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As modern systems become larger and the impact of a failure can be
wide-ranging in some cases causing havoc to everyday life system
reliance, the ability of a system to withstand major disruption and
to recover within an acceptable time frame, becomes increasingly
important. While systems failures can have many causes, component
faults and cyber intrusions are two common such causes which can
occur separately or one type can cause another failure of the other
type. In this monograph, the authors describe in detail the
research on fault diagnosis, opacity analysis and enhancement, and
cyber security analysis and enforcement, within suitable discrete
event system modelling frameworks. In each case, they describe
basic problem statements and key concepts, and then point out the
key challenges in each research area. Finally the authors present a
thorough review of state-of-the-art techniques, and discuss their
advantages and disadvantages. This monograph is a thorough overview
of the cutting edge of research on resilient systems. It will be
starting point for the readers own research into improving the
reliability and fault-tolerance of modern-day engineering and
computer systems.
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