This paper is concerned with the response time provided to jobs in a time-shared computer systems environment. The main thrust of this paper is to extend all known results and any future results for such scheduling algorithms so as to create a continuum of response time functions by introducing a single degree ' of freedom into our model. Thus, given any scheduling algorithm, its performance may be made to vary continuously from its original form to that of the first-co~e-first-served scheduling algorithm by means of this degree of freedom. The solution for this continuum is simply expressed in terms of the solution for the original scheduling algorithm and the implementation of this degree of freedom in any computer system is extremel...
Multilevel Processor-Sharing (MLPS) disciplines refer to a family of age-based scheduling discipline...
This paper presents a new schedulability analysis methodology for distributed hard real-time systems...
In the last years, a progressive migration from single processor chips to multi-core computing devic...
Since worst case response times must be determined repeatedly during the interactive design of real-...
In this paper, we investigate the response time of a multi-server processor sharing (PS) model. A mu...
Scheduling a sequence of jobs released over time when the processing time of a job is only known at ...
139 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1981.Distributed processor systems...
A class of optimization models of processor scheduling for a representative time-sharing computer sy...
Abstract—Hierarchical scheduling allows reservation of pro-cessor bandwidth and the use of different...
This thesis analyzes a group of cpu scheduling algorithms on the basis of the variation in response ...
ÐThis paper investigates a class of rate-based real-time scheduling algorithms based on the idea of ...
Many disciplines have been proposed for scheduling and processor allocation in multiprogrammed multi...
Abstract—Recently, there have been several promising tech-niques developed for schedulability analys...
We are given a nite set of jobs of equal processing times with readiness times and tails and a set o...
In this paper we look in detail at a computer system consisting of one Central Processing Unit (CP) ...
Multilevel Processor-Sharing (MLPS) disciplines refer to a family of age-based scheduling discipline...
This paper presents a new schedulability analysis methodology for distributed hard real-time systems...
In the last years, a progressive migration from single processor chips to multi-core computing devic...
Since worst case response times must be determined repeatedly during the interactive design of real-...
In this paper, we investigate the response time of a multi-server processor sharing (PS) model. A mu...
Scheduling a sequence of jobs released over time when the processing time of a job is only known at ...
139 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1981.Distributed processor systems...
A class of optimization models of processor scheduling for a representative time-sharing computer sy...
Abstract—Hierarchical scheduling allows reservation of pro-cessor bandwidth and the use of different...
This thesis analyzes a group of cpu scheduling algorithms on the basis of the variation in response ...
ÐThis paper investigates a class of rate-based real-time scheduling algorithms based on the idea of ...
Many disciplines have been proposed for scheduling and processor allocation in multiprogrammed multi...
Abstract—Recently, there have been several promising tech-niques developed for schedulability analys...
We are given a nite set of jobs of equal processing times with readiness times and tails and a set o...
In this paper we look in detail at a computer system consisting of one Central Processing Unit (CP) ...
Multilevel Processor-Sharing (MLPS) disciplines refer to a family of age-based scheduling discipline...
This paper presents a new schedulability analysis methodology for distributed hard real-time systems...
In the last years, a progressive migration from single processor chips to multi-core computing devic...