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5th TRIDENTCOM 2009: Washington, DC, USA
- Scott F. Midkiff, Arunita Jaekel:
5th International ICST Conference on Testbeds and Research Infrastructures for the Development of Networks and Communities, TRIDENTCOM 2009, Washington, DC, USA, April 6-8, 2009. IEEE Computer Society 2009, ISBN 978-1-4244-2846-5
5th International ICST Conference on Testbeds and Research Infrastructures for the Development of Networks and Communities (TRIDENTCOM 2009)
- Mohamad Sindi, Edward Liu, Raed Al-Shaikh:
SAN performance evaluation testbed. 1-5 - Carlos R. Senna
, Luiz F. Bittencourt
Execution of service workflows in grid environments. 1-10 - Mustafa Y. ElNainay
Channel allocation for dynamic spectrum access cognitive networks using Localized island Genetic Algorithm. 1-3 - Songjie Wei, Calvin Ko, Jelena Mirkovic, Alefiya Hussain:
Tools for worm experimentation on the DETER testbed. 1-10 - Miriam Allalouf, Elad Kaplan, Yuval Shavitt
On the feasibility of a large scale distributed testbed for measuring quality of path characteristics in the Internet. 1-6 - Daniel J. Tebben, Wale Akinpelu, Anurag Dwivedi, David Collie, Robert Holland, Robert A. Nichols:
Performance analysis using an emulation of the GIG. 1-8 - Arnaud Gonguet, Olivier Durecu, Yann Gaste:
Exoticus: An IMS experimentation testbed Experimentation methodology and environment for IP applications. 1-8 - Gianluca Berrettini, Luca Giorgi
Testbed for experimental analysis on seamless evolution architectures from GPON to high capacity WDM-PON. 1-9 - Dong-Jye Shyy, Jamie Ma, Mohamed Tamer Refaei:
WiMAX RF planner. 1-3 - Youping Zhao, Shiwen Mao, Jeffrey H. Reed, Yingsong Huang:
Experimental study of utility function selection for video over IEEE 802.22 wireless regional area networks. 1-10 - Arthur Mutter, Martin Köhn, Matthias Sund:
A generic 10 Gbps assembly edge node and testbed for frame switching networks. 1-6 - Niklas Blum, Thomas Magedanz, Florian Schreiner, Sebastian Wahle:
A research infrastructure for SOA-based Service Delivery Frameworks. 1-6 - Roman Chertov:
High-fidelity link shaping. 1-15 - Pratik K. Biswas, Constantin Serban, Alexander Poylisher, John Lee, Siun-Chuon Mau, Ritu Chadha, Cho-Yu Jason Chiang, Robert Orlando, Kimberly Jakubowski:
An integrated testbed for Virtual Ad Hoc Networks. 1-10 - Sebastian Wahle, Thomas Magedanz, Anastasius Gavras
Technical infrastructure for a Pan-European federation of testbeds. 1-8 - Josef Vojtech, Stanislav Sima, Jan Radil
Dark fibre facilities for research and experimentation. 1-7 - Olivier Audouin, S. Bruno, Olivier Leclerc, Hao-Qi Lu, K. Maibeche, S. Ruggeri, Dominique Verchère, J. Le Moal, Thierry Marcot, Julien Meuric, J.-L. Tardivel, Lionel Thual, R. Bilhaut, Michel Jouvin, P. F. Honoré, J.-C. Lafoucrière, S. Mathieu, J. P. Meyer, Dominique Rodrigues, P. Guillermin, Christophe Mouton, Pascale Primet, Sebastien Soudan, Alban Schmutz:
CARRIOCAS project: An experimental high bit rate optical network for computing-intensive scientific and industrial applications. 1-6 - Mu Mu, Andreas Mauthe
LA1 testBed: Evaluation testbed to assess the impact of network impairments on video quality. 1-9 - Takatoshi Ikeda, Masaki Hirabaru, Hiroaki Harai, Yasuichi Kitamura:
Impact of queue size at bottleneck point on TCP protocol over 10G-bps networks. 1-6 - Miriam Tauil, Ashutosh Dutta, Yuu-Heng Cheng, Subir Das, Donald Baker, Maya Yajnik, David Famolari, Yoshihiro Ohba
