Abbrevation
WNM
City
Sydney
Country
Australia
Deadline Paper
Start Date
End Date
Abstract

The wireless communication technologies have evolved quickly over the past years&#046; As the explosive growth in broadband wireless networks, multimedia applications will dominate the future wireless communication society, resulting in non&#8211;trivial problems in terms of available capacity, reliability, quality&#8211;of&#8211;service, delay, and throughput&#046;<br>To successfully support wireless multimedia applications, it is necessary to improve the state&#8211;of&#8211;the&#8211;art techniques (such as radio resource management, mobility, handoff, and location management, etc) in the multimedia transmission over wireless networks in order to provide quality&#8211;of&#8211;service guarantees between the end&#8211;users and achieve a high quality&#8211;of&#8211;experience for end&#8211;users&#046;<br>This workshop will address the important problems and challenges caused by the transmission of multimedia applications over wireless networks&#046; The workshop aims to bring together computer scientists and engineers in different disciplines to share and exchange their experience and ideas and discuss state&#8211;of&#8211;the&#8211;art and in&#8211;progress research on all aspects of wireless networks and multimedia applications&#046;<br>WNM&#8211;2016 is the next event, in a series of successful International Workshops on Wireless Networks and Multimedia (WNM), previous held as WNM&#8211;2015 (Liverpool, UK, October 2015), WNM&#8211;2014 (Dalian, China, August 2014), WNM&#8211;2013 (Melbourne, Australia, July 2013), WNM&#8211;2012 (Liverpool, UK, June 2012), WNM&#8211;2011 (Changsha, China, November 2011), and HMWN&#8211;2010 (Bradford, UK, June 2010)&#046;<br>Topics of particular interests include the following tracks, but are not limited to:<br>&#8211; 5G<br>&#8211; SDN/NFV&#8211;based Flexible Architecture for Wireless Networks and Multimedia<br>&#8211; Caching for Wireless Networks and Multimedia<br>&#8211; Ultra&#8211;Wideband Networks<br>&#8211; Wireless Ad Hoc and Mesh Networks<br>&#8211; Wireless Personal Area Networks<br>&#8211; Wireless Local Area Networks<br>&#8211; Wireless Sensor Networks<br>&#8211; Wireless Metropolitan Area Networks<br>&#8211; Cellular Networks<br>&#8211; WiMAX<br>&#8211; Optical Wireless Access Networks<br>&#8211; Mobile Computing and Wireless Communications<br>&#8211; Future Wireless Networks and Protocols<br>&#8211; Multimedia Communications and Services<br>&#8211; Congestion and Admission Control<br>&#8211; Wireless MAC Protocols: Design and Analysis<br>&#8211; Quality of Service Provisioning<br>&#8211; Wireless Network Trust, Privacy and Security<br>&#8211; Software Defined Radio &amp; Software Defined Networking<br>&#8211; Cross&#8211;Layer Design and Adaptation<br>&#8211; Radio Resource Management<br>&#8211; Mobility, Handoff and Location Management<br>&#8211; Performance Modeling and Evaluation<br>&#8211; Wireless and Mobile Network Architecture<br>