مشاهده مشخصات مقاله
Probabilistic Analysis of Self-Stabilizing Systems: A Case Study on a Mutual Exclusion Algorithm
|
Authors |
-
Mehran Alidoost Nia
-
Fathiyeh Faghih
|
|
Conference |
سمپوزیوم بینالمللی سیستمها و فنآوریهای بیدرنگ و نهفته RTEST 2018 |
|
Abstract |
The heterogeneity in cyber-physical systems (CPS) and the diverse situations that they may face with, along with the environmental hazards raise the need to self-stabilization. The uncertain nature of CPS necessitates a probabilistic view for analyzing the system stabilization-time that is a highly critical metric in distributed/time-sensitive applications. Calculating the worst-case expected stabilization-time and possible improvements help to have safer designs of CPS applications. In this paper, a mutual exclusion algorithm based on PIF (Propagation of Information with Feedback) self-stabilizing algorithm is selected in synchronous environment as a case study. Using probabilistic analysis, we present a set of guidelines for utilizing this algorithm in time-sensitive applications. We have also utilized an approximation method for improving the scalability of our probabilistic analysis and did a set of experiments to show how this analysis could be used in the design of topologies with the goal of having an optimal worst-case expected stabilization-time. Our results show that using this approach, we can significantly improve the worst-case expected stabilization-time. |
|
قیمت |
-
برای اعضای سایت : 100,000 Rial
-
برای دانشجویان عضو انجمن : 20,000 Rial
-
برای اعضای عادی انجمن : 40,000 Rial
|
خرید مقاله
|
|
.gif){kind=icon}