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An iterative algorithm is developed for making coordination among subsystems.
Based on this, a mixed time/event-triggered dual-mode DPC algorithm is proposed in view of the asynchronous coordination among subsystems.
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Communication networks enable an information exchange among subsystems, when a coordination of the subsystem activities is necessary.
Meeting both regulatory and consumer demands involves managing interdependencies among subsystems.
Communication among subsystems is done asynchronously with a controlled synchronization failure rate.
The proposed architecture guarantees satisfactory performance under strong interactions among subsystems.
Hierarchical tree and block diagram showing all possible interactions among subsystems are proposed.
Additionally, there are two levels of learning and coordination between subsystems: at the subsystem level; and at the system level.
The switching signal will handle the switching among subsystems.
In effect, a separable system is one where the interactions among subsystems can be transformed away leaving the subsystems independent of each other.
Consider a quantum system S with internal parts s, s′,…, that may be considered as subsystems of S, and define the correlations among subsystems as the expectation values of products of subsystems' observables.
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