A high-level fault recovery scheme is proposed within the discrete-event system (DES) supervisory control framework, whereas it is assumed that a low-level fault recovery designed based on classical control techniques is already available.
Therefore, one needs to ensure that a high level of fault tolerance is built into the ISA Server solution.
However, it resolves the bandwidth constraints problem of fusion center for centralized fusion case and has a high level of fault tolerance and reliability.
Very large scale computing systems, ranging from large clusters to worldwide Global Computing systems, require a high level of fault tolerance in order to efficiently run parallel applications.
Consequently, the Möbius deBruijn provides some of the desirable properties of both the architectures, such as the flexibility in terms of embedding of parallel algorithms, the high level of fault-tolerant, and the efficient inter-cluster communication.
With the drop in voltage and increase in current, the active power decreases to a very low level for case A during the overcurrent fault, and increases to a very high level when the fault is cleared, which may harm the DFIG and its converter system; and reactive power increases to a high level due to the big system current.
It is a common idea to design multiple spanning trees with a specific property in the underlying graph of a network to serve as a broadcasting scheme or a distribution protocol for receiving high levels of fault-tolerance and security.
It is a common idea to design multiple spanning trees with a specific property in the underlying graph of a network to serve as a broadcasting scheme or a distribution protocol for receiving high levels of fault-tolerance and of security.
The materials with a high level of the stacking fault energy do not exhibit additional cyclic hardening under non-proportional loading, while those with a low energy are susceptible to a considerable strain hardening.
The high level of impurities, stacking faults and nanosized twins govern the formation of homojunctions and heterojunctions in crystals.
As a way to deal with the inherently high level of complexity of fault-tolerant systems, some research groups have turned to the paradigm of model-driven engineering.
