Management of Multimedia Networks and Services: 8th International Conference on Management of Multimedia Networks and Services, MMNS 2005, Barcelona, Spain, October 24-26, 2005, ProceedingsJordi Dalmau Royo, Go Hasegawa Springer Science & Business Media, 2005. gada 18. okt. - 392 lappuses We are delighted to present the proceedings of the 8th IFIP/IEEE International Conference on Management of Multimedia Networks and Services (MMNS 2005). The MMNS 2005 conference was held in Barcelona, Spain on October 24–26, 2005. As in previous years, the conference brought together an international audience of researchers and scientists from industry and academia who are researching and developing state-of-the-art management systems, while creating a public venue for results dissemination and intellectual collaboration. This year marked a challenging chapter in the advancement of management systems for the wider management research community, with the growing complexities of the “so-called” multimedia over Internet, the proliferation of alternative wireless networks (WLL, WiFi and WiMAX) and 3G mobile services, intelligent and high-speed networks scalable multimedia services and the convergence of computing and communications for data, voice and video delivery. Contributions from the research community met this challenge with 65 paper submissions; 33 high-quality papers were subsequently selected to form the MMNS 2005 technical program. The diverse topics in this year’s program included wireless networking technologies, wireless network applications, quality of services, multimedia, Web applications, overlay network management, and bandwidth management. |
Saturs
Wireless Networking Technologies | 1 |
Adaptive Supporting Prioritized Soft Handoff Calls for PowerControlled | 23 |
Wireless Network Applications | 47 |
Seamless Network Mobility Management for Realtime Service | 71 |
Multicast Tree Construction with QoS Guaranties | 96 |
A Semireliable Multicast Protocol for Distributed Multimedia | 109 |
RealTime Audio Quality Evaluation for Adaptive Multimedia | 133 |
ApplicationLevel Middleware to Proactively Manage Handoff | 156 |
Services | 254 |
Overlay Network Management | 266 |
UserCentric Performance and Cost Analysis for Selecting Access | 277 |
On Using a CDNs Infrastructure to Improve File Transfer Among | 289 |
Quality of Services | 302 |
Partial Video Replication for PeertoPeer Streaming | 314 |
NetworkAdaptive QoS Control for Relative Service | 326 |
QoS Management in Fixed Broadband Residential Gateways | 338 |
Multimedia | 179 |
Improving the SLABased Management of QoS for Secure Multimedia | 204 |
Managing Bandwidth in Multimedia Applications Using a MarketBased | 216 |
Web Applications | 228 |
Application of OWLS to Define Management Interfaces Based on | 242 |
Bandwidth Management | 350 |
ShortDelay Video Streaming with Restricted Supplying Peer | 362 |
Initial Approach Toward Selfconfiguration and Selfoptimization in | 371 |
383 | |
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Management of Multimedia Networks and Services: 8th International Conference ... Jordi Dalmau Royo,Go Hasegawa Ierobežota priekšskatīšana - 2005 |
Management of Multimedia Networks and Services: 8th International Conference ... Jordi Dalmau Royo,Go Hasegawa Ierobežota priekšskatīšana - 2005 |
Management of Multimedia Networks and Services: 8th International Conference ... Jordi Dalmau Royo,Go Hasegawa Priekšskatījums nav pieejams - 2009 |
Bieži izmantoti vārdi un frāzes
access network admission control agent algorithm allocation application approach architecture audio bandwidth Bandwidth Broker blocking probability CDN nodes class-k client cluster clusterhead codec communication Computer configuration congestion connection core node cost defined delay DiffServ domain DS-CDMA dynamic end-to-end environment evaluation event flow framework function goal handoff handover IEEE IETF implementation interface Internet Java JPVM gateways kB/s layer Marratech middleware mobile module monitoring multicast multimedia multiple Netconf network devices network management ontology operations optimal overlay network OWL-S packet loss paper parameters path performance prediction proposed protocol QoS control QoS requirements real-time received request resource router saturation throughput scalable scenario segments sensor nodes sensors server session simulation slave JPVM SNMP soft handoff specific technologies traffic tree UDDI update values VoIP Web Services wireless networks WSDL XML-based network management