| dc.description.abstract | With the evolution of network technology, many people watch streaming videos by their mobile devices. As the increasing of video data traffic, the network condition of mobile users become important. If mobile users watch a high resolution video under a worse network condition, it will impact their experience. To solve this problem, there are many streaming techniques to come out with a newly strategy for a better solution. Dynamic Adaptive Streaming over HTTP (DASH) is now a common streaming technique that provide a suitable segment bitrate for video users to watch their videos. But, it will still be an issue while the resolution remain lower which may influence the user’s experience. When a DASH client is watching a VR streaming service, the unstable network will cause the representation of video contents. Otherwise, to offer a higher network transmission, multipath TCP (MPTCP) becomes a method to provide video user’s a higher link capacity. As many devices support MPTCP and the higher link capacity can cover the video traffic. But, many studies show that some of problems in MPTCP transmission should be concerned, such as scheduling, congestion control and path conditions. In this work, we aim to discuss when a DASH client watch their streaming under unstable MPTCP transmission and propose an SNC-MPTCP (Segment Network Coding over MPTCP) algorithm to overcome several network situations. In our method, we apply the network coding to protect loss packets and use the theoretical formulation to estimate decoding probability. Then, we also make an implementation in NS-3. The scenarios include general video and VR dataset under limited link capacity and cross traffic situations. Finally, we observe that SNC-MPTCP can handle different condition and get higher performance compared with single TCP, naive MPTCP and NC-MPTCP in the DASH transmission. | en_US |