We consider static-priority tasks with constrained-deadlines that are subjected to release jitters. We define an approximate worst-case response time analysis and we propose a polynomial time algorithm. For that purpose, we extend the Fully Polynomial Time Approximation Scheme (FPTAS) presented in [2] to take into account release jit-ters; this feasibility test is then used to define a polyno-mial time algorithm that computes approximate worst-case response times of tasks. Nevertheless, the approximate worst-case response time values have not be proved to have any bounded error in comparison with worst-case response times.
Abstract—In this paper we address the problem of schedulabil-ity analysis for a set of sporadic task...
Fixed-priority preemption-threshold scheduling (FPTS) has been proposed as a generalization of fixed...
Fixed-priority scheduling with preemption thresholds (FPTS) is supported by the AUTOSAR and OSEK sta...
Feasibility analysis algorithms are based on particular metrics such as processor utilization, load ...
Since worst case response times must be determined repeatedly during the interactive design of real-...
In this paper, we present and prove exact best-case response time and improved jitter analysis of re...
In this paper, we present a conjecture for exact best-case response times of periodic released, inde...
Current feasibility tests for the static-priority scheduling on uniprocessors of periodic task syste...
Priority-based Functional Reactive Programming (FRP) is a new declarative approach to modeling and b...
Fixed-priority scheduling with deferred preemption (FPDS) has been proposed in the literature as a v...
Abstract—In this paper we address the problem of schedulabil-ity analysis for a set of sporadic task...
Fixed-priority preemption-threshold scheduling (FPTS) has been proposed as a generalization of fixed...
Fixed-priority scheduling with preemption thresholds (FPTS) is supported by the AUTOSAR and OSEK sta...
Feasibility analysis algorithms are based on particular metrics such as processor utilization, load ...
Since worst case response times must be determined repeatedly during the interactive design of real-...
In this paper, we present and prove exact best-case response time and improved jitter analysis of re...
In this paper, we present a conjecture for exact best-case response times of periodic released, inde...
Current feasibility tests for the static-priority scheduling on uniprocessors of periodic task syste...
Priority-based Functional Reactive Programming (FRP) is a new declarative approach to modeling and b...
Fixed-priority scheduling with deferred preemption (FPDS) has been proposed in the literature as a v...
Abstract—In this paper we address the problem of schedulabil-ity analysis for a set of sporadic task...
Fixed-priority preemption-threshold scheduling (FPTS) has been proposed as a generalization of fixed...
Fixed-priority scheduling with preemption thresholds (FPTS) is supported by the AUTOSAR and OSEK sta...