This book contains 5 chapters that discusses the following topics: Parametric signal processing approach; The signal demodulation techniques; Kullback-Leibler divergence for incipient fault diagnosis; Higher-order spectra and Fault detection and diagnosis based on principal comp…
The safety and functionality of engineering systems can be affected adversely by faults or wear in system components. Therefore, methods for detecting such faults/wear and ameliorating their effects to avoid system failure are important. Designing schemes for the detection and d…
Widespread application of distributed control systems and measurement technologies in chemical plants are prerequisites for quality control and safety monitoring of processes. This consequently has prompted large-scale data acquisition and storage from different processes and va…
The state of the art of power distribution systems is to demand a more accurate response. It also provides more reliability for fault location and restoration respectively. A multi-agent system design for power distribution has been developed using the change of current methodol…
Unreliable collection systems result in missing data points; faulty or confusing sensor data further reduce the quantity of usable data recovered from a deployment. These problems lead to data gaps in space and time, which make it difficult to interpret results reliably. Unfortu…
Transmission system serves as a crucial link between generating stations and consumers. Early detection and accurate location of faults on transmission lines are essential to prevent the occurrence of blackouts. Also real time monitoring of power system states during faults will…
Fault detection can be used to improve the reliability and safety of industrial system. An important component of fault detection is filtering for parameter and state estimation. The challenge is to create a filter that is robust and stable in light of modeling uncertainties and…