Earliest deadline first (EDF) is a widely used algorithm for online deadline scheduling. It has been known for long that EDF is optimal for scheduling an underloaded, single-processor system; recent results on the extra-resource analysis of EDF further revealed that EDF when using moderately faster processors can achieve optimal performance in the underloaded, multi-processor setting. This paper initiates the extra-resource analysis of EDF for overloaded systems, showing that EDF supplemented with a simple form of admission control can provide a similar performance guarantee in both the single and multi-processor settings. © 2003 Elsevier Inc. All rights reserved.postprin
In this paper we study energy efficient deadline scheduling on multiprocessors in which the processo...
This paper deals with the study of Earliest Deadline First (EDF) which is an optimal scheduling algo...
[[abstract]]Many optimal uniprocessor schedulers, such as Earliest Deadline First (EDF) and Rate Mon...
Earliest deadline first (edf) is a widely used algorithm for online deadline scheduling. It has bee...
Abstract. Earliest deadline rst (edf) is a widely used algorithm for online deadline scheduling. It ...
AbstractThis paper is concerned with online algorithms for scheduling jobs with deadlines on a singl...
This paper is concerned with online algorithms for scheduling jobs with deadlines on a single proces...
This paper revisits the problem of on-line scheduling of sequential jobs with hard deadlines in a pr...
This paper is concerned with the design of online scheduling algorithms that exploit extra resources...
Abstract—Real-time scheduling is the theoretical basis of real-time systems engineering. Earliest De...
This article extends the study of online algorithms for energy-efficient deadline scheduling to the ...
AbstractThe following scheduling problem is studied: We are given a set of tasks with release times,...
International audienceThis paper examines the relative effectiveness of fixed priority non-pre-empti...
This paper investigates the relative effectiveness of fixed priority (FP) scheduling in a uniprocess...
In hard real-time systems, a signicant disparity in schedu-lability exists between EDF-based schedul...
In this paper we study energy efficient deadline scheduling on multiprocessors in which the processo...
This paper deals with the study of Earliest Deadline First (EDF) which is an optimal scheduling algo...
[[abstract]]Many optimal uniprocessor schedulers, such as Earliest Deadline First (EDF) and Rate Mon...
Earliest deadline first (edf) is a widely used algorithm for online deadline scheduling. It has bee...
Abstract. Earliest deadline rst (edf) is a widely used algorithm for online deadline scheduling. It ...
AbstractThis paper is concerned with online algorithms for scheduling jobs with deadlines on a singl...
This paper is concerned with online algorithms for scheduling jobs with deadlines on a single proces...
This paper revisits the problem of on-line scheduling of sequential jobs with hard deadlines in a pr...
This paper is concerned with the design of online scheduling algorithms that exploit extra resources...
Abstract—Real-time scheduling is the theoretical basis of real-time systems engineering. Earliest De...
This article extends the study of online algorithms for energy-efficient deadline scheduling to the ...
AbstractThe following scheduling problem is studied: We are given a set of tasks with release times,...
International audienceThis paper examines the relative effectiveness of fixed priority non-pre-empti...
This paper investigates the relative effectiveness of fixed priority (FP) scheduling in a uniprocess...
In hard real-time systems, a signicant disparity in schedu-lability exists between EDF-based schedul...
In this paper we study energy efficient deadline scheduling on multiprocessors in which the processo...
This paper deals with the study of Earliest Deadline First (EDF) which is an optimal scheduling algo...
[[abstract]]Many optimal uniprocessor schedulers, such as Earliest Deadline First (EDF) and Rate Mon...