Abstract :
The following topics are dealt with: SAN performance evaluation testbed; service workflow execution; grid environments; channel allocation; dynamic spectrum access cognitive networks; localized island genetic algorithm; worm experimentation; large scale distributed testbed; IMS experimentation testbed; IP applications; seamless evolution architectures; high capacity WDM-PON; WiMAX RF planner; IEEE 802.22 wireless regional area networks; frame switching networks; SOA-based service delivery frameworks; virtual ad-hoc networks; dark fibre facilities; CARRIOCAS project; high bit rate optical network; video quality; TCP protocol; IEEE 802.21 services; NGN based IPTV; GMPLS-controlled Ethernet label switching; pervasive services; application driven policy based resource management; IP multimedia subsystems; peer-to-peer telecommunications; SCTP multihoming performance; native IPv6 UMTS-WLAN environments; Virginia tech cognitive radio network testbed; heterogeneous wireless sensor networks; wireless biometric badge; broadband access technologies; low-cost wireless mobile ad-hoc network robotic testbed; model-driven functional test engineering; service centric systems; laboratory-based multihop wireless testbed; scenario-based configuration management; distributed virtualization scenarios; SIP-based VoIP experiment; disadvantaged tactical edge networks; multi-rate wireless networks; software defined radio; multi-hop ad hoc networks; cross-layer cooperative routing-MAC scheme; real-time cellular system architecture; UMTS/HSDPA; next-generation directional RF; free-space optical tactical networks; OFDMA multi-hop cellular networks; wireless sensor networks; multi-capacities ambulance location model; distributed eScience applications; vehicular ad-hoc networks; mobile social computing; VII-enabled prototype intersection collision warning system; emulated self-configuring multi-hop mobile network testbed; dynamic identity management; UCT IMC client; interconnected IP multimedi- core networks; VANETs; router geolocation; interoperability testing and mesh-tree topology.
Keywords :
IP networks; IPTV; Internet telephony; OFDM modulation; ad hoc networks; authorisation; channel allocation; cognitive radio; genetic algorithms; mobile computing; mobile radio; multimedia systems; open systems; optical fibre networks; performance evaluation; program testing; protocols; radio networks; software architecture; software radio; storage area networks; telecommunication network routing; telecommunication network topology; traffic engineering computing; video signal processing; wavelength division multiplexing; wide area networks; wireless LAN; wireless sensor networks; -cost wireless mobile ad-hoc network robotic testbed; CARRIOCAS project; GMPLS-controlled Ethernet label switching; IEEE 802.21 services; IEEE 802.22 wireless regional area networks; IMS experimentation testbed; IP applications; IP multimedia subsystems; NGN based IPTV; OFDMA multi-hop cellular networks; SAN performance evaluation testbed; SCTP multihoming performance; SIP-based VoIP experiment; SOA-based service delivery frameworks; TCP protocol; UCT IMC client; UMTS/HSDPA; VANETs; VII-enabled prototype intersection collision warning system; Virginia tech cognitive radio network testbed; WiMAX RF planner; application driven policy based resource management; broadband access technologies; channel allocation; cross-layer cooperative routing-MAC scheme; dark fibre facilities; disadvantaged tactical edge networks; distributed eScience applications; distributed virtualization scenarios; dynamic identity management; dynamic spectrum access cognitive networks; emulated self-configuring multi-hop mobile network testbed; frame switching networks; free-space optical tactical networks; grid environments; heterogeneous wireless sensor networks; high bit rate optical network; high capacity WDM-PON; interconnected IP multimedia core networks; interoperability testing; laboratory-based multihop wireless testbed; large scale distributed testbed; localized island genetic algorithm; mesh-tree topology; mobile social computing; model-driven functional test engineering; multi-capacities ambulance location model; multi-hop ad hoc networks; multi-rate wireless networks; native IPv6 UMTS-WLAN environments; next-generation directional RF; peer-to-peer telecommunications; pervasive services; real-time cellular system architecture; router geolocation; scenario-based configuration management; seamless evolution architectures; service centric systems; service workflow execution; software defined radio; vehicular ad-hoc networks; video quality; virtual ad-hoc networks; wireless biometric badge; wireless sensor networks; worm experimentation;
Conference_Titel :
Testbeds and Research Infrastructures for the Development of Networks & Communities and Workshops, 2009. TridentCom 2009. 5th International Conference on
Conference_Location :
Washington, DC
Print_ISBN :
978-1-4244-2846-5
DOI :
10.1109/TRIDENTCOM.2009.4976182
