Dynamic Routing in Broadband Networks
Published on 30. November 2002
Book
Hardback
XXV, 214 pages
978-1-4020-7316-8 (ISBN)
Description
Dynamic Routing in Broadband Networks
focuses on routing in broadband networks based on MPLS (Multiprotocol Label Switching) and ATM (Asynchronous Transfer Mode). The routing methods are based on the theory of Markov decision processes which forms a very accurate framework for on-line route optimization. The author shows the issue of performance optimization and scalability with respect to dynamic routing of logical connections in broadband networks. The methods used are applicable to routing virtual path connections (VPC) and virtual channel connections (VCC) in ATM networks as well as label switched paths (LSP) in MPLS networks. Simulation results and a performance comparison with reference routing are given for the different schemes.
More details
Series
Edition
2003 ed.
Language
English
Place of publication
New York
United States
Target group
College/higher education
Professional and scholarly
Research
Illustrations
XXV, 214 p.
Dimensions
Height: 241 mm
Width: 160 mm
Thickness: 18 mm
Weight
535 gr
ISBN-13
978-1-4020-7316-8 (9781402073168)
DOI
10.1007/978-1-4615-0251-7
Schweitzer Classification
Other editions
Additional editions
Marco Conte
Dynamic Routing in Broadband Networks
Book
10/2012
Springer
€106.99
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Content
1 Introduction.- 1.1 Overview of this Work.- 1.2 Chapter Overview.- 1.3 Evolution of Broadband Networks.- 1.4 Broadband Network Architectures.- 1.5 Network Protocols.- 1.6 Quality of Service.- 1.7 QoS Routing.- 1.8 Dynamic Routing.- 2 Routing in Telephone and Data Networks.- 2.1 Dynamic Routing in Telephone Networks.- 2.2 Routing in IP-Based Data Networks.- 2.3 Classification of Routing Schemes.- 2.4 Routing Schemes and the Degree of Meshing.- 2.5 Some Selected Algorithms for Routing Computations.- 3 ATM Routing.- 3.1 Asynchronous Transfer Mode.- 3.2 PNNI.- 3.3 The Time Scale Model.- 3.4 Research Efforts in ATM Routing.- 4 Multiprotocol Label Switching.- 4.1 The MPLS Shim Header.- 4.2 Label Switched Paths.- 4.3 MPLS Signaling.- 4.4 MPLS Routing.- 4.5 Traffic Engineering.- 5 Performance Optimization of ATM Routing.- 5.1 Broadband Traffic Models.- 5.2 Brief Overview of the MDP Theory.- 5.3 Theory of MDP Routing.- 5.4 Existing MDP Routing Schemes.- 5.5 New Approach for Multirate MDP Cost Computation.- 5.6 Computation of Initial Offered Loads.- 5.7 Link Load Estimation.- 5.8 The Cost of Unidirectional and Bi-directional Calls.- 5.9 Fairness for Service Requests.- 5.10 Self-Adaptive Cost Tables.- 6 DR/ATM - A Dynamic Routing Scheme.- 6.1 Principles of DR/ATM.- 6.2 Requirements on ATM Routing Scenarios.- 6.3 Path Selection in DR/ATM.- 6.4 The DR/ATM Routing Architecture.- 6.5 VPC Configuration.- 6.6 DR/ATM for Weakly Meshed Networks.- 6.7 Interworking with PNNI Networks.- 6.8 Selection of a Multicast algorithm for DR/ATM.- 6.9 Automatic Adaptation of the Cost Function Tables.- 6.10 Analysis of Requirements on Network Entities.- 7 Implementation of the Simulation Models.- 7.1 Cell-and Connection-Level.- 7.2 The Simulation Tool.- 7.3 The Routing Simulator.- 7.4 DeterminingCAC Parameters at the Cell-level.- 8 Simulation Results and Performance Comparison.- 8.1 Routing Schemes Simulated.- 8.2 Network Scenarios.- 8.3 Results for the Five-Node Fully Meshed Network.- 8.4 Results for the Twenty-Node Fully Meshed Network.- 8.5 Results for the Twenty-Node Strongly Meshed Network.- 8.6 Results for the Twenty-Node Squared Meshed Network.- 8.7 Twenty-Node Squared Meshed Network: Further Results.- 8.8 Twenty-Node Squared Meshed Network: Interworking of Routing Schemes.- 8.9 Multicast Routing Simulations.- 8.10 Routing Adaptability.- 9 Conclusion.- List of Acronyms.- List of Mathematical Symbols.- References.