There is an increasing demand for dynamic systems to become more safe and reliable. This
requirement extends beyond the normally accepted safety-critical systems of nuclear …

Considers control systems operating under potentially faulty conditions. Discusses the
problem of designing a single unit which not only handles the required control action but …

This paper presents an application of H∞ fault detection and isolation (FDI) to the
longitudinal motion of a Boeing 747-100/200 aircraft. FDI filters are synthesized for open …

The design problem of filters for robust failure detection and isolation,(FDI) is addressed in
this paper. The failure detection problem will be considered with respect to both modeling …

Demonstrates the utility of a model-based recurrent neural network (MBRNN) in fault
diagnosis. The MBRNN can be formatted according to a state-space model. Therefore, it can …

A design method is presented which integrates control action and fault detection and
isolation. Control systems operating under potentially faulty conditions are considered. The …

Every system is vulnerable to faults due to the physical nature of its components. These
faults could cause severe damage. A way to reduce the effect of faults consist basically in …

Feedback control systems are vulnerable to faults within the control loop, because feedback
actions may cause abrupt responses and process damage when faults occur. Such faults …

In this thesis the problems of fault detection & isolation and fault tolerant systems are studied
from the perspective of LTI frequency-domain, model-based techniques. Emphasis is placed …

This paper presents an approach to the problem of fault isolation applied to the actuator
benchmark test based on multiplicative fault isolation with parity equations. One of the …