'Processor pool' diaporamas de présentation

Amoeba

743 views • 59 slides

Amoeba -- Introduction

Amoeba -- Introduction. Amoeba 5.0 is a a general purpose distributed operating system. The researchers were motivated by the declining cost of CPU chips. They saw the challenge of designing and implementing software to manage the growing availability of computing power in a convenient way.

818 views • 49 slides

The Amoeba Distributed Operating System

The Amoeba Distributed Operating System. Presented by Peter Hebden ICS 243F, Spring 2002. Introduction (1). Amoeba 5.0 is a a general purpose distributed operating system. The researchers were motivated by the declining cost of CPU chips.

674 views • 29 slides

System Models

System Models. Advanced Operating Systems Nael Abu-halaweh. Contents Introduction. Workstation Model. Processor Pool Model. Hybrid Model. Clustering. Introduction Traditional Systems have only one processor. Processors in Distributed Systems can be organized in several ways.

215 views • 21 slides

Distributed Process Scheduling: 5.1 A System Performance Model

Distributed Process Scheduling: 5.1 A System Performance Model. Shuman Guo CSc 8320, Spring 2007. Outline. Overview A System Performance Model Processor Pool and Workstation Queuing Models References. Overview [Randy Chow, 97].

366 views • 20 slides

Distributed Process Scheduling: A System Performance Model

Distributed Process Scheduling: A System Performance Model. Vijay Jain CSc 8320, Spring 2007. Outline. Overview Process Interaction Models A System Performance Model Efficiency Loss Processor Pool and Workstation Queuing Models Comparison of Performance for Workload Sharing References.

582 views • 20 slides

Distributed Process Scheduling

Distributed Process Scheduling. A System Performance Model. Outline. Overview Process Interaction Models A System Performance Model Efficiency Loss Processor Pool and Workstation Queuing Models Comparison of Performance for Workload Sharing References.

218 views • 20 slides

Distributed Process Scheduling: A System Performance Model

Distributed Process Scheduling: A System Performance Model. Vijay Jain CSc 8320, Spring 2007. Outline. Overview Process Interaction Models A System Performance Model Efficiency Loss Processor Pool and Workstation Queuing Models Comparison of Performance for Workload Sharing References.

224 views • 20 slides