Future Multimedia Networking: Second International Workshop, FMN 2009, Coimbra, Portugal, June 22-23, 2009, ProceedingsAndreas Mauthe, Eduardo Cerqueira, Marília Curado, Sherali Zeadally Springer Science & Business Media, 9 de jun. de 2009 - 262 páginas It isour greatpleasureto welcomeyouto the SecondInternationalWorkshopon Future Multimedia Networking (FMN). Following the ?rst successful workshop (held in Cardi?, Wales) in 2008, this year’s workshop continues the tradition of being a premier forum that gives researchers and practitioners a unique - portunity to share their experiences and discuss state-of-the-art research results and major recent accomplishments in the area of multimedia networking. In recent years, real-time multimedia services have contributed extensively to our life experience and are expected to be among the most important applications in the future Internet. The management of content distribution services and the e?cient deliveryof real-timemultimedia servicesoverdiverseand heterogeneous wired and wireless systems remain a signi?cant challenge for future multimedia networking systems. This year’s workshop focused on various aspects of mul- media systems, content networking, and autonomous communication. A speci?c emphasis was placed on upcoming autonomic content networks and technologies that contribute to their development. The call for papers attracted 64 submissions from 32 countries for the main workshop. The Program Committee accepted 16 papers (an acceptance rate of 25%) that cover a range of topics, including wireless and ad-hoc networks in autonomic content networking, streaming and voice services, group and mul- party services, and quality in video and Internet services. This year we also had a Demonstration Session on Future Multimedia Networking for which 12 papers wereacceptedoutofsubmissionsreceivedfromover15countries. Itisoursincere hope that the proceedings of this workshop will serve as a valuable reference for multimedia researchers and developers. |
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ad hoc networks adaptation algorithm applications approach architecture available bandwidth average bandwidth Berlin Heidelberg 2009 bit rate bitrate channel client codec Computer congestion control decoder delay jitter desc device distribution encoded estimation Ethernet evaluation frame framework function handover hoc networks IEEE IETF ILPS-MDSC implemented interface Internet IP multicast IPTV IPv6 ITU-T kbps layer LNCS lookup Mauthe mechanism metrics MEVA mobile multicast multimedia multiparty Multiple Description Coding nodes OLSR optimize overlay packet loss paper parameters path peer peer-to-peer perceived quality performance playout rate prefix proposed PSNR PSS-MD quincunx random received redundancy routing protocols scalable scenario scheme Section selected session simulation split transmission streaming server Technology TFRC throughput tion traffic underflow video coding video quality video sequence video stream WANulator WiMAX wireless network XCON