Computer science research and technology. Vol. 2 /

Detalles Bibliográficos
Clasificación:Libro Electrónico
Otros Autores: Bauer, Janice P.
Formato: Electrónico eBook
Idioma:Inglés
Publicado: New York : Nova Science Publishers, Ã2011.
Colección:Computer science, technology and applications.
Temas:
Computer science.
Electronic data processing.
Informatique.
data processing.
computer science.
COMPUTERS > Reference.
COMPUTERS > Machine Theory.
COMPUTERS > Computer Literacy.
COMPUTERS > Information Technology.
COMPUTERS > Data Processing.
COMPUTERS > Computer Science.
COMPUTERS > Hardware > General.
Acceso en línea:Texto completo
Tabla de Contenidos:
  • LIBRARY OF CONGRESS CATALOGING-IN-PUBLICATION DATA ; COMPUTER SCIENCE RESEARCH AND TECHNOLOGY. VOLUME 2 ; CONTENTS ; PREFACE ; PROTECTION OF UNICAST AND MULTICAST TRAFFIC IN WDM MESH NETWORKS: A SURVEY ; ABSTRACT ; 1. INTRODUCTION ; 2. BASIC PROTECTION TECHNIQUES ; 2.1. Link-Protection ; 2.1.1. Link-Based Dedicated Protection [13] ; 2.1.2. Link-Based Shared Protection [13] ; 2.1.3. Virtual-Link Protection [13] ; 2.1.4. The p-Cycle Protection ; 2.1.5. Segment Protection ; 2.2. Path-Protection ; 2.2.1. Path-Based Dedicated Protection [13] ; 2.2.1.1. The 1+1 Protection.
  • 2.2.2. Path-Based Shared Protection 2.2.2.1. The 1: N Protection ; 2.2.3. Partial Path Protection ; 2.2.4. Sub-Path Protection [21] ; 3. UNICAST TRAFFIC PROTECTION TECHNIQUE ; 3.1. Dynamic Hop Constrained Sub-Path Protection (HCSPP) [22] ; 3.2. Partial SRLG-Disjoint Shared Path Protection with Differentiated Reliability (Pd-SPP)[23] ; 3.3. Two-Segment (TS) Protection [15] ; 3.4. WDM-Shared Non-SRLG Protection [24] ; 3.5. On-Line Hybrid Survivability (OHS) [25] ; 3.6. Sub-Path Protection Based on Auxiliary Virtual Topology (SPAVT) [26]
  • 3.7. Fault-Tolerate Ant-Based Survivable Routing with Shared Backup Path (FT-ABR) [27] 3.8. Recursive Shared Segment Protection (RSSP) [28] ; 3.9. Network Coding [29] ; A. The p_Cycle Construction and Node Assignment Procedure to Cycles ; B. Encoding Operations ; C. Recovery from Failure ; 3.10. Level of Service Algorithm (LSA) [30] ; 4. MULTICAST TRAFFIC PROTECTION SCHEMES ; 4.1. Dynamic Multicast Protection Schemes ; 4.1.1. Optimal Path-Pair Based Removing Residual Link (OPP-PRL) [32] ; 4.1.2. Source-Leaf Path Based Avoiding Residual Link (SLP-ARL) [32]
  • 4.2. Multicast Protection through Spanning Paths (MPSP) [33] 4.3. Shared Source-Leaf Path-Based Protection (SLPP) [35] ; 4.4. Adaptive Shared Segment Protection (ASSP) [36] ; 4.5. Shared Segment Protection with Re-Provisioning (SSPR) [37] ; 4.6. Sparse Splitting Constrained Multicast Protection (SSMP) [38] ; 4.7. Cross-Sharing [10] ; 4.8. Protection Algorithms under Reliability Constraints [40] ; 4.9. A Tree Protection Scheme with Optimized Shortest Path Tree (TP- OSPT) [9] ; 5. PERFORMANCE COMPARISION ; 5.1. Comparison among Basic Traffic Protection Techniques.
  • 5.2. Comparison among Protection Techniques Supporting Unicast Traffic 5.3. Comparison among Protection Techniques Supporting Multicast Traffic ; CONCLUSION ; REFERENCES ; CLOUD COMPUTING: MAKING HEADWAY WITH THE SCIENTIFIC COMMUNITY ; ABSTRACT ; I. INTRODUCTION ; II. CLOUD COMPUTING: DEFINITION ; III. PUBLIC, PRIVATE AND HYBRID CLOUDS ; IV. PUBLIC CLOUD SERVICES FOR HPC ; V. ECONOMICS, FLEXIBILITY AND GREEN CREDENTIALS ; VI. THE GROWING APPEAL OF CLOUD COMPUTING FOR HPC ; VII. CLOUD PROBLEMS: SHOULD USERS WORRY? ; CONCLUSION ; REFERENCES.

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