| Preface | 5 |
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| Organization | 6 |
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| Table of Contents | 9 |
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| Designing 21st Century Communications: Architecture, Services, Technology, and Facilities | 11 |
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| References | 16 |
| Part I General Session 1 | 17 |
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| Authorisation Infrastructure for On-Demand Grid and Network Resource Provisioning | 18 |
| Introduction | 18 |
| CRP Model and GAAA-CRP Authorisation Infrastructure | 19 |
| Using Tickets and Tokens for Signalling and Access Control and Token Validation Service | 22 |
| Fine-Grained Policy Enforcement at Networking Layer | 23 |
| In-Band Policy Enforcement with TBN | 23 |
| Using ForCES for Network Management at Control and Data Planes | 24 |
| GAAA-NRP Implementation in GAAA-TK Pluggable Library | 25 |
| Summary and Future Research | 25 |
| References | 26 |
| On the Definition of Access Control Requirements for Grid and Cloud Computing Systems | 28 |
| Introduction | 28 |
| The Proposed Conceptual Categorization | 29 |
| Entropy Layer | 30 |
| Assets Layer | 30 |
| Management Layer | 31 |
| Logic Layer | 31 |
| Identifying Access Control Requirements | 32 |
| Conclusions | 34 |
| References | 34 |
| Business Models, Accounting and Billing Concepts in Grid-Aware Networks | 36 |
| Introduction | 36 |
| Large File Transfer Scenario | 37 |
| Business Models | 38 |
| Architecture | 39 |
| Accounting | 39 |
| Billing | 40 |
| Architecture Advantages | 42 |
| Conclusions | 42 |
| References | 43 |
| Part II General Session 2 | 44 |
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| Network Centered Multiple Resource Scheduling in e-Science Applications | 45 |
| Introduction | 45 |
| Resource Model and Data Structure | 46 |
| Resource Model: $MRRM$ | 46 |
| Data Structures | 47 |
| Problem Definition | 48 |
| Multiple Resource Scheduling Algorithm | 48 |
| $WS RC$ Scheduling Algorithm | 48 |
| $WN RC$ Scheduling Algorithm | 49 |
| $WS RN$ Scheduling Algorithm | 50 |
| $WN RN$ Scheduling Algorithm | 51 |
| Evaluation | 51 |
| Conclusion | 52 |
| References | 52 |
| Percolation-Based Replica Discovery in Peer-to-Peer Grid Infrastructures | 53 |
| Introduction | 53 |
| Related Work | 54 |
| P2P Grid Infrastructures | 55 |
| A Scalable Search Model in P2P Grids | 55 |
| The Percolation Paradigm | 57 |
| The Percolation Search Algorithm | 58 |
| Implementation Issues | 60 |
| Functional Evaluation | 61 |
| Conclusion | 63 |
| References | 63 |
| GridFTP GUI: An Easy and Efficient Way to Transfer Data in Grid | 65 |
| Introduction | 65 |
| Related Work | 67 |
| GridFTP GUI Design and Implementation | 67 |
| Design of GridFTP GUI | 68 |
| Handling Large Numbers of Files | 70 |
| Error Recovery | 71 |
| Establishment of Cross-Domain Trust Relationships | 71 |
| Performance Evaluation | 71 |
| Conclusions and Future Work | 73 |
| References | 74 |
| Part III General Session 3 | 75 |
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| An Alarms Service for Monitoring Multi-domain Grid Networks | 76 |
| Introduction | 76 |
| Motivation | 77 |
| Requirements | 78 |
| Architecture | 79 |
| Overview | 79 |
| Metrics and Measurement Archives | 80 |
| NM-WG Schema | 80 |
| Query | 81 |
| Analysis | 81 |
| Status Notification | 82 |
| An Implementation | 82 |
| Deployment | 84 |
| Conclusion and Future Work | 84 |
| References | 85 |
| Grid Anywhere: An Architecture for Grid Computing Able to Explore the Computational Resources of the Set-Top Boxes | 86 |
| Introduction | 86 |
| Interactive Digital Television | 87 |
| Grid Computing | 88 |
| Grid Anywhere Architecture | 89 |
| Middleware | 90 |
| Security | 91 |
| Object Migration | 92 |
| Test Environment | 93 |
| Conclusion | 94 |
| References | 95 |
| The Open Cloud Testbed: Supporting Open Source Cloud Computing Systems Based on Large Scale High Performance, Dynamic Network Services | 96 |
| Introduction | 96 |
| The Open Cloud Testbed | 98 |
| Concepts and Objectives | 98 |
| The OCT Infrastructure | 98 |
| Monitoring and Visualization | 99 |
| GMP: A Messaging Protocol | 100 |
| Benchmarks | 101 |
| Experimental Studies | 101 |
| Related Testbeds | 102 |
| Conclusion | 103 |
| References | 103 |
| Green Grids Workshop | 105 |
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| Designing Power-Efficient WDM Ring Networks | 106 |
| Introduction | 106 |
| Power Budget Model | 107 |
| Powering the E/O and O/E Interfaces | 107 |
| Powering the Optical Layer | 108 |
| Powering the Electronic Layer | 109 |
| Network Architecture Design | 109 |
| First Generation (FG) Design | 109 |
| Single-Hop (SH) Design | 109 |
| Multi-Hop (M
|