Distributed Event-Based Systems

By: Gero MÃ¼hl, Ludger Fiege, Peter Pietzuch

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Hardcover | 22 June 2006

At a Glance

Hardcover
408 Pages

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23.5 x 15.24 x 2.54

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In today's world, services and data are integrated in ever new constellations, requiring the easy, flexible and scalable integration of autonomous, heterogeneous components into complex systems at any time.

Event-based architectures inherently decouple system components. Event-based components are not designed to work with specific other components in a traditional request/reply mode, but separate communication from computation through asynchronous communication mechanisms via a dedicated notification service.

Muehl, Fiege, and Pietzuch provide the reader with an in-depth description of event-based systems. They cover the complete spectrum of topics, ranging from a treatment of local event matching and distributed event forwarding algorithms, through a more practical discussion of software engineering issues raised by the event-based style, to a presentation of state-of-the-art research topics in event-based systems, such as composite event detection and security. Their presentation gives researchers a comprehensive overview of the area and lots of hints for future research. In addition, they show the power of event-based architectures in modern system design, thus encouraging professionals to exploit this technique in next generation large-scale distributed applications like information dissemination, network monitoring, enterprise application integration, or mobile systems.

Industry Reviews

From the reviews:

"The book provides the reader with both formal treatment and practical discussion of issues raised by the event-based style. ... By its content, the book addressees the software development theorists and practitioners alike, especially those interested in large-scale distributed application design and implementation. It is largely self-contained and the exposition is meticulous and rigorous. Altogether, this book is a great enrichment to the existing texts on the subject, and it deserves a wide audience." (Tudor Balanescu, Zentralblatt MATH, Vol. 1116 (18), 2007)

"This book is an overview of the key theory and concepts around the event systems used by loosely coupled distributed applications. ... Overall, I think the book's coverage of theory and specification is strong. It provides a good framework for understanding the theoretical foundations of event-based systems." (W. Hu, ACM Computing Reviews, Vol. 49 (5), 2008)

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You Can Find This Book In

Non-Fiction Computing & I.T.Computer Science Computer Architecture & Logic Design Parallel Processing Computer Networking & Communications Computer Programming & Software Development Software Engineering Operating Systems Computer Hardware Network Hardware Algorithms & Data Structures

Engineering & Technology Energy Technology & Engineering Electrical Engineering Mathematics Applied Mathematics Electronics & Communications Engineering Communications Engineering & Telecommunications

