Add to ORKGFast real-time feasibility tests and analysis algo-rithms are necessary for a high acceptance of the for-mal techniques by industrial software engineers. This paper presents a possibility to reduce the computation time required to calculate the worst-case response time of a task in a fixed-priority task set with jitter by a considerable amount of time. The correctness of the approach is proven analytically and experimental comparisons with the currently fastest known tests show the improvement of the new method. 1
Worst-case response time analysis of hard real-time tasks under hierarchical fixed priority pre-empt...
Worst-case response time analysis of hard real-time tasks under hierarchical fixed priority pre-empt...
In this paper, we propose a novel analytical method, called scheduling time bound analysis, to find ...
Feasibility analysis algorithms are based on particular metrics such as processor utilization, load ...
In this paper, we present and prove exact best-case response time and improved jitter analysis of re...
In most real-time systems, tasks invoke external opera-tions processed upon dedicated processors. Ex...
We consider static-priority tasks with constrained-deadlines that are subjected to release jitters. ...
Since worst case response times must be determined repeatedly during the interactive design of real-...
Fixed-priority scheduling with deferred preemption (FPDS) has been proposed in the literature as a v...
Abstract. In this paper an improvement of the schedulability analysis for fixed-priority distributed...
Abstract. Real-Time Embedded Systems (RTES) in safety-critical domains, such as maritime and energy,...
Worst-case response time analysis of hard real-time tasks under hierarchical fixed priority pre-empt...
Modern Real Time Operating Systems require reducing computational costs even though the microprocess...
Worst-case response time analysis of hard real-time tasks under hierarchical fixed priority pre-empt...
Worst-case response time analysis of hard real-time tasks under hierarchical fixed priority pre-empt...
In this paper, we propose a novel analytical method, called scheduling time bound analysis, to find ...
Feasibility analysis algorithms are based on particular metrics such as processor utilization, load ...
In this paper, we present and prove exact best-case response time and improved jitter analysis of re...
In most real-time systems, tasks invoke external opera-tions processed upon dedicated processors. Ex...
We consider static-priority tasks with constrained-deadlines that are subjected to release jitters. ...
Since worst case response times must be determined repeatedly during the interactive design of real-...
Fixed-priority scheduling with deferred preemption (FPDS) has been proposed in the literature as a v...
Abstract. In this paper an improvement of the schedulability analysis for fixed-priority distributed...
Abstract. Real-Time Embedded Systems (RTES) in safety-critical domains, such as maritime and energy,...
Worst-case response time analysis of hard real-time tasks under hierarchical fixed priority pre-empt...
Modern Real Time Operating Systems require reducing computational costs even though the microprocess...
Worst-case response time analysis of hard real-time tasks under hierarchical fixed priority pre-empt...
Worst-case response time analysis of hard real-time tasks under hierarchical fixed priority pre-empt...
In this paper, we propose a novel analytical method, called scheduling time bound analysis, to find ...