In this paper we discuss challenges and design principles of an implementation of slot-based tasksplitting algorithms into the Linux 2.6.34 version. We show that this kernel version is provided with the required features for implementing such scheduling algorithms. We show that the real behavior of the scheduling algorithm is very close to the theoretical. We run and discuss experiments on 4-core and 24-core machines
An evolution is happening in the way that operating systems support the real-time requirements of th...
A flexible real-time tasking abstraction is necessary to support diversified and evolving applicatio...
Consider the problem of scheduling a set of implicitdeadline sporadic tasks on a heterogeneous mult...
Consider the problem of scheduling a set of sporadic tasks on a multiprocessor system to meet deadli...
Consider the problem of scheduling a set of sporadic tasks on a multiprocessor system to meet deadl...
This thesis presents slot scheduling, a approach to general-purpose CPU scheduling for multiprocesso...
This paper presents a real-time scheduling algorithm with high schedulability and few preemptions fo...
Hard real- time multiprocessor scheduling has seen, in recent years, the flourishing of semi-partiti...
The correctness of a hard real-time system depends its ability to meet all its deadlines. Existing r...
Multiprocessors, particularly in the form of multicores, are becoming standard building blocks for ...
International audienceIn this paper, we focus on the scheduling of periodic fork-join real-time task...
This paper proposes a global multiprocessor scheduling algorithm for the Linux kernel that combines...
In recent years multiprocessor architectures have become mainstream, and multi-core processors are f...
A new algorithm is proposed for scheduling preemptible arbitrary-deadline sporadic task systems upon...
The mainline Linux Kernel is not designed forhard real-time systems; it only fits the requirements o...
An evolution is happening in the way that operating systems support the real-time requirements of th...
A flexible real-time tasking abstraction is necessary to support diversified and evolving applicatio...
Consider the problem of scheduling a set of implicitdeadline sporadic tasks on a heterogeneous mult...
Consider the problem of scheduling a set of sporadic tasks on a multiprocessor system to meet deadli...
Consider the problem of scheduling a set of sporadic tasks on a multiprocessor system to meet deadl...
This thesis presents slot scheduling, a approach to general-purpose CPU scheduling for multiprocesso...
This paper presents a real-time scheduling algorithm with high schedulability and few preemptions fo...
Hard real- time multiprocessor scheduling has seen, in recent years, the flourishing of semi-partiti...
The correctness of a hard real-time system depends its ability to meet all its deadlines. Existing r...
Multiprocessors, particularly in the form of multicores, are becoming standard building blocks for ...
International audienceIn this paper, we focus on the scheduling of periodic fork-join real-time task...
This paper proposes a global multiprocessor scheduling algorithm for the Linux kernel that combines...
In recent years multiprocessor architectures have become mainstream, and multi-core processors are f...
A new algorithm is proposed for scheduling preemptible arbitrary-deadline sporadic task systems upon...
The mainline Linux Kernel is not designed forhard real-time systems; it only fits the requirements o...
An evolution is happening in the way that operating systems support the real-time requirements of th...
A flexible real-time tasking abstraction is necessary to support diversified and evolving applicatio...
Consider the problem of scheduling a set of implicitdeadline sporadic tasks on a heterogeneous mult...