There has been a significant amount of recent research in the computer networking community on the emerging wireless networking paradigm known as Mobile Networks; while the real-time image processing community have expended much effort on the development of scalable video encoding techniques and investigating the multipath streaming of real-time multimedia content. This work draws together the key elements of recent research in each of these areas and proposes a novel scheme for the multipath delivery of scalable video streams to users within multihomed mobile networks. We provide a hardware-based, multihomed mobile networks testbed and propose OPSSA, an optimised path selection and scheduling algorithm for use in multihomed mobile networks...
Abstract—Video-on-demand service in wireless networks is one important step to achieving the goal of...
The pace at which powerful portable wireless consumer devices such as smartphones and tablets have b...
Abstract — The pace at which powerful portable wireless consumer devices such as smartphones and tab...
In this paper, we empirically investigate the performance of path selection and packet scheduling al...
Modern mobile devices have evolved into small computers that can render multimedia streaming content...
Copyright © 2013 James Nightingale et al. This is an open access article distributed under the Creat...
From the advancements of mobile display and network infrastructure, mobile users can enjoy high qual...
Scalable video, evolved in a long way of more than 20 years, has attracted significant interest in t...
In this project, we realized a prototype of this architecture to validate the feasibility of the pro...
In this paper we design a robust opportunistic scheduler to be implemented at the base station in a ...
textWith the advent of mobile Internet the amount of time people spend with multimedia applications ...
Abstract — Today’s mobile devices are equipped with multiple interfaces to make the connection possi...
© 2014 IEEE. Bandwidth-demanding mobile video applications are becoming increasingly popular in wire...
In recent years, mobile devices have become more powerful in terms of computing power, memory, and s...
paper proposes an advanced video streaming system based on scalable video coding in order to optimiz...
Abstract—Video-on-demand service in wireless networks is one important step to achieving the goal of...
The pace at which powerful portable wireless consumer devices such as smartphones and tablets have b...
Abstract — The pace at which powerful portable wireless consumer devices such as smartphones and tab...
In this paper, we empirically investigate the performance of path selection and packet scheduling al...
Modern mobile devices have evolved into small computers that can render multimedia streaming content...
Copyright © 2013 James Nightingale et al. This is an open access article distributed under the Creat...
From the advancements of mobile display and network infrastructure, mobile users can enjoy high qual...
Scalable video, evolved in a long way of more than 20 years, has attracted significant interest in t...
In this project, we realized a prototype of this architecture to validate the feasibility of the pro...
In this paper we design a robust opportunistic scheduler to be implemented at the base station in a ...
textWith the advent of mobile Internet the amount of time people spend with multimedia applications ...
Abstract — Today’s mobile devices are equipped with multiple interfaces to make the connection possi...
© 2014 IEEE. Bandwidth-demanding mobile video applications are becoming increasingly popular in wire...
In recent years, mobile devices have become more powerful in terms of computing power, memory, and s...
paper proposes an advanced video streaming system based on scalable video coding in order to optimiz...
Abstract—Video-on-demand service in wireless networks is one important step to achieving the goal of...
The pace at which powerful portable wireless consumer devices such as smartphones and tablets have b...
Abstract — The pace at which powerful portable wireless consumer devices such as smartphones and tab...