Abstract In this paper we detail an algorithm for the transmission of video-on-demand, which allows transmissions to be advanced dynamically when there is enough bandwidth. The effect is a transmission speed-up and consequently the freeing of bandwidth reservations in the future. This freed bandwidth can therefore be used by other transmissions. We evaluate two basic criteria for producing these advancements, and also detail how this scheme can be combined with other existing on-demand transmission methods. In our experiments we have combined it with an implementation of patching. We compare the performance of our algorithm with this model, and also with a system without merging taken as a reference. We demonstrate that, during the high aud...
The ability to record and/or transmit voice and moving images (i.e., continuous media) has had enorm...
Abstract—Broadcasting is a prospective approach to support near video-on-demand services with light ...
Recent years have seen intensive investigations of Periodic Broadcast, an attractive paradigm for br...
Broadcasting protocols can improve the efficiency of video on demand services by reducing the bandwi...
Patching is a cost efficient channel-sharing technique for video-on-demand systems. However, its per...
Patching is a cost efficient channel-sharing technique for video-on-demand systems. However, its per...
Developing hybrid bandwidth smoothing techniques that are aimed for both VCR interactivity as well a...
Video broadcasting protocols can improve the efficiency of video on demand services by reducing the ...
In providing video-on-demand services in multicast environment, a broadcasting technique like skyscr...
Broadcasting schemes, such as the fast broadcasting and harmonic broadcasting schemes, significantly...
Broadcasting protocols can reduce the cost of video-ondemand services by using much less bandwidth ...
Broadcasting protocols can reduce the cost of video-ondemand services by using much less bandwidth t...
Broadcasting protocols can lower the cost of video-on-demand services by more efficiently distributi...
The ability to record and/or transmit voice and moving images (i.e., continuous media) has had enorm...
The original publication is available at www.springerlink.comThe Video-on-demand (VOD) service allow...
The ability to record and/or transmit voice and moving images (i.e., continuous media) has had enorm...
Abstract—Broadcasting is a prospective approach to support near video-on-demand services with light ...
Recent years have seen intensive investigations of Periodic Broadcast, an attractive paradigm for br...
Broadcasting protocols can improve the efficiency of video on demand services by reducing the bandwi...
Patching is a cost efficient channel-sharing technique for video-on-demand systems. However, its per...
Patching is a cost efficient channel-sharing technique for video-on-demand systems. However, its per...
Developing hybrid bandwidth smoothing techniques that are aimed for both VCR interactivity as well a...
Video broadcasting protocols can improve the efficiency of video on demand services by reducing the ...
In providing video-on-demand services in multicast environment, a broadcasting technique like skyscr...
Broadcasting schemes, such as the fast broadcasting and harmonic broadcasting schemes, significantly...
Broadcasting protocols can reduce the cost of video-ondemand services by using much less bandwidth ...
Broadcasting protocols can reduce the cost of video-ondemand services by using much less bandwidth t...
Broadcasting protocols can lower the cost of video-on-demand services by more efficiently distributi...
The ability to record and/or transmit voice and moving images (i.e., continuous media) has had enorm...
The original publication is available at www.springerlink.comThe Video-on-demand (VOD) service allow...
The ability to record and/or transmit voice and moving images (i.e., continuous media) has had enorm...
Abstract—Broadcasting is a prospective approach to support near video-on-demand services with light ...
Recent years have seen intensive investigations of Periodic Broadcast, an attractive paradigm for br...