Add to ORKGInternational audienceWe address in this paper the problem of jointly scheduling hard periodic tasks and soft aperiodic events using the Real-Time Specification for Java (RTSJ). We present the programming constraints of RTSJ and propose slack time evaluation and utilization algorithms which take these constraints into account. We evaluate these algorithms and compare their performances with the Background Scheduling (BS) through simulations
As real-time embedded systems get more diverse and more complicated, systems with different types of...
Graceful performance degradation during overload condi-tions is the primary objective of soft real-t...
This report addresses the problem of jointly scheduling tasks with both hard and soft time constrai...
The studied problem is the jointly scheduling of hard periodic tasks with soft aperiodic events, whe...
In computer science, real-time systems are composed of tasks. To each task is associated a timing co...
International audienceThis paper presents a framework to design real-time event-based applications u...
International audienceThe aim of our work is to provide a mechanism to deal with soft real-time aper...
Les systèmes temps réel sont des systèmes informatiques composés de tâches auxquelles sont associées...
International audienceWe present in this paper our experience on the implementation with RTSJ of adv...
International audienceWe propose to handle execution duration overruns (temporal faults) in real-tim...
The problem of jointly scheduling both hard deadline periodic tasks and soft aperiodic tasks has bee...
IRCCyN Technical Report(1) how to determine the slack at run time? (2) are there lower bounds to the...
Most real-time systems consist of a mixture of hard and soft real-time components. Hard real-time ta...
A real-time system typically has a mixture of periodic and aperiodic workload. Requests in each peri...
This article presents and evaluates the Slack Method, a new constructive heuristic for the allocatio...
As real-time embedded systems get more diverse and more complicated, systems with different types of...
Graceful performance degradation during overload condi-tions is the primary objective of soft real-t...
This report addresses the problem of jointly scheduling tasks with both hard and soft time constrai...
The studied problem is the jointly scheduling of hard periodic tasks with soft aperiodic events, whe...
In computer science, real-time systems are composed of tasks. To each task is associated a timing co...
International audienceThis paper presents a framework to design real-time event-based applications u...
International audienceThe aim of our work is to provide a mechanism to deal with soft real-time aper...
Les systèmes temps réel sont des systèmes informatiques composés de tâches auxquelles sont associées...
International audienceWe present in this paper our experience on the implementation with RTSJ of adv...
International audienceWe propose to handle execution duration overruns (temporal faults) in real-tim...
The problem of jointly scheduling both hard deadline periodic tasks and soft aperiodic tasks has bee...
IRCCyN Technical Report(1) how to determine the slack at run time? (2) are there lower bounds to the...
Most real-time systems consist of a mixture of hard and soft real-time components. Hard real-time ta...
A real-time system typically has a mixture of periodic and aperiodic workload. Requests in each peri...
This article presents and evaluates the Slack Method, a new constructive heuristic for the allocatio...
As real-time embedded systems get more diverse and more complicated, systems with different types of...
Graceful performance degradation during overload condi-tions is the primary objective of soft real-t...
This report addresses the problem of jointly scheduling tasks with both hard and soft time constrai...