A Remedy for Network Operators against Increasing P2P Traffic : Enabling Packet Cache for P2P Applications
スポンサーリンク
概要
- 論文の詳細を見る
We observe that P2P traffic has peculiar characteristics as opposed to the other type of traffic such as web browsing and file transfer. Since they exploit swarm effect — a multitude of end points downloading the same content piece by piece nearly at the same time, thus, increasing the effectiveness of caching — the same pieces of data end up traversing the network over and over again within mostly a short time window. In the light of this observation, we propose a network layer packet-level caching for reducing the volume of emerging P2P traffic, transparently to the P2P applications — without affecting operations of the P2P applications at all — rather than banning it, restricting it, or modifying P2P systems themselves. Unlike the other caching techniques, we aim to provide as generic a caching mechanism as possible at network layer — without knowing much detail of P2P application protocols — to extend applicability to arbitrary P2P protocols. Our preliminary evaluation shows that our approach is expected to reduce a significant amount of P2P traffic transparently to P2P applications.
- (社)電子情報通信学会の論文
- 2008-12-01
著者
-
Sasaki Kengo
University Of Tokyo
-
Yamamoto Shu
National Inst. Of Information And Communications Technol. Tokyo Jpn
-
Nakao Akihiro
Univ. Tokyo Tokyo Jpn
-
NAKAO Akihiro
University of Tokyo
-
YAMAMOTO Shu
NICT
関連論文
- Performance Evaluation of Peer-to-Peer Progressive Download in Broadband Access Networks
- A Remedy for Network Operators against Increasing P2P Traffic : Enabling Packet Cache for P2P Applications
- AS Alliance for Resilient Communication over the Internet
- Towards the Engineering of Dependable P2P-Based Network Control : The Case of Timely Routing Control Messages
- Tutorial invited lecture: Wired/wireless network virtualization (ネットワークシステム)
- Rethinking Business Model in Cloud Computing : Concept and Example
- Network-Resource Isolation for Virtualization Nodes
- User-Assisted Content Distribution in Information-Centric Network