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Introduction; Background: Why GENI?; How Did GENI Come To Be?; GENI's Community Development Approach; Organization of the Book; References; Acknowledgements; Contents; Contributors; Part I Precursors; The GENI Vision: Origins, Early History, Possible Futures; 1 The Original Idea of GENI; 1.1 The Objective; 1.2 Expansion of the Objective; 1.3 Origins of the GENI Idea; 1.4 Motivations; 1.5 Overview of GENI's Early Days (Years); 2 What Has Shaped the GENI Project?; 3 What Does the Future Hold?; 3.1 Funding; 3.2 Community Involvement; 3.3 Leadership; 3.4 Industry Engagement
3.5 Useful Experimentation4 Conclusion; Precursors: Emulab; 1 Running Experiments on Emulab; 2 The Emulab Control Infrastructure; 3 Distinguishing Features of Emulab; 3.1 Focus on Scientific Fidelity; 3.2 Focus on Multi-Tenant, Bare-Metal Allocation; 3.3 The Network as a First-Class Entity; 4 The Evolution of Emulab into ProtoGENI; 5 Lessons from Emulab; 6 The Future of Emulab; References; DETERLab and the DETER Project; 1 Introduction; 2 Project History; 2.1 Project Evolution; 3 Objectives; 4 DETERLab Technologies; 4.1 Core Technologies; 4.2 Containers for Scale and Fidelity; 4.3 Federation
4.4 Experiment Orchestration4.5 Multi Party Experiments; 4.6 Modeling Human Behavior; 4.6.1 The Dash Agent Platform; 5 A DETERLab Use Case; 6 DETERLab in Education; 7 Looking to the Future; 8 Conclusion; References; ORBIT: Wireless Experimentation; 1 Introduction; 2 Design Requirements; 3 ORBIT Testbed Technical Details; 3.1 ORBIT System; 3.2 ORBIT Hardware; 3.3 ORBIT Software; 3.4 ORBIT Experiment Life-Cycle; 4 Experimental Research Enabled by ORBIT; 4.1 Radio Channel Signature Based Encryption; 4.2 Dynamic Spectrum Coordination in Dense Multi-Radio Environments
4.3 Global Name Resolution Service (GNRS) for Future Internet5 ORBIT Evolution and Future Upgrades; 6 Links to GENI Project; References; Part II Architecture and Implementation; GENI Architecture Foundation; 1 Introduction; 1.1 Facilitating Trusted Exchange of Resources; 2 GENI Federation; 3 Trust Foundation; 4 GENI Concepts; 5 GENI Services; 5.1 Federation API; 5.2 Aggregate Manager (AM) API; 5.2.1 GENI Resource Specifications (RSpecs); 5.3 Monitoring Services; 6 Tools; 6.1 The GENI Portal; 7 Summary; References; The Need for Flexible Community Research Infrastructure; 1 Introduction
2 Meta-Infrastructure3 Risk and Cost Reduction; 4 Maximizing Research; 5 Conclusion; References; A Retrospective on ORCA: Open Resource Control Architecture; 1 Introduction; 2 Overview of the ORCA Platform; 2.1 Resource Leases; 2.2 Extension Modules; 2.3 Leasing Engine; 2.4 Resource Descriptions; 2.5 Building Aggregates with ORCA; 3 Orchestration and Cross-Aggregate Resource Control; 3.1 ORCA Resource Control Plane; 3.2 Brokers; 3.3 Controllers; 3.4 Automated Stitching and Topology Mapping; 3.5 GENI Proxy Controller; 4 Reflections on GENI and ORCA; 4.1 Platforms vs. Products + Protocols
3.5 Useful Experimentation4 Conclusion; Precursors: Emulab; 1 Running Experiments on Emulab; 2 The Emulab Control Infrastructure; 3 Distinguishing Features of Emulab; 3.1 Focus on Scientific Fidelity; 3.2 Focus on Multi-Tenant, Bare-Metal Allocation; 3.3 The Network as a First-Class Entity; 4 The Evolution of Emulab into ProtoGENI; 5 Lessons from Emulab; 6 The Future of Emulab; References; DETERLab and the DETER Project; 1 Introduction; 2 Project History; 2.1 Project Evolution; 3 Objectives; 4 DETERLab Technologies; 4.1 Core Technologies; 4.2 Containers for Scale and Fidelity; 4.3 Federation
4.4 Experiment Orchestration4.5 Multi Party Experiments; 4.6 Modeling Human Behavior; 4.6.1 The Dash Agent Platform; 5 A DETERLab Use Case; 6 DETERLab in Education; 7 Looking to the Future; 8 Conclusion; References; ORBIT: Wireless Experimentation; 1 Introduction; 2 Design Requirements; 3 ORBIT Testbed Technical Details; 3.1 ORBIT System; 3.2 ORBIT Hardware; 3.3 ORBIT Software; 3.4 ORBIT Experiment Life-Cycle; 4 Experimental Research Enabled by ORBIT; 4.1 Radio Channel Signature Based Encryption; 4.2 Dynamic Spectrum Coordination in Dense Multi-Radio Environments
4.3 Global Name Resolution Service (GNRS) for Future Internet5 ORBIT Evolution and Future Upgrades; 6 Links to GENI Project; References; Part II Architecture and Implementation; GENI Architecture Foundation; 1 Introduction; 1.1 Facilitating Trusted Exchange of Resources; 2 GENI Federation; 3 Trust Foundation; 4 GENI Concepts; 5 GENI Services; 5.1 Federation API; 5.2 Aggregate Manager (AM) API; 5.2.1 GENI Resource Specifications (RSpecs); 5.3 Monitoring Services; 6 Tools; 6.1 The GENI Portal; 7 Summary; References; The Need for Flexible Community Research Infrastructure; 1 Introduction
2 Meta-Infrastructure3 Risk and Cost Reduction; 4 Maximizing Research; 5 Conclusion; References; A Retrospective on ORCA: Open Resource Control Architecture; 1 Introduction; 2 Overview of the ORCA Platform; 2.1 Resource Leases; 2.2 Extension Modules; 2.3 Leasing Engine; 2.4 Resource Descriptions; 2.5 Building Aggregates with ORCA; 3 Orchestration and Cross-Aggregate Resource Control; 3.1 ORCA Resource Control Plane; 3.2 Brokers; 3.3 Controllers; 3.4 Automated Stitching and Topology Mapping; 3.5 GENI Proxy Controller; 4 Reflections on GENI and ORCA; 4.1 Platforms vs. Products + Protocols