Spatiotemporal variation in cellular bandwidth availability is well-known and could affect a
mobile user's quality of experience (QoE), especially while using bandwidth intensive …

Predicting future throughput in mobile networks becomes more and more possible today
thanks to the rich contextual information provided by mobile applications and smartphone …

Due to the very nature of modern day Smartphone's and tablets, users of such devices will
often travel from an area with strong mobile signal to a weaker area. Travelling from a Strong …

Existing video streaming algorithms use various estimation approaches to infer the
inherently variable bandwidth in cellular networks, which often leads to reduced quality of …

For a large class of non-delay-critical applications (eg, buffered video streaming or data
transfer from cloud services to local devices), end-to-end throughput becomes the most …

Smartphones now account for the majority of all cell phones in use today [23]. Ubiquitous
Internet access is a valuable feature offered by these devices and the vast majority of …

HTTP Adaptive Streaming dominates most of the traffic on the Internet today and a large
fraction is driven by video consumption on mobile phones and tablet devices. The client …

Online video streaming through mobile devices has become extremely popular nowadays.
YouTube, for example, reported that the percentage of its traffic streaming to mobile devices …

Fueled by the popularity of mobile devices, mobile channels have become the preferred
video delivery medium. However, users often encounter a poor quality of experience (QoE) …

Real-time streaming applications like cloud gaming require consistently low latency, even at
the tail. Our large-scale measurement based on a major cloud gaming service provider …