We study the problem of executing a collection of independently designed and validated task systems upon a common platform comprised of a preemptive processor and additional shared resources. We present an abstract formulation of the problem and identify the major issues that must be addressed in order to solve this problem. We present (and prove the correctness of) algorithms that address these issues, and thereby obtain a design for an open real-time environment in the presence of shared global resources
Many different task models of varying expressiveness have been proposed to capture the timing constr...
There is an increasing demand for highly dynamic realtime systems where several independently develo...
In recent years multiprocessor architectures have become mainstream, and multi-core processors are f...
We study the problem of executing a collection of independently designed and validated task systems ...
We study the problem of executing a collection of independently designed and validated task systems ...
We study the problem of executing a collection of independently designed and validated task systems ...
We consider coordinating accesses to shared data structures in multiprocessor real-time systems sche...
We consider coordinating accesses to shared data structures in multiprocessor real-time systems sche...
For resource-constrained embedded real-time systems, resource-efficient approaches are very importan...
In this paper we propose a synchronization protocol for resource sharing among independently-develop...
Resource sharing in priority-based systems can give rise to priority-inversion and blocking, wherein...
Abstract. With the rise of multi-core platforms even more complex software systems can be implemente...
In this paper we propose an end-to-end approach to scheduling tasks that share resources in a multip...
Resource efficient approaches are of great importance for resource constrained embedded systems. In ...
Earliest Deadline First (EDF) is the most widely studied optimal dynamic scheduling algorithm for un...
Many different task models of varying expressiveness have been proposed to capture the timing constr...
There is an increasing demand for highly dynamic realtime systems where several independently develo...
In recent years multiprocessor architectures have become mainstream, and multi-core processors are f...
We study the problem of executing a collection of independently designed and validated task systems ...
We study the problem of executing a collection of independently designed and validated task systems ...
We study the problem of executing a collection of independently designed and validated task systems ...
We consider coordinating accesses to shared data structures in multiprocessor real-time systems sche...
We consider coordinating accesses to shared data structures in multiprocessor real-time systems sche...
For resource-constrained embedded real-time systems, resource-efficient approaches are very importan...
In this paper we propose a synchronization protocol for resource sharing among independently-develop...
Resource sharing in priority-based systems can give rise to priority-inversion and blocking, wherein...
Abstract. With the rise of multi-core platforms even more complex software systems can be implemente...
In this paper we propose an end-to-end approach to scheduling tasks that share resources in a multip...
Resource efficient approaches are of great importance for resource constrained embedded systems. In ...
Earliest Deadline First (EDF) is the most widely studied optimal dynamic scheduling algorithm for un...
Many different task models of varying expressiveness have been proposed to capture the timing constr...
There is an increasing demand for highly dynamic realtime systems where several independently develo...
In recent years multiprocessor architectures have become mainstream, and multi-core processors are f...