"alarm threshold" is a correct and usable phrase in written English.
It refers to the predetermined point at which an alarm or warning signal will be triggered, often used in contexts such as security systems or temperature control. Example: The alarm threshold for the building's fire alarm system was set at 120 degrees Fahrenheit to ensure prompt detection and evacuation in case of a fire.
In the real industrial process, alarm threshold optimization is an important part of alarm system rationalization.
Various programmes of staff education, task scheduling, equipment repositioning and alarm threshold review have not lowered sound levels to within WHO-recommended levels.
If the design of alarm threshold is unreasonable, it would result in nuisance alarms, among which the critical alarms are overwhelmed.
Of 1009 family physicians, 33 (including Shipman) crossed the alarm threshold designed to detect a 2 SD increase in standardised mortality, with 97% successful detection and a 5% false-alarm rate.
The characteristic fault-free closed-loop behavior is used as the basis for deriving (1) a time-varying alarm threshold on the residual of the fault detection filter, and (2) a controller reconfiguration law that determines the feasible fall-back control configurations that preserve closed-loop stability.
An alarm threshold value is defined a priori taking into account an acceptable false alarm rate or average run length.
In order to alleviate this phenomenon, we propose a method of multivariate alarm thresholds optimization to reduce the nuisance alarms.
The results obtained for different materials show that it is possible to detect incipient spontaneous combustion processes using measurements of CO and CO2 emissions during heating process, and then to set alarm thresholds based on the concentrations of these gases.
For example, in structure-specific EEW the determination of appropriate alarm thresholds is important when the false alarm may induce significant losses; similarly, economic appeal with respect to other risk mitigation strategies as seismic upgrade should be assessed.
These commands define the operational mode of the sensor and the alarm thresholds for the HR and the SPO2 signals.
The alarm thresholds are correlated with real weld defects or relate to specifications defined in the welding procedure specification (WPS) (Pires et al. 2006).
