A self-organizing publish/subscribe middleware for dynamic peer-to-peer networks (search Google Scholar)
M. O. Junginger and Y. Lee. A self-organizing publish/subscribe middleware for dynamic peer-to-peer networks. IEEE Network, 18(1):38‒43, 2004.
Abstract
Peer-to-peer needs new middleware technologies and
counterparts to the widely established CORBA, EJB,
COM+, and messaging systems products. Specially
designed middleware would release the advantages of
peer-to-peer networks to a broad spectrum of
applications. Network-specific advantages like
scalability, fault tolerance, and resource availability
could easily be utilized without any concerns about
their underlying infrastructure and resources. We
address this need with our P2P Messaging System, which
focuses on high-performance group communication based
on a publish/subscribe model. The P2P Messaging System
considers the heterogeneous and dynamic character of
peer-to-peer networks by an augmented topology and its
supporting features. The P2P Messaging System was
evaluated by experimental benchmark tests, and the
results provide evidence of its efficiency and
scalability.
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BibTeX
@Article{JungingerLee:2004:SelfOrgPubSubP2P,
title = "A self-organizing publish/subscribe middleware for
dynamic peer-to-peer networks",
author = "M. O. Junginger and Yugyung Lee",
journal = "{IEEE} Network",
year = "2004",
volume = "18",
number = "1",
pages = "38--43",
abstract = "Peer-to-peer needs new middleware technologies and
counterparts to the widely established CORBA, EJB,
COM+, and messaging systems products. Specially
designed middleware would release the advantages of
peer-to-peer networks to a broad spectrum of
applications. Network-specific advantages like
scalability, fault tolerance, and resource availability
could easily be utilized without any concerns about
their underlying infrastructure and resources. We
address this need with our P2P Messaging System, which
focuses on high-performance group communication based
on a publish/subscribe model. The P2P Messaging System
considers the heterogeneous and dynamic character of
peer-to-peer networks by an augmented topology and its
supporting features. The P2P Messaging System was
evaluated by experimental benchmark tests, and the
results provide evidence of its efficiency and
scalability.",
keywords = "distributed processing, electronic messaging,
middleware, protocols, quality of service",
doi = "10.1109/MNET.2004.1265832",
ISSN = "0890-8044",
topic = "Self-Organization and Adaptation;Peer-to-Peer",
modified = "1145532859",
}