Introduction to Diagnosis and Fault-Tolerant Control | SpringerLink Skip to main content
Advertisement Springer Nature Link Account Menu Find a journal Publish with us Track your …

With the increasing demand for electric vehicles, the interest in battery systems is growing. In
order to enable safe operation of these complex energy storage systems, methods of fault …

Structural analysis, a model-based fault diagnosis approach, has been extensively
highlighted since it does not depend on an exact analytical system model. The structural …

Selecting residual generators for detecting and isolating faults in a system is an important
step when designing model-based diagnosis systems. However, finding a suitable set of …

Conventional automotive battery systems consisting of a large number of battery cells pose
a variety of challenges in terms of safety, reliability, lifetime, and energy efficiency …

Reliable and timely fault detection and isolation are necessary tasks to guarantee
continuous performance in complex industrial systems, avoiding failure propagation in the …

Nowadays, physical and software systems, designed and built through engineering
processes, are everywhere: our home and our office are full of electronic devices, our …

Fast and efficient fault monitoring and diagnostics methods are essential for fault diagnosis
and prognosis tasks in Health Monitoring Systems. These tasks are even more complicated …

Diagnosis is the process of identifying or determining the nature and root cause of a failure,
problem, or disease from the symptoms resulting from selected measurements, checks or …

In this paper, we address the problem of finding the part of the observations that is useful for
the diagnosis. We define a sub-observation as an abstraction of the observations. We then …