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Localized Quality of Service Routing for the Internet

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ISBN-10: 1402074778

ISBN-13: 9781402074776

Edition: 2003

Authors: Srihari Nelakuditi, Zhi-Li Zhang

List price: $54.99
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Nelakuditi & Zhang demonstrate that proportional routing schemes can achieve higher throughput with lower overhead than best-path routing schemes. They also examine the selection of a few good candidate paths based on infrequently exchanged global information.
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Book details

List price: $54.99
Copyright year: 2003
Publisher: Springer
Publication date: 6/30/2003
Binding: Hardcover
Pages: 107
Size: 6.10" wide x 9.25" long x 0.50" tall
Weight: 1.760
Language: English

List of Figures
Problem Setting
Bandwidth Guarantees
Explicit Routing
Link State Updates
Performance Metrics
Related Work
Global QoS Routing
Localized QoS Routing
Sticky Random Routing
Learning Automata based Routing
Hybrid QoS Routing
Localized Proportional Routing: Theoretical Models
Global Optimal Proportional Routing
Localized Proportional Routing
Virtual Capacity Model
Virtual Link based Minimization
Virtual Path based Minimization
Performance Comparison
Alternative Paths and Localized Trunk Reservation
Localized Link-level Trunk Reservation
Localized Path-level Trunk Reservation
Effectiveness of Localized Trunk Reservation
Localized Proportional Routing: Practical Schemes
Heuristic Equalization Strategies
Equalization of Blocking Probabilities
Equalization of Blocking Rates
Proportional Sticky Routing
Proportional flow routing
Computation of flow proportions
Performance Evaluation and Analysis
Heterogeneous Traffic
Sensitivity of psr
Routing Stability
Approximation of ebp
Proportion Computation
Performance Evaluation
Candidate Path Selection
Hybrid Approach to QoS Routing
Widest Disjoint Paths
Performance Analysis
Simulation Environment
Performance of wdp
Comparison of wsp and wdp
Hierarchical Proportional Routing
Hierarchical Routing
Topology and State Aggregation
Hierarchical Source Routing
Hierarchical Next-hop Routing
Performance Evaluation
Simulation Environment
Convergence and Adaptivity
Blocking Performance
Conclusions and Future Work