The validation process is an important step in the development of a real-time application. It consists in proving that, whatever happens, the scheduling policy guarantees that all the temporal constraints are met. In this thesis we study the schedulability test of tasks with offsets, on uniprocessor system, with fixed and dynamic priority assignments. The exact tests has an exponential complexity and only a sufficient (pessimistic) feasibility test with a pseudo-polynomial complexity has been proposed. Note that all existing tests are based on the response time analysis (RTA) technique. In the fixed priority context, we propose a new pseudo-polynomial RTA method, less pessimistic than the existing methods. We present some properties (accumu...
AbstractSchedulability conditions are used in real-time systems to verify the fulfillment of the tem...
Exact schedulability analysis of limited-preemptive (or non-preemptive) real-time workloads with var...
Real-Time Monotonic algorithm (RMA) is a widely used static priority scheduling algorithm. For appli...
The validation process is an important step in the development of a real-time application. It consis...
Un système temps réel critique nécessite une validation temporelle utilisant un test d'ordonnançabil...
Two techniques are used to verify if real-time tasks meet their deadlines : schedulability tests tha...
Feasibility analysis of fixed priority systems has been widely studied in the real-time literatur...
Feasibility analysis of fixed priority systems has been widely studied in the real-time literatur...
Feasibility analysis of fixed priority systems has been widely studied in the real-time literatur...
Feasibility analysis of fixed priority systems has been widely studied in the real-time literatur...
In this paper, we investigate the quality of several linear-time schedulability tests for preemptive...
Feasibility analysis of fixed priority systems has been widely studied in the real-time literatur...
[[abstract]]Real-time systems using rate-monotonic fixed priority scheduling can be checked for sche...
For a number of years, work has been performed in collaboration with industry to establish improved ...
[[abstract]]Real-time systems using rate-monotonic fixed priority scheduling can be checked for sche...
AbstractSchedulability conditions are used in real-time systems to verify the fulfillment of the tem...
Exact schedulability analysis of limited-preemptive (or non-preemptive) real-time workloads with var...
Real-Time Monotonic algorithm (RMA) is a widely used static priority scheduling algorithm. For appli...
The validation process is an important step in the development of a real-time application. It consis...
Un système temps réel critique nécessite une validation temporelle utilisant un test d'ordonnançabil...
Two techniques are used to verify if real-time tasks meet their deadlines : schedulability tests tha...
Feasibility analysis of fixed priority systems has been widely studied in the real-time literatur...
Feasibility analysis of fixed priority systems has been widely studied in the real-time literatur...
Feasibility analysis of fixed priority systems has been widely studied in the real-time literatur...
Feasibility analysis of fixed priority systems has been widely studied in the real-time literatur...
In this paper, we investigate the quality of several linear-time schedulability tests for preemptive...
Feasibility analysis of fixed priority systems has been widely studied in the real-time literatur...
[[abstract]]Real-time systems using rate-monotonic fixed priority scheduling can be checked for sche...
For a number of years, work has been performed in collaboration with industry to establish improved ...
[[abstract]]Real-time systems using rate-monotonic fixed priority scheduling can be checked for sche...
AbstractSchedulability conditions are used in real-time systems to verify the fulfillment of the tem...
Exact schedulability analysis of limited-preemptive (or non-preemptive) real-time workloads with var...
Real-Time Monotonic algorithm (RMA) is a widely used static priority scheduling algorithm. For appli...