Abstract—We propose a compositional framework for analyz-ing the schedulability of hierarchical scheduling systems. The framework is realized using Parameterized Stopwatch Automata to describe tasks, whereas the schedulability analysis is per-formed using UPPAAL. The concrete behavior of each periodic preemptive task is given as a list of timed actions to which resources are assigned by SIRAP protocol. Our framework is reconfigurable in which the hierarchical structure, the scheduling policies, the concrete task behavior and the shared resources can all be reconfigured. Finally, we use our framework to analyze the schedulability of a real-time avionics system. Keywords-Hierarchical scheduling systems, Parameterized stopwatch automata, Compo...
Cyber-physical systems (CPSs) are becoming all-pervasive, and due to increasing complexity they are ...
Real-Time System The hierarchical real-time scheduling framework is a widely accepted model to facil...
The hierarchical real-time scheduling framework is a widely accepted model to facilitate the design ...
This paper introduces a reconfigurable compositional schedul-ing framework, in which the hierarchica...
International audienceWe propose a compositional framework for modeling and analyzing the schedulabi...
This paper introduces a compositional framework for analyzing the predictability of component-based ...
A Compositional Framework for Avionics (ARINC-653) Systems Cyber-physical systems (CPSs) are becomin...
International audienceCompositional reasoning on hierarchical scheduling systems is a well-founded f...
We present a compositional framework for the specification and analysis of hierarchical scheduling s...
Embedded systems are complex as a whole but consist of smaller independent modules minimally interac...
Complex real-time embedded systems can be developed using component based design methodologies. Timi...
Abstract—Hierarchical Scheduling (HS) techniques achieve resource partitioning among a set of real-t...
Embedded systems are complex as a whole but consist of smaller independent modules minimally interac...
Interface Algebra for Analysis of Hierarchical Real-Time Systems Complex real-time embedded systems ...
Document Version Peer reviewed version Link to publication from Aalborg University Citation for publ...
Cyber-physical systems (CPSs) are becoming all-pervasive, and due to increasing complexity they are ...
Real-Time System The hierarchical real-time scheduling framework is a widely accepted model to facil...
The hierarchical real-time scheduling framework is a widely accepted model to facilitate the design ...
This paper introduces a reconfigurable compositional schedul-ing framework, in which the hierarchica...
International audienceWe propose a compositional framework for modeling and analyzing the schedulabi...
This paper introduces a compositional framework for analyzing the predictability of component-based ...
A Compositional Framework for Avionics (ARINC-653) Systems Cyber-physical systems (CPSs) are becomin...
International audienceCompositional reasoning on hierarchical scheduling systems is a well-founded f...
We present a compositional framework for the specification and analysis of hierarchical scheduling s...
Embedded systems are complex as a whole but consist of smaller independent modules minimally interac...
Complex real-time embedded systems can be developed using component based design methodologies. Timi...
Abstract—Hierarchical Scheduling (HS) techniques achieve resource partitioning among a set of real-t...
Embedded systems are complex as a whole but consist of smaller independent modules minimally interac...
Interface Algebra for Analysis of Hierarchical Real-Time Systems Complex real-time embedded systems ...
Document Version Peer reviewed version Link to publication from Aalborg University Citation for publ...
Cyber-physical systems (CPSs) are becoming all-pervasive, and due to increasing complexity they are ...
Real-Time System The hierarchical real-time scheduling framework is a widely accepted model to facil...
The hierarchical real-time scheduling framework is a widely accepted model to facilitate the design ...