3rd Workshop on Communication and Networking Techniques for Contemporary Video
May 1 2017, Atlanta, GA, USA
http://infocom2017.ieee-infocom.org/workshop/cntcv-communication-and-networking-techniques-contemporary-video
(in conjunction with IEEE INFOCOM 2017)
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Scope and Topics of Interest
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In today’s networks the same video data is simultaneously transmitted to multiple heterogeneous receivers over diverse channels. In such multiuser and delay-constrained systems, one needs to jointly consider both the communication and networking layer design to achieve optimum performance. Furthermore, recent work has shown that novel caching and storage techniques at mobile devices and/or access points can dramatically reduce the network traffic.
The aim of this workshop is to bring together researchers working on real-time communication, storage, and caching techniques for contemporary video. Therefore, the focus of the workshop will be mainly on experimental and theoretical aspects of networking and communication layer techniques that tackle the recent explosive growth in video traffic, particularly over wireless networks. Overall, the ultimate objective of this workshop is to bring closer researchers working on these emerging problems and share their latest results, formulate new problems from both communication and networking perspectives, and create awareness about their practical significance.
The aim of the workshop is to bring together researchers working on communications and networking techniques for delay-sensitive applications, such as streaming video. The focus of the workshop will be mainly on experimental and theoretical aspects of networking and communication layer techniques that tackle the recent explosive growth in video traffic, particularly over wireless networks. Previously unpublished contributions in communication, storage, caching and networking techniques for contemporary content delivery are solicited including:
Video caching in wireless networks
Delay-optimized rate control
QoE issues regarding video traffic
Feedback techniques in streaming
Scheduling for wireless video
Buffer control in wireless video
Mobile video services and applications
Mobile video streaming
Network coding for content delivery
Sequential source and channel coding
Distributed storage
Cloud-based solutions for video streaming
Mobile cloud video streaming
Multi-peer video distribution in dynamic environments
Performance modelling and analysis of video traffic
HTTP adaptive streaming
Protocols and algorithms for video transmission
Video distribution techniques in mobile cloud environments
Adaptive bit rate techniques in wireless networks
Energy saving for wireless video transmission
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Submission Instructions
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Papers should not exceed 6 pages in IEEE format (double-column, 10pt font) and should be submitted via EDAS in PDF (formatted for 8.5×11-inch paper). Reviews will be single-blind, i.e., the papers should include the author names and affiliations.
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Important Dates
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Submission Deadline: January 10th, 2017
Author Notification: February 22nd, 2017
Final Manuscript Due: March 12th, 2017
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Workshop Co- chairs
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Petros Spachos, University of Guelph, Canada
Angelos Marnerides, Lancaster University, UK
Amit Dvir, Ariel University, Israel
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Steering Committee
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Mike Devetsikiotis, University of New Mexico, USA
Alberto Leon-Garcia, University of Toronto, Canada