We present in this paper a comprehensive review and comparison of recent downlink
scheduling approaches for video streaming traffic over the Orthogonal Frequency Division …

This paper presents the design of a networked system for joint compression, rate control and
error correction of video over resource-constrained embedded devices based on the theory …

LTE-A network offers data rates up to 1 Gbps which is 10× faster than LTE catering to
growing demand of users. LTE improves user experience by reducing latency and …

With the fast-paced development of computing technologies, mobile devices have almost
sufficient computation and communication capabilities to support mobile multimedia …

Video applications such as video-on-demand and videoconferencing over wireless
networks require system resources to be allocated dynamically and optimally in accordance …

New multimedia systems and services have higher quality requirements, not limited to
connectivity: users expect services to be delivered according to their demands in terms of …

Packet scheduling is a critical component in multi-session video streaming over mesh
networks. Different video packets have different levels of contribution to the overall video …

The availability of inexpensive CMOS cameras and microphones that can ubiquitously
capture multimedia content from the environment is fostering the development of wireless …

The increasing popularity of mobile video streaming applications has led to a high volume of
video traffic in mobile networks. As the base station, for instance, the eNB in LTE networks …

Resource allocation plays a critical role in multisession video streaming over mesh networks
to maximize the overall video presentation quality under transmission delay and network …