Testbeds and Research Infrastructure: Development of Networks and Communities
7th International ICST Conference, TridentCom 2011, Shanghai, China, April 17-19, 2011, Revised Selected Papers
Published on 26. March 2012
XIII, 318 pages
978-3-642-29273-6 (ISBN)
Description
This book constitutes the proceedings of the 7th International ICST Conference, TridentCom 2011, held in Shanghai, China, in April 2011.
Out of numerous submissions the Program Committee finally selected 26 full papers and 2 invited papers. They focus on topics as future Internet testbeds, future wireless testbeds, federated and large scale testbeds, network and resource virtualization, overlay network testbeds, management provisioning and tools for networking research, and experimentally driven research and user experience evaluation.
Out of numerous submissions the Program Committee finally selected 26 full papers and 2 invited papers. They focus on topics as future Internet testbeds, future wireless testbeds, federated and large scale testbeds, network and resource virtualization, overlay network testbeds, management provisioning and tools for networking research, and experimentally driven research and user experience evaluation.
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Thanasis Korakis | Hongbin Li | Phuoc Tran-Gia
Testbeds and Research Infrastructure: Development of Networks and Communities
7th International ICST Conference, TridentCom 2011, Shanghai, China, April 17-19, 2011, Revised Selected Papers
Book
04/2012
1st Edition
Springer
€53.49
Shipment within 7-9 days
Content
- Title
- Preface
- Organization
- Table of Contents
- Track 1: Future Internet Testbeds
- ToMaTo - A Network Experimentation Tool
- Introduction
- Related Work
- ToMaTo Design
- Architecture
- Device Types and Capabilities
- Connector Types and Capabilities
- Graphical Editor and Topology Creator
- Evaluation
- Types of Experiments
- Experiment Support in ToMaTo
- Efficiency and Scalability
- Conclusion
- References
- Evaluating a Future Internet Cross-Layer Composition Prototype
- Introduction
- Design of a QoS Aware Cross-Layer Service Delivery Concept
- Use Cases and Demo Scenarios for a Cross-Layer Concept
- Implementation of a Prototypical Demonstrator
- Measurements and Evaluation of the Prototype
- Testbed Measurements Using the Demonstrator
- Evaluation of the Cross-Layer Concept
- Future Work on the Cross-Layer Architecture
- References
- SONoMA: A Service Oriented Network Measurement Architecture
- Introduction
- State of the Art
- System Architecture
- Web Services
- Architecture Overview
- Implementation Details
- Measurement Actors
- Management Layer
- Measurement Agent
- Measurement API and Data Interface
- System Performance
- Case Studies
- Topology
- Spotter - Geolocation Service
- Queuing Delay Tomography
- Conclusion
- References
- StarBED and SpringOS Architectures and Their Performance
- Introduction
- StarBED Architecture
- Node Specifications
- StarBED Topology
- SpringOS Overview
- Node and VLAN Resource Management
- Node Power State Control
- OS and Application Software Installation
- Topology Configuration
- Scenario Execution
- Evaluation Methods
- OS and Application Software Installation
- Topology Configuration
- Scenario Execution
- Evaluation Results
- OS and Application Software Installation
- Topology Configuration
- Scenario Execution
- Discussion and Future Work
- Conclusion
- References
- Track 2: Future Wireless Testbeds
- A Radio Spectrum Measurement Platform for Spectrum Surveying in Cognitive Radio
- Introduction
- Measurement Platform Overview
- Antenna Subsystem
- Radio Frequency Subsystem
- Capturing Subsystem
- Control Subsystem
- Example of Operational Measurements
- Conclusion
- References
- User Centric Wireless Testbed
- Introduction
- State of the Art
- Beyond State of the Art
- Testbed Architecture
- Testbed Components
- Hardware Components
- Software Components
- Sample Experiments and Results
- Attack and Congestion Mitigation Experiments
- Real-Time Inter-operator Load Balancing Experiment
- Conclusion
- References
- Development of a MIMO/OFDM-Based Gbps Wireless Testbed for IMT-Advanced Technologies
- Introduction
- System Architecture
- Module Design
- Frame Structure
- Transmitter Structure
- Receiver Structure
- Intermediate Radio Frequency Signal Processing Subsystem
- Radio Frequency Subsystem
- Performance Evaluation and Demonstration
- Conclusions
- References
- Track 3: Federated and Large Scale Testbeds
- Resource Description in Large Scale Heterogeneous Resource Federations
- Introduction
- Federation Framework and Resource Description
- Resource Adaptor Description Language
- Use Cases
- A MySQL Resource Adapter
- A Generic HTTP POST Resource Adapter
- Wrapping a Java Class for an Amazon Machine Instance Resource Adapter
- Conclusion and Future Work
- References
- Interconnecting International Network Substrates for Networking Experiments
- Introduction
- Network Substrates Interconnection
- Connecting Network Substrates
- Support Experiments on the Interconnected Substrates
- Control Frameworks
- NetOpen RA Supporting the ORCA Framework
- Eucalyptus Cluster Supporting FIRST@PC Platform Architecture
- Demonstrations
- Interconnection Using Software-Based EoIP Tunnel
- VLAN-Based Interconnection
- Conclusion
- References
- A Path to Evolve to Federation of TestBeds
- Introduction
- TestBeds and Federations
- Trust Models
- Trust Model Analysis of Federations
- Design and Implementation
- Design
- Implementation
- Evaluation
- Related Work
- Conclusion
- References
- Track 4: Network and Resource Virtualization
- OFIAS: A Platform for Exploring In-Network Processing
- Introduction
- Relate Works