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Paperback

Published: 14th October 2010

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Introduction	p. 1
Networked Computing	p. 1
Middleware	p. 2
Event-Based Systems	p. 3
Application Scenarios	p. 4
Information Dissemination	p. 4
Network Monitoring	p. 4
Enterprise Application Integration	p. 5
Mobile Systems	p. 6
Ubiquitous systems	p. 6
Putting Event-Based Systems Into Context	p. 7
From Centralized to Internet-Scale Event Systems	p. 8
Structure of the Book	p. 8
Basics	p. 11
Terminology	p. 11
Events and Notifications	p. 11
Producers and Consumers	p. 12
Subscriptions and Filters	p. 13
Event Notification Service	p. 13
Models of Interaction	p. 14
Request/Reply	p. 15
Anonymous Request/Reply	p. 15
Callback	p. 16
Event-Based	p. 16
Comparison	p. 17
Interaction vs. Implementation	p. 17
Notification Filtering Mechanisms	p. 19
Channels	p. 19
Subject-Based Filtering	p. 19
Type-Based Filtering	p. 19
Content-Based Filtering	p. 20
A Model Distributed Notification Service	p. 20
System Model	p. 20
Architecture	p. 21
Distributed Notification Routing	p. 22
Specification of Event Systems	p. 23
Formal Background	p. 24
A Simple Event System	p. 26
A Simple Event System With Ordering Requirements	p. 30
Simple Event System With Advertisements	p. 31
Further Reading	p. 33
Content-Based Models and Matching	p. 35
Content-Based Data and Filter Models	p. 35
Tuples	p. 35
Structured Records	p. 36
Semistructured Records	p. 52
Objects	p. 56
Matching Algorithms	p. 57
Brute Force	p. 59
Counting Algorithm	p. 59
Decision Trees	p. 60
Binary Decision Diagrams	p. 61
Efficient XML Matching	p. 63
Further Reading	p. 64
Distributed Notification Routing	p. 67
System Model	p. 67
Routing Algorithm Framework	p. 69
Atomic Steps of the Implementation	p. 69
Notification Forwarding and Delivery	p. 72
Avoidance of Duplicate and Spurious Notifications	p. 73
Routing Table Updates	p. 73
Valid and Monotone Valid Routing Algorithms	p. 74
Valid Routing Algorithms	p. 74
Monotone Valid Routing Algorithms	p. 76
Valid Framework Instantiations	p. 77
Content-Based Routing Algorithms	p. 80
Flooding	p. 81
Simple Routing	p. 82
Identity-Based Routing	p. 85
Covering-Based Routing	p. 91
Merging-Based Routing	p. 98
Discussion	p. 104
Extensions of the Basic Routing Framework	p. 107
Routing With Advertisements	p. 107
Hierarchical Routing Algorithms	p. 112
Rendezvous-Based Routing	p. 115
Topology Changes	p. 117
Joining and Leaving Clients	p. 119
Routing in Cyclic Topologies	p. 120
Exploiting IP Multicast	p. 122
Topology Maintenance	p. 123
Further Reading	p. 125
Engineering of Event-Based Systems	p. 129
Engineering Requirements	p. 129
Application Examples	p. 130
Requirements	p. 132
Existing Support	p. 136
Accessing Publish/Subscribe Functionality	p. 137
Generic APIs	p. 137
Domain-Specific APIs	p. 139
Using the API	p. 140
Patterns and Idioms	p. 141
Emitting Notifications	p. 143
Further Reading	p. 147
Scoping	p. 149
Controlling Cooperation	p. 150
Implicit Coordination and Visibility	p. 150
Explicit Control of Visibility	p. 151
The Role of Administrators	p. 151
Event-Based Systems With Scopes	p. 152
Visibility and Scopes	p. 152
Specification	p. 153
Notification Dissemination	p. 156
Duplicate Notifications	p. 158
Dynamic Scopes	p. 159
Attributes and Abstract Scopes	p. 161
A Correct Implementation	p. 161
Event-Based Components	p. 164
Component Interfaces	p. 164
Scope Interfaces	p. 164
Event-Based Components	p. 167
Example	p. 167
Notification Mappings	p. 169
Specification	p. 169
A Correct Implementation	p. 173
Example	p. 176
Transmission Policies	p. 176
Publishing Policy	p. 177
Delivery Policy	p. 179
Traverse Policy	p. 180
Influencing Notification Dissemination	p. 181
Engineering With Scopes	p. 182
Development Process	p. 182
Scope Graph Handling	p. 183
Scope Graph Language	p. 187
Implementation Strategies for Scoping	p. 196
Scope Architectures	p. 197
Comparing Architectures	p. 209
Implement Scopes as Event Brokers	p. 210
Integrate Scoping and Routing	p. 213
Combining Different Implementations	p. 225
Architectures and Scope Graphs	p. 226
Bridging Architectures	p. 227
Integration With Other Notification Services	p. 228
Further Reading	p. 228
Composite Events	p. 231
Application Scenarios	p. 231
Requirements	p. 234
Composite Events	p. 234
Composite Event Detection	p. 236
Composite Event Detectors	p. 236
Composite Event Language	p. 238
Detection Architectures	p. 242
Centralized Detection	p. 243
Distributed Detection	p. 244
Further Reading	p. 250
Advanced Topics	p. 253
Security	p. 253
Application Scenarios	p. 254
Requirements	p. 255
Access Control Techniques	p. 256
Secure Publish/Subscribe Model	p. 258
Further Reading	p. 264
Fault Tolerance	p. 264
Fault Masking	p. 265
Self-Stabilizing Publish/Subscribe Systems	p. 265
Self-Stabilizing Content-Based Routing	p. 266
Generic Self-Stabilization Through Periodic Rebuild	p. 273
Further Reading	p. 276
Congestion Control	p. 276
The Congestion Problem	p. 277
Requirements	p. 277
Congestion Control Algorithms	p. 279
Further Reading	p. 285
Mobility	p. 287
Mobility Issues in Publish/Subscribe Middleware	p. 289
Physical Mobility	p. 290
Logical Mobility	p. 295
Further Reading	p. 302
Existing Notification Services	p. 305
Standards	p. 305
Corba Event and Notification Service	p. 305
Jini	p. 310
Java Message Service (JMS)	p. 311
Data Distribution for Real-Time Systems (DDS)	p. 313
WS Eventing and WS Notification	p. 317
The High-Level Architecture (HLA)	p. 317
Commercial Systems	p. 318
IBM WebSphere MQ	p. 318
TIBCO Rendezvous	p. 320
Oracle Streams Advanced Queuing	p. 322
Research Prototypes	p. 324
Gryphon	p. 324
Siena	p. 326
JEDI	p. 329
Rebeca	p. 331
Hermes	p. 334
Cambridge Event Architecture (CEA)	p. 337
Elvin	p. 340
READY	p. 340
Narada Brokering	p. 340
Outlook	p. 343
References	p. 349
Index	p. 379
Table of Contents provided by Ingram. All Rights Reserved.

Distributed Event-Based Systems

At a Glance

Hardcover

Industry Reviews

Shipping

How to return your order

Defective items

You Can Find This Book In

Other Editions and Formats

Paperback

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