Abstract. This paper examines a novel cache management policy, which we call LRLFU and is applied to groups of blocks of the media files. This cache management policy is capable of capturing the changing popularities of the various videos by attaching a caching value to every video according to how recently and how frequently the video was requested, and decides to cache the most ‘valuable ’ videos. Our event-driven simulations have shown that the frequency considerations we have introduced in the caching values attached to the videos (i) improve the byte-hit ratio and (ii) significantly reduce the fraction of user requests with delayed starts
Abstract-Partial caching of large media objects such as video 6les has been proposed in men1 pmxy ca...
Most of the current literature on coded caching focus on a static scenario in which a fixed number o...
Due to its native return channel and its ability to easily address each user individually an IPTV sy...
This paper examines a novel cache management policy applied to non-collaborative and collaborative e...
Abstract—Caching video objects closer to the users in delivery of on-demand video services in IPTV n...
The growing popularity of over the top ( OTT) video streaming services has led to a strong increase ...
Most proxy caches for streaming videos do not cache the entire video but only a portion of it. This ...
Users often do not watch an online video content in its entirety, and abort the video before it is c...
This paper focuses on an environment of more than one proxy server that serve homogeneous or even he...
In this paper we have proposed an adaptive dynamic cache replacement algorithm for a multimedia serv...
The current explosion of video traffic compels service providers to deploy caches at edge networks. ...
International audienceIn Content Delivery Networks (CDNs), knowing the popularity of video content h...
Summarization: The dramatic increase of streaming media traffic on the Internet have led to bandwidt...
Video traffic now represents a growing proportion of the traffic on cellular networks, causing capac...
Abstract—Non-sequential media is seen as a number of se-mantically meaningful units derived from sev...
Abstract-Partial caching of large media objects such as video 6les has been proposed in men1 pmxy ca...
Most of the current literature on coded caching focus on a static scenario in which a fixed number o...
Due to its native return channel and its ability to easily address each user individually an IPTV sy...
This paper examines a novel cache management policy applied to non-collaborative and collaborative e...
Abstract—Caching video objects closer to the users in delivery of on-demand video services in IPTV n...
The growing popularity of over the top ( OTT) video streaming services has led to a strong increase ...
Most proxy caches for streaming videos do not cache the entire video but only a portion of it. This ...
Users often do not watch an online video content in its entirety, and abort the video before it is c...
This paper focuses on an environment of more than one proxy server that serve homogeneous or even he...
In this paper we have proposed an adaptive dynamic cache replacement algorithm for a multimedia serv...
The current explosion of video traffic compels service providers to deploy caches at edge networks. ...
International audienceIn Content Delivery Networks (CDNs), knowing the popularity of video content h...
Summarization: The dramatic increase of streaming media traffic on the Internet have led to bandwidt...
Video traffic now represents a growing proportion of the traffic on cellular networks, causing capac...
Abstract—Non-sequential media is seen as a number of se-mantically meaningful units derived from sev...
Abstract-Partial caching of large media objects such as video 6les has been proposed in men1 pmxy ca...
Most of the current literature on coded caching focus on a static scenario in which a fixed number o...
Due to its native return channel and its ability to easily address each user individually an IPTV sy...