Distributed execution model for self-stabilizing systems
Shing‐Tsaan Huang, Lih‐Chyau Wuu, Ming-Shin Tsai · 2002
There are several execution models for self-stabilizing systems discussed in the literature. Among them the distributed model is a more realistic one in the sense that it makes the weakest assumption about the execution environment; whereas the serial model is a less realistic one in the sense that it makes the strongest assumption. In this paper we first discuss how to convert a self-stabilizing system operating with the serial model into a system operating with the distributed model, but such a conversion does not guarantee that the converted system is self-stabilizing. Then we propose a transform technique which makes the proof whether or not the converted system is self-stabilizing much easier.>