Multi-user video streaming over wireless channels is a challenging problem, where the
demand for better video quality and small transmission delays needs to be reconciled with …

We present a cross-layer optimized video rate adaptation and user scheduling scheme for
multi-user wireless video streaming aiming for maximum quality of service (QoS) for each …

Emerging multi-hop wireless networks provide a low-cost and flexible infrastructure that can
be simultaneously utilized by multiple users for a variety of applications, including delay …

Video streaming is gaining popularity among mobile users. The latest mobile devices, such
as smart phones and tablets, are equipped with multiple wireless network interfaces. How to …

The emerging mobile edge computing (MEC) technology has been recently applied to
improve adaptive bitrate (ABR) streaming service quality under time-varying wireless …

In this paper, we investigate optimal resource allocation and scheduling for scalable video
multicast over wireless networks. The wireless video multicasting is a best-effort service …

Various packet scheduling, dynamic routing, error-protection, and channel adaptation
strategies have been proposed at different layers of the protocol stack to address multi-user …

We consider the design of a scheduling policy for video streaming in a wireless network
formed by several users and helpers (eg, base stations). In such networks, any user is …

Managing the Quality-of-Experience (QoE) of video streaming for wireless clients is
becoming increasingly important due to the rapid growth of video traffic on wireless …

An important issue of supporting multi-user video streaming over wireless networks is how to
optimize the systematic scheduling by intelligently utilizing the available network resources …