Sentence examples for fault detection approaches from inspiring English sources

Simulation study is presented using an aircraft example to test the three fault detection approaches.

The results shown in this paper are very encouraging when compared with traditional fault detection approaches.

Parity space approach and H2 approach are two important fault detection approaches.

The availability of a WANET depends greatly upon the node reliability, and the system-level fault detection approaches to achieve high system availability.

Many more fault detection approaches have been proposed for different systems, designing fault detection filters to monitor systems; see e.g. [1 4].

Due to the known probability properties of the residual signal in parity space approach, upper bounds of false alarm rates of the designed thresholds are also given, which are very difficult to obtain in existent observer based fault detection approaches of networked control systems with packet dropout.

The final results show that the proposed robust fault detection approach can detect the actuator and sensor faults of the system more accurately and timely with a lower missing and false alarm rates comparing with the conventional one.

A novel scheme for detecting train parting situation, based on fusion-filters and fault detection approach is also described and its performance evaluated.

In [30], an incremental clustering based fault detection approach is studied.

The Self × Nonself theory inspired an immune-based fault detection approach.

This paper presents a model-based fault detection approach for induction motors.