Paper Info
Title
A Distributed Implementation Of A Virtual Machine For Java
Abstract
The cluster virtual machine (VM) for Java provides a single system image of a traditional Java Virtual Machine (JVM) while executing in a distributed fashion on the nodes of a cluster. The cluster VM for Java virtualizes the cluster, supporting any pure Java application without requiring that application be tailored specifically for it. The aim of our cluster VM is to obtain improved scalability for a class of Java Server Applications by distributing the application's work among the cluster's computing resources. The implementation of the cluster VM for Java is based on a novel object model which distinguishes between an application's view of an object (e.g. every object is a unique data structure) and its implementation (e.g. objects may have consistent replications on different nodes). This enables us to exploit knowledge on the use of individual objects to improve performance (e.g, using object replications to increase locality of access to objects). We have already completed a prototype that runs pure Java applications on a cluster of NT workstations connected by a Myrinet fast switch, The prototype provides a single system image to applications, distributing the application's threads and objects over the cluster. We used the cluster VM to run, without change, a real Java Server Application containing over 10 Kloc(double dagger) for the source code and achieved high scalability for it on a cluster. We also achieved linear speedup for another application with a large number of independent threads. This paper discusses the architecture and implementation of the cluster VM. It focuses on achieving a single system image for a traditional JVM on a cluster white describing, in short, how we aim to obtain scalability. Copyright (C) 2001 John Wiley & Sons, Ltd.
Year
DOI
Venue
2001
10.1002/cpe.565
CONCURRENCY AND COMPUTATION-PRACTICE & EXPERIENCE
Keywords
DocType
Volume
cluster machine, Java, objects, Java Virtual Machine, single system image
Journal
13
Issue
ISSN
Citations 
3
1532-0626
1
PageRank 
References 
Authors
0.41
1
3
Name
Order
Citations
PageRank
Yariv Aridor154766.78
Michael Factor260856.06
A. Teperman316318.58