The phrase "absence of fault" is correct and usable in written English.
It can be used in legal or formal contexts to indicate that someone is not to blame for a particular situation or outcome.
Example: "In this case, the defendant demonstrated an absence of fault, which led to the dismissal of the charges against them."
Alternatives: "lack of blame" or "no fault found".
Initially, a quasi-decentralized networked control structure is designed to stabilize the plant in the absence of faults.
An observer-based output feedback controller that enforces closed-loop stability in the absence of faults is initially designed.
This sets up the delicate problem of how to distinguish a change in operating mode in absence of faults and a change due to presence of faults.
However, even in absence of faults, it is possible to observe a change in the AR models due to the change of operating mode of the LMFBR.
The fault-detection filter uses the state estimates to compute the expected closed-loop behavior in the absence of faults, and detects the occurrence of faults by comparing the expected behavior of the process variables with the estimates.
A robustly stabilizing bounded feedback controller is then designed for each subsystem to enforce an arbitrary degree of asymptotic attenuation of the effect of the uncertainty in the absence of faults.
Also we will perform a more complete parameter study with more settings as well with more specific aspects of the PSO. 1 However, note that 100%% of code coverage do not ensure the total absence of faults, since the same code may correctly process a number of inputs and incorrectly process different inputs.
Similarly, for functional testing, the total coverage of the requirements or use cases does not guarantee absence of faults in the SW. 2 Note that the aforementioned deterministic strategies do not address the multi-objective TC selection problems; they only work with a single selection criterion.
By formulating the closed-loop system as a combined discrete-continuous system, an explicit characterization of the minimum allowable sampling rate that guarantees stability in the absence of faults is obtained in terms of the plant-model mismatch, the controller and observer design parameters, the size of the measurement delay, and the choice of the control configuration.
However, the absence of suitable fault protection devices for HVDC system hinders the efficient VSC-HVDC power grid design.
The SVM is proven to be able to generalize the situation from the provided patterns and accurately indicate the presence or absence of a fault.
