Boufaida, "Using variability modelling and design patterns for self-adaptive system
engineering: Application to smart-home," Int.
To assess the accuracy of our TIP approach into the domain of runtime testing for self-adaptive software systems, the experiment should be performed on other self-adaptive system
(i.e., different application domain).
To overcome this problem, we need to develop a self-adaptive system
for industrial embedded product testing.
Lightening the task of self-adaptive system
designers and reducing the development cost and time to market represent a major challenge in the field.
Thus, according to our reference model, a self-adaptive system
is designed as a collection of cooperating control objective managers, adaptation control loops, and context manager control loops to control the adaptation process.
There are two main functions of a self-adaptive system
, which must be taken into consideration when developing the framework, which are; the capability to determine 'what' changes are taking place and "how' to take the necessary corrective action.
Hence, it is necessary to define mechanisms for providing a self-adaptive system
the capability of generating during run-time the process that controls its adaptation.
of mobile or cloud-computing contexts), has propelled an interest towards self-adaptive systems
that dynamically reorganise system resources to optimise for a given goal (e.g., performance, energy, reliability, resource utilisation).
From structural health monitoring based on multiagent technology to music-inspired self-adaptive systems
, this broad volume provides an overview of some of the latest works in information technology.
From those different names (self-healing, self-managed systems, etc.) we have selected two which are among the most popular, namely autonomic and self-adaptive systems
, for the title of this special issue.
Manifesting the impact of machine learning is a familiar challenge for self-adaptive systems
(Berry et al.
In one such session, four emerging technology papers explore a pervasive computing framework for modeling complex virtually-unbounded systems, a novel hardware architecture for self-adaptive systems
, the Perplexus reconfigurable circuit, and a multi-agent approach to distributed autonomous explorations.