Periodic broadcast is a cost-effective solution for large-scale distribution of popular videos because this approach guarantees constant worst service latency, regardless of the number of video requests. An essential periodic broadcast method is the client-centric approach (CCA), which allows clients to use smaller receiving bandwidth to download broadcast data. An enhanced version, namely CCA++, was proposed to yield a shorter waiting time. This work further improves CCA++ in reducing client buffer requirements. The new scheme decreases the buffer requirements by as much as 52% when compared to CCA++. This study also provides an analytical evaluation to demonstrate the performance advantage, as compared with particular schemes
Broadcasting protocols for video-on-demand continuously retransmit videos that are watched simultane...
Broadcasting is an efficient transmission scheme to provide on-demand service for very popular movie...
[[abstract]]Periodic broadcasting is known as an efficient technique to support near Video-on-Demand...
Periodic broadcast is a cost-effective solution for disseminating popular videos. This strategy has ...
Recent years have seen intensive investigations of Periodic Broadcast, an attractive paradigm for br...
Several periodic broadcasting schemes have been shown to be very effective in addressing the bandwid...
Broadcasting Protocols can efficiently transmit videos that simultaneously shared by clients with pa...
Many multimedia applications rely on video streaming techniques. However, large scale video delivery...
Abstract — The bandwidth-intensive and long-lived nature of high quality digital video makes it a ch...
Recent years have seen intensive investigations of Periodic Broadcast, an attractive paradigm for br...
In traditional near-VOD (NVOD), the number of streams required is high if the user delay goal is low...
Broadcasting protocols can lower the cost of video-on-demand services by more efficiently distributi...
Multimedia streaming applications consume a significant amount of server and network resources due t...
Multimedia streaming applications can consume a significant amount of server and network resources....
Video broadcasting protocols can improve the efficiency of video on demand services by reducing the ...
Broadcasting protocols for video-on-demand continuously retransmit videos that are watched simultane...
Broadcasting is an efficient transmission scheme to provide on-demand service for very popular movie...
[[abstract]]Periodic broadcasting is known as an efficient technique to support near Video-on-Demand...
Periodic broadcast is a cost-effective solution for disseminating popular videos. This strategy has ...
Recent years have seen intensive investigations of Periodic Broadcast, an attractive paradigm for br...
Several periodic broadcasting schemes have been shown to be very effective in addressing the bandwid...
Broadcasting Protocols can efficiently transmit videos that simultaneously shared by clients with pa...
Many multimedia applications rely on video streaming techniques. However, large scale video delivery...
Abstract — The bandwidth-intensive and long-lived nature of high quality digital video makes it a ch...
Recent years have seen intensive investigations of Periodic Broadcast, an attractive paradigm for br...
In traditional near-VOD (NVOD), the number of streams required is high if the user delay goal is low...
Broadcasting protocols can lower the cost of video-on-demand services by more efficiently distributi...
Multimedia streaming applications consume a significant amount of server and network resources due t...
Multimedia streaming applications can consume a significant amount of server and network resources....
Video broadcasting protocols can improve the efficiency of video on demand services by reducing the ...
Broadcasting protocols for video-on-demand continuously retransmit videos that are watched simultane...
Broadcasting is an efficient transmission scheme to provide on-demand service for very popular movie...
[[abstract]]Periodic broadcasting is known as an efficient technique to support near Video-on-Demand...