The temporal correctness of safety-critical systems is typically guaranteed via a response-time analysis (RTA). However, as the systems become complex (e.g., parallel tasks running on a multicore platform), most existing RTAs either become pessimistic or do not scale with respect to e.g., the number of tasks or period values. To make a trade-off between accuracy and scalability, recently, a new reachability-based RTA called schedule-abstraction graph (SAG) has been introduced by Nasri et al. It explores the space of possible decisions that a scheduling policy can take while dispatching a set of tasks or jobs on processing resources. The analysis is at least three orders of magnitude faster than other exact RTAs and is able to identify many ...
One of the major sources of pessimism in the response time analysis (RTA) of globally scheduled real...
Abstract—Recently, there have been several promising tech-niques developed for schedulability analys...
For the development of complex software systems, we often resort to component-based approaches that ...
The temporal correctness of safety-critical systems is typically guaranteed via a response-time anal...
The temporal correctness of safety-critical systems is typically guaranteed via a response-time anal...
The temporal correctness of safety-critical systems is typically guaranteed via a response-time anal...
The temporal correctness of safety-critical systems is typically guaranteed via a response-time anal...
Response-time analysis (RTA) has been a means to evaluate the temporal correctness of real-time syst...
The requirements for real-time systems in safety-critical applications typically contain strict timi...
Abstract—A recent trend in the theory of real-time scheduling is to consider generalizations of the ...
For any real-time system, being predictable with respect to time is a basic necessity. The combinati...
Most recurrent real-time applications can be modeled as a set of sequential code segments (or blocks...
Most recurrent real-time applications can be modeled as a set of sequential code segments (or blocks...
Abstract—In this paper we address the problem of schedulabil-ity analysis for a set of sporadic task...
The paper introduces foundational response-time analysis (RTA) as a means to produce strong and inde...
One of the major sources of pessimism in the response time analysis (RTA) of globally scheduled real...
Abstract—Recently, there have been several promising tech-niques developed for schedulability analys...
For the development of complex software systems, we often resort to component-based approaches that ...
The temporal correctness of safety-critical systems is typically guaranteed via a response-time anal...
The temporal correctness of safety-critical systems is typically guaranteed via a response-time anal...
The temporal correctness of safety-critical systems is typically guaranteed via a response-time anal...
The temporal correctness of safety-critical systems is typically guaranteed via a response-time anal...
Response-time analysis (RTA) has been a means to evaluate the temporal correctness of real-time syst...
The requirements for real-time systems in safety-critical applications typically contain strict timi...
Abstract—A recent trend in the theory of real-time scheduling is to consider generalizations of the ...
For any real-time system, being predictable with respect to time is a basic necessity. The combinati...
Most recurrent real-time applications can be modeled as a set of sequential code segments (or blocks...
Most recurrent real-time applications can be modeled as a set of sequential code segments (or blocks...
Abstract—In this paper we address the problem of schedulabil-ity analysis for a set of sporadic task...
The paper introduces foundational response-time analysis (RTA) as a means to produce strong and inde...
One of the major sources of pessimism in the response time analysis (RTA) of globally scheduled real...
Abstract—Recently, there have been several promising tech-niques developed for schedulability analys...
For the development of complex software systems, we often resort to component-based approaches that ...