Designing Self-Adaptive Embedded Real-Time Software -- Towards System Engineering of Self-Adaptation
Franz Josef Rammig, Stefan Grösbrink, Katharina Stahl, Yuhong Zhao · 2014
Upcoming interlinked embedded systems will be confronted with unexpectedly changing environments, which makes online adaptation without manual interference necessary. There is a need for appropriate system architectures and novel design approaches. In this paper, we discuss general concepts of self-adaptive real-time systems. Furthermore, specific system engineering techniques solving two important aspects of such a paradigm are presented. We discuss how the necessity for adaptation can be identified using Online Model Checking and how self-adapting safety guards can be designed by means of Artificial Immune Systems. Finally, we present an approach to integrating these techniques into an underlying platform architecture based on mixed-criticality virtualization.