Realization of IEEE 802.21 services and preauthentication framework. 1-10 - Eugen Mikóczy, Sebastian Schumann, Hans Stokking, M. Oskar van Deventer, Omar Niamut
Combinational services of NGN based IPTV. 1-8 - Wouter Tavernier, Dimitri Papadimitriou, Didier Colle, Mario Pickavet, Piet Demeester:
Emulation of GMPLS-controlled Ethernet Label Switching. 1-9 - Frances Cleary Grant, Miguel Ponce de Leon, Jerry Horgan
Testbed infrastructure supporting pervasive services. 1-6 - Richard Good, Neco Ventura
Application driven Policy Based Resource Management for IP multimedia subsystems. 1-9 - Xiaohui Yang, Ram Dantu, Duminda Wijesekera:
A society-integrated testbed architecture for peer-to-peer telecommunications. 1-6 - László Bokor
On SCTP multihoming performance in native IPv6 UMTS-WLAN environments. 1-10 - Timothy R. Newman, An He, Joseph D. Gaeddert, Ben Hilburn, Tamal Bose, Jeffrey H. Reed:
Virginia tech cognitive radio network testbed and open source cognitive radio framework. 1-3 - Olof Rensfelt, Frederik Hermans, Christofer Ferm, Lars-Åke Larzon, Per Gunningberg:
Sensei - a flexible testbed for heterogeneous wireless sensor networks. 1-2 - Stefano Tennina, Luigi Pomante
Localization, tracking, and automatic personal identification in GPS-denied environments A solution based on a rireless biometric badge. 1-3 - Patrick Loiseau, Paulo Gonçalves, Romaric Guillier, Matthieu Imbert, Yuetsu Kodama, Pascale Vicat-Blanc Primet:
Metroflux: A high performance system for analysing flow at very fine-grain. 1-9 - João Paulo Ribeiro Pereira, Pedro Ferreira
Access networks for mobility A techno-economic model for broadband access technologies. 1-7 - Christopher G. Wilson, Thaddeus A. Roppel:
Low-cost wireless mobile ad-hoc network robotic testbed. 1-6 - Alain-Georges Vouffo Feudjio:
Model-driven functional test engineering for service centric systems. 1-7 - Brenton D. Walker, Jessica Seastrom:
Addressing scalability in a laboratory-based multihop wireless testbed. 1-10 - Aruna Prem Bianzino, Jean-Louis Rougier, Stefano Secci
Testbed implementation of control plane extensions for inter-carrier GMPLS LSP provisioning. 1-6 - Nabeel Ahmed, Usman Ismail:
Designing a high performance WLAN testbed for centralized control. 1-6 - Miguel A. Erazo, Yue Li, Jason Liu
SVEET! a scalable virtualized evaluation environment for TCP. 1-10 - Fermín Galán, Jorge E. López de Vergara
Scenario-based configuration management for flexible experimentation infrastructures. 1-10 - Fermín Galán, David Fernández, Jorge E. López de Vergara
Demo of EDIV: Building and managing distributed virtualization scenarios in federated testbed infrastructures. 1-3 - Sherry Wang, Harold Zheng:
SIP-based VoIP experiment for sisadvantaged tactical edge networks. 1-6 - Özgü Alay, Caleb Li, Anurag Rai, Thanasis Korakis, Yao Wang, Shivendra S. Panwar:
Dynamic rate and FEC adaptation for video multicast in multi-rate wireless networks. 1-8 - Shashi Raj Singh, Thanasis Korakis, Pei Liu, Shivendra S. Panwar:
A demonstration of a cooperative communication scheme using software defined radio. 1-3 - Jian Lin, Thanasis Korakis, Xiao Wang, Shunyuan Ye, Shivendra S. Panwar:
A demonstration of a cross-layer cooperative routing-MAC scheme in multi-hop Ad-Hoc networks. 1-3 - Brenton D. Walker, Ian Vo, Matthew Beecher, Charles Clancy:
A demonstration of the meshtest wireless testbed. 1 - Christof Brandauer, Thomas Fichtel:
MINER - A measurement infrastructure for network research. 1-9 - Paolo Dini
