An architectural approach to self-adaptive systems involves runtime change of system
configuration (ie, the system's components, their bindings and operational parameters) and …

Providing assurance that self-adaptive software meets its dependability, performance and
other quality-of-service (QoS) requirements is a great challenge. Recent approaches to …

Software systems are deployed in environments that keep changing over time. They should
therefore adapt to changing conditions to meet their requirements. The satisfaction rate of …

In this paper, we focus on self-adaptation in large-scale software-intensive distributed
systems. The main problem in making such systems self-adaptive is that their adaptation …

Discrete event controllers are at the heart of many software systems that require continuous
operation. Changing these controllers at runtime to cope with changes in its execution …

In many application domains, continuous operation is a desirable attribute for software-
intensive systems. As the environment or system requirements change, so the system …

One of the applications of Cyber-Physical Systems (CPSs) is the Smart Homes. In Smart
Homes, multiple apps operate the sensors and actuators to provide rich user experience in a …

Modern software-intensive systems often have to be updated to adapt to unpredicted
changes in their environments or to satisfy unpredicted requirement changes. Many …

In order to manage evolving organisational practice and maintain compliance with changes
in policies and regulations, businesses must be capable of dynamically reconfiguring their …

In an adaptive security-critical system, security mechanisms change according to the type of
threat posed by the environment. Specifying the behavior of these systems is difficult …