Abstract—Cloud based video delivery platforms serve a signif-icant fraction of the entire Internet traffic and are continuously expanding with the growing demand. We study the provisioning of the server cluster to deploy at each location in such systems. We optimize the right server count, peering bandwidth, and server configuration as the disk size and the necessary SSD and/or RAM caches to sustain the intensive I/O load. Our analyses are based on actual server traces from a global content delivery platform. Our optimization captures the interaction of cache layers in each server, the interplay between egress/disk capacity and network bandwidth, storage read/write constraints and storage prices. Keywords-video content delivery network; res...
We study providing large-scale video-on-demand (VoD) service to distributed users. In order to achie...
Abstract—Large scale video streaming over Internet requires a large amount of resources such as serv...
Striking a balance between the costs for Web content providers and the quality of service for Web cu...
Global video Content Distribution Networks (CDNs) serve a significant fraction of the entire Interne...
In this paper CDNs (Content Delivery Networks) have been widely implemented to provide scalable clou...
Video-on-Demand (VoD) services are very user-friendly, but also complex and resource demanding. Depl...
Network-based video-on-demand (VoD) deployments are today very limited in scope. The largest deploye...
Video on demand (VoD) systems currently use content delivery networks (CDN) to distribute content to...
Content delivery networks (CDNs) deploy hundreds of thousands of servers around the world to cache a...
The demand for Internet-based visual content delivery has increased significantly in recent years, t...
Online video broadcasting platforms are distributed, complex, cloud oriented, scalable, micro-servic...
Online video broadcasting platforms are distributed, complex, cloud oriented, scalable, micro-servic...
In an on-demand video system, the video repository generally has limited streaming capacities and ma...
Abstract—Video-on-demand (VoD) services historically rely on commercial content distribution network...
Abstract — In this paper, we address the problem of efficiently streaming a set of heterogeneous vid...
We study providing large-scale video-on-demand (VoD) service to distributed users. In order to achie...
Abstract—Large scale video streaming over Internet requires a large amount of resources such as serv...
Striking a balance between the costs for Web content providers and the quality of service for Web cu...
Global video Content Distribution Networks (CDNs) serve a significant fraction of the entire Interne...
In this paper CDNs (Content Delivery Networks) have been widely implemented to provide scalable clou...
Video-on-Demand (VoD) services are very user-friendly, but also complex and resource demanding. Depl...
Network-based video-on-demand (VoD) deployments are today very limited in scope. The largest deploye...
Video on demand (VoD) systems currently use content delivery networks (CDN) to distribute content to...
Content delivery networks (CDNs) deploy hundreds of thousands of servers around the world to cache a...
The demand for Internet-based visual content delivery has increased significantly in recent years, t...
Online video broadcasting platforms are distributed, complex, cloud oriented, scalable, micro-servic...
Online video broadcasting platforms are distributed, complex, cloud oriented, scalable, micro-servic...
In an on-demand video system, the video repository generally has limited streaming capacities and ma...
Abstract—Video-on-demand (VoD) services historically rely on commercial content distribution network...
Abstract — In this paper, we address the problem of efficiently streaming a set of heterogeneous vid...
We study providing large-scale video-on-demand (VoD) service to distributed users. In order to achie...
Abstract—Large scale video streaming over Internet requires a large amount of resources such as serv...
Striking a balance between the costs for Web content providers and the quality of service for Web cu...