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Fault tolerance for distributed publish-subscribe systems

Author: Patrick Shih
Publisher: Pittsburgh, Pa. : Carnegie Mellon University. Information Networking Institute, [2005]
Dissertation: M.S. Carnegie Mellon University 2005
Series: Technical report (Information Networking Institute), TR-2005-13.
Edition/Format:   Thesis/dissertation : Thesis/dissertation : English
Summary:
Abstract: "There has been a wealth of research on reliable message transmission for distributed publish-subscribe systems. However, little research has been done on building fault-tolerance for these systems. Although distributed publish-subscribe systems are intrinsically fault-tolerant, as publishers can be easily replicated on multiple nodes, an event is not guaranteed to be delivered when a node crash happens to  Read more...
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Details

Material Type: Thesis/dissertation
Document Type: Book
All Authors / Contributors: Patrick Shih
OCLC Number: 320526509
Notes: "April 13, 2005."
Description: v, 31 pages : illustrations ; 28 cm.
Series Title: Technical report (Information Networking Institute), TR-2005-13.
Responsibility: by Patrick Shih.

Abstract:

Abstract: "There has been a wealth of research on reliable message transmission for distributed publish-subscribe systems. However, little research has been done on building fault-tolerance for these systems. Although distributed publish-subscribe systems are intrinsically fault-tolerant, as publishers can be easily replicated on multiple nodes, an event is not guaranteed to be delivered when a node crash happens to one of the subscribers: there is no way for the publisher to distinguish a node crash from a node departure. This research has two goals: first, to add fault-tolerance on existing distributed publish-subscribe systems; and, second, to analyze the tradeoff between scalability and the imposed fault-tolerance based on our implementation of the system."

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