A real-time cellular system architecture to experiment with UMTS/HSDPA in a laboratory. 1-10 - Robert Mullins:
A framework for the creation of end user and enabling services on IMS. 1-3 - Ted Faber, John Wroclawski:
A federated experiment environment for emulab-based testbeds. 1-10 - William M. Turner, Daniel J. Tebben, Jason R. Madsen, Anurag Dwivedi:
A testbed to emulate next-generation directional RF and free-space optical tactical networks. 1-5 - Nikolaos Frangiadakis, Nick Roussopoulos:
A pegasus over WiFi and WiMax demo: Connectivity at high speeds. 1-3 - Christine Jardak, Krisakorn Rerkrai, Aleksandar Kovacevic, Janne Riihijärvi, Petri Mähönen:
Email from the vineyard. 1-6 - Rong He, Xuming Fang:
A fair MAC scheme for EDCA based wireless networks. 1-6 - Yue Zhao, Xuming Fang, Xiaopeng Hu, Zhengguang Zhao, Yan Long:
Fractional frequency reuse schemes and performance evaluation for OFDMA multi-hop cellular networks. 1-5 - Xuedong Liang, Min Chen, Yang Xiao
A novel cooperative communication protocol for QoS provisioning in wireless sensor networks. 1-6 - Tomas Mecklin, Miljenko Opsenica, Heidi-Maria Rissanen, Darwin Valderas:
ImsInnovation - experiences of an IMS testbed. 1-6 - Dah-Ming Shiah, Chin-Tun Hung, Shu-Wen Chen:
Multi-capacities ambulance location model. 1-6 - Davide Adami
The DORII project test bed: Distributed eScience applications at work. 1-6 - José Santa
Experimental analysis of multi-hop routing in vehicular ad-hoc networks. 1-8 - Thomas Watteyne, Dominique Barthel, Mischa Dohler, Isabelle Augé-Blum:
Using virtual coordinates for wireless sensor networks: Proof-of-concept experimentation. 1-8 - Anis Alazzawe, Ahmed Alazzawe, Duminda Wijesekera, Ram Dantu:
A testbed for mobile social computing. 1-6 - Mohammad Nekoui, Daiheng Ni, Hossein Pishro-Nik, Richa Prasad, Mohammed Raza Kanjee, Hui Zhu, Thai Nguyen:
Development of a VII-enabled prototype intersection collision warning system. 1-8 - Dev Pramil Audsin, A. Hamid Aghvami, Vasilis Friderikos
Implementation architecture of HMIPv6 in an emulated Self-configuring Multi-hop mobile Network testbed. 1-10 - Konstantinos Lampropoulos
A generic framework for a dynamic identity management and discovery system. 1-6 - David Waiting, Richard Good, Richard Spiers, Neco Ventura
The UCT IMS client. 1-6 - Sebastian Schumann, Eugen Mikóczy, Stephan Massner, Michael Maruschke:
Presence service integration using interconnected IP multimedia core networks (IM-CN). 1-6 - Slawomir Kuklinski
Density based clustering algorithm for VANETs. 1-6 - Chitra Balakrishna:
IMS experience centre: A real-life test network for IMS services. 1-8 - Sándor Laki, Péter Mátray, Péter Hága, István Csabai
A detailed path-latency model for router geolocation. 1-6 - Diogo Gomes
Deploying and testing a NGN testbed IST-daidalos testbed. 1-6 - Mazen El Maarabani, Asma Adala, Iksoon Hwang, Ana R. Cavalli:
Interoperability testing of presence service on IMS platform. 1-6 - Eve M. Schooler, Carl Livadas, Joohwan Kim, Prashant Gandhi, Pablo R. Passera, Jaideep Chandrashekar, Steve Orrin, Martin Koyabe, Fadi El-Moussa, Gogobada Daa Dabibi:
Collaborative defense as a pervasive service Architectural insights and validation methodologies of a trial deployment. 1-6 - Sriram Karunagaran
Mesh-tree topology for vehicular networks. 1-7 - Matthias Wellens, Petri Mähönen:
Lessons learned from an extensive spectrum occupancy measurement campaign and a stochastic duty cycle model. 1-9
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