- INP with OFIAS
- Switch
- Processing Module
- Controller
- Virtual Link
- An OFIAS Prototype on CoreLab
- Virtual Open Switch (vOFS)
- Controller
- Virtual Link
- Demonstration of INP with OFIAS
- Performance Evaluation
- Conclusion and Future Work
- References
- A Service Oriented Experimentation Framework for Virtualized WiMAX Systems
- Introduction
- Related Work
- Service Oriented Experimentation Architecture
- Generic Virtualized Radio Testbed Services
- Virtual Basestation Design
- WiMAX Testbed Specific Services
- Desirable Features for Service Implementation
- WiMAX-VM Grid Service
- Design Goals
- WiMAX-VM Service Architecture
- Selected Service Specifics
- WiMAX-RF Grid Service
- Design Goals
- Architecture
- Selected Service Specifics
- Usage
- Conclusions and Future Directions
- References
- Track 5: Overlay Network Testbeds
- On Creating Overlay Routing Topologies between Heterogeneous Experimental Facilities
- Introduction
- Motivation
- Requirements
- Available Experimental Facilities
- Current State of Federation Frameworks
- Implementation and Experiences
- Conclusion and Future Work
- References
- Scalable Star-Topology Server-Array Based P2P Overlay Network Testbed
- Introduction
- System Structure
- SSTPT in Operation: Conducting a Trial
- Pre-trial Actions
- Pre-treatment Actions
- In-treatment Actions
- Post-treatment Actions
- Post-trial Actions
- Discussion
- References
- Dynamic Virtual Overlay Networks for Large Scale Resource Federation Frameworks
- Introduction
- Federation and Domain Level Resource Management
- T1 Reference Point
- Dynamic Virtual Overlay Networks
- Use Case
- Conclusion and Future Work
- References
- Track 6: Management Provisioning and Tools for Networking Research
- Storage Deduplication and Management for Application Testing over a Virtual Network Testbed
- Introduction
- Related Work
- File-Level Block Sharing
- File-Level Semantics in Block-Level Storages
- Algorithm
- Prototype
- Software Components
- FBS vs. CAS
- Evaluation
- Offline and Online Overhead
- Linux Ext2/3/4 File System
- Windows NTFS File System
- Conclusion and Future Work
- References
- Guidelines for the Accurate Design of Empirical Studies in Wireless Networks
- Introduction
- Observed Problems in Wireless Experimentations
- Multiples Antennas
- Noise Floor Adaptation
- Power Control
- Isolation
- Buffer Overflow
- Common Problems with Packet Transmissions
- Experimental Methodology
- Experimental Design
- Description of Scenarios
- Sanity Check
- Validation Test
- Multiple Runs and Capture
- Traces Processing
- Analysis
- Packing and Storage
- Documentation and Reports
- Evaluation of the Methodology
- Experimental Design
- Description of Scenarios
- Sanity Check
- Validation Test
- Multiple Runs and Capture
- Traces Processing
- Results and Discussion
- Conclusions
- References
- A Portal to Support Rigorous Experimental Methodology in Networking Research
- Introduction
- Motivation
- An Architecture to Facilitate Scientifically Rigorous Experiments
- General Architecture
- Support for Model Description: A Wiki-Based Lab Notebook
- Support for Hypothesis Testing: Experiments and Versioning
- Experiment Execution
- Providing New Observations: Measurements and Their Collections
- Testing the Hypotheses: Result Analysis
- Related Works
- Conclusions
- References
- SensLAB: Very Large Scale Open Wireless Sensor Network Testbed
- Introduction
- Design Requirements and Methodology
- Context and State-of-the-Art
- Requirements
- Main Elements of SensLAB
- SensLAB Hardware Components and Infrastructures
- SensLAB Software Architecture
- Experiment Lifecycle on SensLAB
- Topology Characterization
- Animal Tracking
- Illustrating the High Radio Channel Randomness
- Conclusion
- References
- Track 7: Experimentally Driven Research and User Experience Evaluation
- Empirical Evaluation of Streamed Online Gaming over WiMAX
- Introduction
- Related Work
- Methodology
- Streamed Online Gaming
- Traffic Generation and Analysis
- Results
- WiMAX Link as a Backhaul
- Competing Links
- Conclusion
- References
- A Framework and Experimental Study for Discrimination of Collision and Channel Errors in Wireless LANs
- Introduction
- Related Work
- Our Contribution
- The Problem of Distinguishing Collisions from Channel Errors
- Packets Corrupted Due to Channel Errors
- Packets Corrupted Due to Collisions
- The Proposed Method
- Experimental Results
- Test-Bed Description
- Experimentation Results
- Conclusions and Future Work
- References
- QoE-Lab: Towards Evaluating Quality of Experience for Future Internet Conditions
- Introduction
- QoE-Lab Architecture
- BERLIN Experimental Hardware
- Integration of Heterogeneous Wireless Access
- Labtool Management System
- Virtualized Resources
- Services
- Controlled Generation of Traffic with Internet Characteristics
- Topology Emulation
- High-Precision Cross-Layer Monitoring
- Experimentation Control Plane
- Experiments
- Methodology
- Impact of Background Traffic on Audio/Video QoE
- Impact of Virtual Server Migration and Overload
- Impact of a Prototype OpenFlow Setup on Video Quality
- Impact of NGMN Conditions
- Related Work
- Summary and Outlook
- References
- Indriya: A Low-Cost, 3D Wireless Sensor Network Testbed
- Introduction
- Indriya: A Large-Scale Sensor Network Testbed
- Motes
- Sensors
- USB Active Cables
- Design of a Back-Channel for Remote Programming
- User Interface
- Comparison
- Non-overlapping Channels of CC2420: An Extensive Measurement
- Performance of Different Channels
- Correlations among Different Channels
- Correlation between Performance (PRR) and RSSI/LQI
- Short-Time Stability of RSSI
- Conclusion
- References
- Author Index
