Add to ORKGInternational audienceWhile streaming traffic is today overflowing networks, leading to major disputes beween the various actors of the content delivery chain, we show in this paper that distributed caching in eyeball networks is an efficient means of reducing load on critical links in the network. To prove this statement, we perform trace driven simulations exploiting traffic measurements from the IP backbone network operated by Orange in France. We then describe how distributed caching can be implemented and we propose an associated business model
Online video is anticipated to be the largest fraction of all mobile network traffic aside from the ...
This study suggests to use popularity based caching for IP-based TV (IPTV) services over peer-to-pee...
In an on-demand video system, the video repository generally has limited streaming capacities and ma...
International audienceWhile streaming traffic is today overflowing networks, leading to major disput...
Abstract—The delivery of video content is expected to gain huge momentum, fueled by the popularity o...
Internet streaming applications are adversely affected by network conditions such as high packet los...
The delivery of video content is expected to gain huge momentum, fueled by the popularity of user-ge...
The delivery of multimedia over the Internet is affected by adverse network conditions such as high ...
Live and on-demand video content have become the most important source of network traffic in mobile ...
International audienceIn the last few years, Networks Operators (NO) have experienced an increased n...
Streaming high quality videos consumes a significant amount of network resources. Researchers propos...
The content-oriented network is becoming a reality with enormous amount of contents such as high-def...
The demand for Internet-based visual content delivery has increased significantly in recent years, t...
Abstract—In this paper, we report YouTube traffic measure-ments from Orange IP backbone network conn...
Streaming video is a key functionality in Internet based services such as distant education, VoD etc...
Online video is anticipated to be the largest fraction of all mobile network traffic aside from the ...
This study suggests to use popularity based caching for IP-based TV (IPTV) services over peer-to-pee...
In an on-demand video system, the video repository generally has limited streaming capacities and ma...
International audienceWhile streaming traffic is today overflowing networks, leading to major disput...
Abstract—The delivery of video content is expected to gain huge momentum, fueled by the popularity o...
Internet streaming applications are adversely affected by network conditions such as high packet los...
The delivery of video content is expected to gain huge momentum, fueled by the popularity of user-ge...
The delivery of multimedia over the Internet is affected by adverse network conditions such as high ...
Live and on-demand video content have become the most important source of network traffic in mobile ...
International audienceIn the last few years, Networks Operators (NO) have experienced an increased n...
Streaming high quality videos consumes a significant amount of network resources. Researchers propos...
The content-oriented network is becoming a reality with enormous amount of contents such as high-def...
The demand for Internet-based visual content delivery has increased significantly in recent years, t...
Abstract—In this paper, we report YouTube traffic measure-ments from Orange IP backbone network conn...
Streaming video is a key functionality in Internet based services such as distant education, VoD etc...
Online video is anticipated to be the largest fraction of all mobile network traffic aside from the ...
This study suggests to use popularity based caching for IP-based TV (IPTV) services over peer-to-pee...
In an on-demand video system, the video repository generally has limited streaming capacities and ma...