be used to further increase the energy efficiency of mobile terminals by reducing the frequency of periodic ranging procedures, which are currently used by 4G communication systems to meet the transmission latency requirements.
Some functions of CODAC require deterministic, hard real-time communication and synchronization between distributed nodes.
This is because concurrency, synchronization, communication mechanisms, and deterministic and probabilistic delays, are naturally represented.
In the existing results, the synchronization of complex networks with deterministic coupling or coupling with stochastic disturbances has been well studied; see, for example, [4, 11, 12].
A common way of assessing the cooperation among cortical networks is measuring their synchronization by means of some deterministic (e.g. phase synchronization) or statistical (e.g. correlation) measure.
