With the popularity of cloud computing, it has become crucial to provide on-demand services
dynamically according to the user's requirements. Reliability and energy efficiency are two …

A large-scale cloud data center needs to provide high service reliability and availability with
low failure occurrence probability. However, current large-scale cloud data centers still face …

Hybrid Cloud computing is receiving increasing attention in recent days. In order to realize
the full potential of the hybrid Cloud platform, an architectural framework for efficiently …

In this work, we address problem determination in virtualized clouds. We show that high
dynamism, resource sharing, frequent reconfiguration, high propensity to faults and …

With the increasing presence, scale, and complexity of distributed systems, resource failures
are becoming an important and practical topic of computer science research. While …

Cloud applications are often subject to unexpected events like flashcrowds and hardware
failures. Users that expect a predictable behavior may abandon an unresponsive application …

The physical infrastructure of communication networks is vulnerable to spatially correlated
failures arising from various physical stresses such as natural disasters (earthquakes and …

Edge computing paradigm is prone to failures as it trades reliability against other quality of
service properties such as low latency and geographical prevalence. Therefore, software …

The analysis and modeling of the failures bound to occur in today's large-scale production
systems is invaluable in providing the understanding needed to make these systems fault …

With the growing adoption of self-adaptive systems in various domains, there is an
increasing need for strategies to assess their correct behavior. In particular self-healing …