Sentence examples for implementation of the fault from inspiring English sources

The implementation of the fault detection and isolation filters and reconfiguration strategy are demonstrated via a chemical process example.

The implementation of the fault isolation and handling framework subject to uncertainty and measurement noise is illustrated using a chemical reactor example.

Finally, the implementation of the fault-tolerant control architecture on the particulate process is discussed and the proposed methodology is applied to the problem of robust fault-tolerant control of a continuous crystallizer with a fines trap.

Key part of paper describes implementation of the spectral analysis fault detection method cooperated with the field oriented control (FOC) algorithm on Cortex-M4 microcontroller.

These efforts have focused on the design and the implementation of the cluster-based Fault-Tolerant stateful Firewall (FT-FW) architecture.

The inception of performance monitoring and its evolution over time, techniques used to establish a high-quality dataset using engine model performance adaptation, and effects of computationally intelligent techniques on promoting the implementation of engine fault diagnosis are reviewed.

The susceptibility of digital systems to faults requires the implementation of Fault Tolerant architectures to ensure high-reliability and availability.

For implementation of local fault detection technique, the effect on axial and shear strain, for matrix cracks in the whole blade as well as matrix cracks occurring locally is studied.

However, a higher vertical and horizontal resolution than that used for this study and the implementation of faults into the model would be needed, which in turn would require an improved structural and (hydro geological database.

Such a local significance of permeable faults was implied by the slightly decreased temperature misfit between predicted temperatures and measured values in the area of the Landshut-Neuöttinger High after the implementation of permeable faults into model 3. Summarizing, our results show that the basin-scale thermal field is caused by a combination of conductive and advective heat transport.

Finally, the design and implementation of the integrated monitoring and fault-tolerant control architecture are demonstrated using a chemical process example.