Energy-Efficient HTTP Adaptive Streaming with Hybrid TCP/UDP Over Heterogeneous Wireless Networks

Go, Yunmin; Noh, Hyunmin; Park, Goeon; Song, Hwangjun

doi:10.1109/wowmom.2019.8793028

Cited by 4 publications

(2 citation statements)

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“…RTP specifies different FEC extensions, such as the generic FEC specification [38] and XOR coding with interleaving [39], the latter being extensively evaluated in [40]. Another example of UDP video streams protected with an FEC is [41]. The authors propose the simultaneous use of TCP and UDP over different network interfaces for smooth video streaming over HTTP, proving that their approach is efficient not only in terms of goodput, but also in terms of the energy consumption of mobile devices.…”

Section: Coding At Transport Layermentioning

confidence: 99%

“…Another approach to combine coding and MP could be sending source and coded packets on different paths, a strategy followed in fountain code-based MPTCP (FMTCP) to mitigate the negative impact of path heterogeneity [49]. Furthermore, the combination of coding and multiple path networking can be efficiently handled from the application layer, as shown in [41]. At the time of writing, there are multiple approaches and implementations of multipath extension for QUIC [50]- [53], including additional extensions, such as a FEC module [7].…”

Section: Coding At Transport Layermentioning

confidence: 99%

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Robust QUIC: Integrating Practical Coding in a Low Latency Transport Protocol

et al. 2021

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We introduce rQUIC, an integration of the QUIC protocol, and a coding module. rQUIC has been designed to feature different coding/decoding schemes and is implemented in go language. We conducted an extensive measurement campaign to provide a thorough characterization of the proposed solution. We compared the performance of rQUIC with that of the original QUIC protocol for different underlying network conditions as well as different traffic patterns. Our results show that rQUIC not only yields a relevant performance gain (shorter delays), especially when network conditions worsen, but also ensures a more predictable behavior. For bulk transfer (long flows), the delay reduction almost reached 70% when the frame error rate was 5%, while under similar conditions, the gain for short flows (web navigation) was ≈ 55%. In the case of the video streaming the QoE gain (p1203 metric) was, approximately, 50%.

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Section: Coding At Transport Layermentioning

confidence: 99%