A novel CPU scheduling policy is designed and implemented. It is a configurable policy in the sense that a tunable parameter is provided to change its behavior. With different settings of the parameter, this policy can emulate the first-come first-serve, the processing sharing, or the feedback policies, as well as different levels of their mixtures. This policy is implemented in the Linux kernel as a replacement of the default scheduler. The drastic changes of behaviors as the parameter changes are analyzed and simulated. Its performance is measured with the real systems by the workload generators and benchmarks
We introduce Harmony, a system for extracting the mul-tiprocessor scheduling policies from commodity...
The main objective of this paper is to develop a new approach for round robin C P U scheduling algor...
Journal ArticleThe processors in workstations, personal computers, and servers are becoming increasi...
Journal ArticleTraditional processor scheduling mechanisms in operating systems are fairly rigid, o...
CPU scheduling algorithms determine how programs run on a CPU in an operating system. These algorith...
A multiprocessor system often has more jobs ready to execute than processors available on which to r...
This thesis report is submitted in partial fulfillment of the requirements for the degree of Bachelo...
Traditional processor scheduling mechanisms in operating systems are fairly rigid, often supportingo...
This paper presents ongoing work in the development of a scheduling framework that will improve the ...
Abstract: The multiprocessor computer systems become more popular for the improvement of the proces...
As multimedia applications with real-time constraints rapidly invade today's desktops, it becom...
This chapter discusses CPU scheduling in parallel and distributed systems. CPU scheduling is part of...
Abstract This paper presents Vassal, a system that enables applications to dynamically load and unlo...
Abstract — Scheduling is a fundamental operating system function, since almost all computer resource...
CPU scheduling algorithms have a significant function in multiprogramming operating systems. When th...
We introduce Harmony, a system for extracting the mul-tiprocessor scheduling policies from commodity...
The main objective of this paper is to develop a new approach for round robin C P U scheduling algor...
Journal ArticleThe processors in workstations, personal computers, and servers are becoming increasi...
Journal ArticleTraditional processor scheduling mechanisms in operating systems are fairly rigid, o...
CPU scheduling algorithms determine how programs run on a CPU in an operating system. These algorith...
A multiprocessor system often has more jobs ready to execute than processors available on which to r...
This thesis report is submitted in partial fulfillment of the requirements for the degree of Bachelo...
Traditional processor scheduling mechanisms in operating systems are fairly rigid, often supportingo...
This paper presents ongoing work in the development of a scheduling framework that will improve the ...
Abstract: The multiprocessor computer systems become more popular for the improvement of the proces...
As multimedia applications with real-time constraints rapidly invade today's desktops, it becom...
This chapter discusses CPU scheduling in parallel and distributed systems. CPU scheduling is part of...
Abstract This paper presents Vassal, a system that enables applications to dynamically load and unlo...
Abstract — Scheduling is a fundamental operating system function, since almost all computer resource...
CPU scheduling algorithms have a significant function in multiprogramming operating systems. When th...
We introduce Harmony, a system for extracting the mul-tiprocessor scheduling policies from commodity...
The main objective of this paper is to develop a new approach for round robin C P U scheduling algor...
Journal ArticleThe processors in workstations, personal computers, and servers are becoming increasi...