DocumentCode :
1432665
Title :
Enterprise computing with Jini technology
Author :
Stang, Mark ; Whinston, Stephen
Author_Institution :
Xor Inc., Boulder, CO, USA
Volume :
3
Issue :
1
fYear :
2001
Firstpage :
33
Lastpage :
38
Abstract :
You may think of Jini technology from Sun Microsystems as software for networking embedded systems-machines that contain a microprocessor and do a specific task. But more specifically, Jini software gives network devices self-configuration and self-management capabilities; it lets devices communicate immediately on a network without human intervention. These networks are also self-healing in that devices that leave the network for any reason (machine crashes or power surges, for example) do not affect the remaining devices´ operation. A Jini client that loses contact with a server can recover and continue processing. Although it is precisely these advantages that make Jini technology attractive for embedded systems, why stop there? Network plug-and-play capabilities and self-configuration are also attractive for enterprise computing. Java, for example, was initially designed for embedded devices. But that hasn´t stopped it from becoming a major force in enterprise computing. Does Java drive your Web server or backend application? At many companies, it does-not a bad accomplishment for an embedded system language. We contend that Jini technology´s true promise lies in enterprise computing because it has unique abilities that extend beyond plug-and-play network connectivity
Keywords :
Internet; business data processing; client-server systems; software engineering; Jini software; Jini technology; Sun Microsystems; client/server systems; embedded systems; enterprise computing; network devices; network plug-and-play capabilities; self-configuration; self-management; Computer crashes; Computer networks; Embedded software; Embedded system; Humans; Java; Microprocessors; Network servers; Sun; Surges;
fLanguage :
English
Journal_Title :
IT Professional
Publisher :
ieee
ISSN :
1520-9202
Type :
jour
DOI :
10.1109/6294.899931
Filename :
899931
Link To Document :
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