Testbeds and Research Infrastructures for the Development of Networks and Communities : 11th International Conference, TRIDENTCOM 2016, Hangzhou, China, June 14-15, 2016, Revised Selected Papers

This book constitutes the refereed proceedings of the 11th International Conference on Testbeds and Research Infrastructures for the Development of Networks and Communities, TridentCom 2016, held in Hangzhou, China, in June 2016. The 16 papers were carefully selected from 25 submissions and provide a forum about technologies of big data, cyber physical systems and computer communications. The papers cover future Internet and software defined networks, network testbed design and implementation, testbed for network applications, and QoS/QoE in networks. Preface......Page 6 Organization......Page 7 Contents......Page 9 Future Internet and Software Defined Network......Page 11 1 Introduction......Page 12 2 Related Work......Page 13 3 Scheme and Algorithm of Loose Management for Multi-controller......Page 14 4 Analysis of the Deployment Success Ratio and the Loose Management Revenue......Page 15 4.1 Comparison Between the Loose and Non-loose Management Algorithms......Page 16 4.2 Mathematical Model of Loose Management Algorithm......Page 19 5 Conclusion......Page 21 References......Page 22 1 Introduction......Page 23 2 Energy-Aware Traffic Engineering and SDNs......Page 24 3 GrEen Traffic Engineering TestBed (GETB)......Page 27 4.1 Service Life Cycle......Page 28 4.2 GreenTE Issues......Page 29 5 Related Work......Page 30 References......Page 31 1 Introduction......Page 33 3 NetCore-M Programming Language......Page 34 3.2 The Description of Policy Semanteme......Page 35 3.3 Compilation Process of Forwarding Policy Services......Page 36 3.4 Compilation and Combination Algorithm of Predicate and Policy......Page 37 4 Policy Conflicts......Page 38 5.1 Experimental Environment......Page 40 5.2 The Experiment of Policy Conflict......Page 41 6 The Summary and Prospect......Page 42 References......Page 43 1 Introduction......Page 44 2.1 Motivating Examples......Page 46 2.2 Control Framework Support......Page 47 2.3 Aggregate Manager Control......Page 50 3 Use Cases and Evaluation......Page 51 References......Page 53 Network Testbed Design and Implementation......Page 55 1 Introduction......Page 56 2 Related Work......Page 57 3 Architecture of MobiLab......Page 58 3.2 Software Architecture......Page 59 3.4 Sensor Node......Page 61 4 Evaluation......Page 62 5 Conclusion......Page 64 References......Page 65 1 Introduction......Page 66 2 Related Work......Page 67 3 Definition of Requirements......Page 68 4 Design and Implementation of Alfons......Page 69 4.2 Instance Creation......Page 70 4.3 Configuration File Generation......Page 71 5.1 Evaluation Environment......Page 72 5.3 System Evaluation......Page 73 References......Page 75 1 Introduction......Page 77 2.1 Semtech's LoRa Technology......Page 78 2.2 LoRa LPWAN Network Deployment and Architecture......Page 79 3.1 Single-Connection Low-Cost LoRa Gateway......Page 80 3.4 Low-Cost LoRa End-Devices......Page 82 4.2 Deploying Gateways......Page 83 4.4 Interactive End-Device for Deployment Tests......Page 84 4.5 Adding Advanced Features......Page 85 5 Conclusions......Page 86 References......Page 87 1 Introduction......Page 88 2 Designing and Implementation of VANET Testbed......Page 89 3 Coverage Map Result......Page 92 4 Pathloss Model Analysis......Page 93 5 Network Dwell Time Analysis......Page 95 7 Conclusion......Page 96 References......Page 97 Testbed for Network Applications......Page 98 1 Introduction......Page 99 2 Background......Page 100 3 The ASCETiC Toolbox......Page 101 4 Testbed Architecture......Page 103 5 Conclusion and Future Work......Page 107 References......Page 108 1 Introduction......Page 109 2 A Semantic Interoperability Certification Framework......Page 110 3 Certifying IoT Testbeds: Aspects and Requirements......Page 112 3.2 Interfaces and Services......Page 113 3.3 Security......Page 114 4 Testbed Interoperability ScoreCard......Page 115 5 Conclusions and Outlook......Page 118 References......Page 119 1 Introduction and Motivation......Page 120 2 Design......Page 121 2.1 Monitoring Infrastructure......Page 123 3.1 Scenario......Page 125 3.2 Attack Description......Page 126 4 Related Work......Page 127 5.1 Future Work......Page 128 References......Page 129 1 Introduction......Page 130 2 Related Work......Page 131 3.1 Physical Topology......Page 132 4.1 Base Line Study in Wired/Wireless Video Delivery......Page 133 4.2 Study of the Internal Network Parameters and the Transmission Effects......Page 135 5 Result Analysis......Page 137 References......Page 139 QoS and QoE on Networks......Page 141 1 Introduction......Page 142 2.1 Minutiae Extraction......Page 145 2.2 Fundamental Matrix......Page 146 2.4 Epipolar Constraint and Spatial Constraint......Page 147 3.1 Minutiae Point Correspondence Discovery......Page 149 3.2 Minutiae Point Cloud Construction......Page 151 References......Page 152 1 Introduction......Page 153 2 Related Work......Page 154 3.2 Protocol Definition......Page 155 3.3 Transmitting Messages......Page 156 4.2 Nodes Distribution......Page 159 5 Conclusions......Page 160 References......Page 161 1 Introduction......Page 163 2 Inverse Multicast Quality of Service Routing Problem......Page 165 References......Page 171 1 Introduction......Page 173 2 Related Work......Page 174 3 The DCBB Algorithm......Page 176 4 Simulation Results and Analysis......Page 180 References......Page 182 Author Index......Page 184