Enhancing Mobile Video Delivery over an Heterogeneous Network Access with Information-Centric Networking
Jacques Samain, Jordan Augé, Giovanna Carofiglio, Luca Muscariello, Michele Papalini, Mauro Sardara · 2017
Mobile video delivery drives Internet traffic evolution and puts colossal pressure on future 5G networks to support higher quality and lower latency requirements over an increasingly heterogeneous network access. Future Internet paradigms recentering communication around content, such as Information Centric Networks (ICN), appear as promising candidates to relieve the challenges of a mobility-robust, efficient and cost-effective video delivery, by integrating video-awareness at network layer. In this demo, we focus on ICN-enabled Dynamic Adaptive Streaming (DAS) over an heterogeneous wireless access. We integrate ICN capabilities in DAS clients requesting 4K video content to standard DAS servers. We deploy a virtualized ICN-enabled network slice using LXC containers to connect clients to servers through an heterogeneous wireless access (802.11n and LTE emulated radios) and a simplified backhaul.