Sentence examples for monitoring for faults from inspiring English sources

I was doing 'hard-core' research with neural networks, machine vision, and health monitoring for faults in satellites beginning at age 22, while classmates were only doing 'school' research," she says.

She added that other potential end users of the data could include airlines to better predict when a plane might encounter turbulence or other patterns that could affect a flight; insurance companies managing recovery operations and claims around natural disasters; and utility companies monitoring for faults or preparing for severe weather strains on their systems.

The novelty value of this paper consists in applying some concepts such as sensor networks as a "distributed sensor", estimation techniques and virtual instrumentation to distributed parameter systems, with many applications in practice, such as system monitoring for fault detection and diagnosis, as it is illustrated in Figure 1. Figure 1 Domains of interest in practical application.

We propose that reflectivity/transmissivity monitoring of faults for physical earthquake precursor (reduction in the real contact area) is a quantitatively realistic goal.

This chapter introduces maintainability design by allocation of the monitoring sensors for fault detection, diagnosis, and isolation.

In the present work, a new subspace decomposition approach of fault deviations is developed in the context of principal component analysis (PCA) based monitoring system for fault diagnosis via reconstruction.

This has resulted in an increase in complexity of the resultant system which must not only ensure performance but also monitor and compensate for faults and hence avoid total failure.

An adaptive observer is then applied to the discretized system for monitoring faults possibly affecting the system and represented by changes in model parameters.

Two monitoring statistics used in multiscale KPCA-based process monitoring are used for fault detection.

This paper describes the implementation of empirical mode decomposition (EMD) method for monitoring simulated faults using vibration and acoustic signals in a two stage helical gearbox.

The autonomic reflex reaction is achieved through a pulse monitor, which essentially extends the heartbeat monitor concept developed for fault tolerant systems to include reflex urgency levels and health check summary information.