The architecture of the Berkeley distributed hierarchical video-on-demand (VOD) system
consists of continuous media servers (CMS) basically standing as a cache between the …

The architecture of the Berkeley Distributed Hierarchical Video-On-Demand(VOD) system
consists of Continuous Media Servers (CMS) basicallg standing as a cache between the …

Video-on-demand (VoD) service providers are intensely interested in transport, storage,
streaming and caching in content delivery networks. Today's 5,000-hour library may grow …

Continuous media objects, due to large volume and real time constraints in their delivery,
are likely to consume much network bandwidth. Generally, proxy servers are used to hold …

Video caching will be an important performance factor in future networked multimedia
systems. A major component of caches is the replacement strategy. This paper presents …

A distributed VOD system includes several VOD sub-systems, each VOD sub-system
consisting of an archive server (AS), a continuous media server (CMS) and a medata DB. A …

We investigate the dynamics of a distributed video proxy-cache system that is able to adapt
the number of running nodes depending on conditions like client request patterns, network …

We propose a caching policy to service streams for continuous media objects over wide
area networks. With the proposed policy, a group of proxy servers representing a tree-like …

Video caching has gained significant attention due to its cost efficiency. In this paper, we
propose an optimized cache replacement scheme based on the user request arrival pattern …

In this paper, we present a novel buffer cache management scheme for video-on-demand
servers called hybrid buffer cache management (HBM). We carefully argue that multimedia …