CONIC: Content-Oriented Network with Indexed Caching

In this paper, we present Content-Oriented Network with Indexed Caching (CONIC), a deployable and self-scaling architecture to exploit spare storage and bandwidth from end-systems to eliminate redundant traffic and enable efficient and fast access to content. Our trace-driven simulation indicates th...

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Hauptverfasser: Yuncheng Zhu, Maoke Chen, Nakao, Akihiro
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Maoke Chen
Nakao, Akihiro
description In this paper, we present Content-Oriented Network with Indexed Caching (CONIC), a deployable and self-scaling architecture to exploit spare storage and bandwidth from end-systems to eliminate redundant traffic and enable efficient and fast access to content. Our trace-driven simulation indicates that CONIC can reduce 25% to 50% traffic volume and can cumulatively halve the latency of content access in the real-world network environment. Also, our prototype implementation verifies the deployability of the CONIC architecture.
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subjects Bandwidth
Clouds
Costs
IP networks
Network servers
Peer to peer computing
Prototypes
Telecommunication traffic
Traffic control
Web and internet services
title CONIC: Content-Oriented Network with Indexed Caching
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