'Failure resilience' diaporamas de présentation

EPIDEMIC OVERLAYS FOR MULTICAST IN MOBILE AD HOC NETWORKS

EPIDEMIC OVERLAYS FOR MULTICAST IN MOBILE AD HOC NETWORKS. Masters Thesis Michael Sirivianos 11/05/2004. Overview. Problem Definition-Related Work (Gossip) Proposed Solution-Contributions (Deterministic flooding). Ad Hoc Routing Protocols Membership Management

1.2k views • 106 slides

Main Memory Map Reduce (M3R)

Main Memory Map Reduce (M3R). VLDB, August 2012 (to appear) Avi Shinnar, David Cunningham, Ben Herta, Vijay Saraswat In collaboration with: Yan Li*, Dave Grove, Mikio Takeuchi**, Salikh Zakirov**, Juemin Zhang * IBM China Research Lab ** IBM Tokyo Research Lab

563 views • 48 slides

Introduction & Background

Introduction & Background. Lakshmish Ramaswamy. Why Distributed Systems?. A collection of independent computers that appears to its users as a single coherent system Reasons for distribution Distributed (and mobile) users Distributed data/information Distributed organizations

445 views • 33 slides

A Peer-to-Peer DNS

217 views • 20 slides

CoDoNS: Replacing the DNS Hierarchy with Peers

246 views • 13 slides

Peer-to-Peer Information Systems

Peer-to-Peer Information Systems. Gerhard Weikum weikum@mpi-sb.mpg.de http://www-dbs.cs.uni-sb.de/lehre/ws03_04/p2p-seminar.htm. Outline:. History of P2P Systems. Future Applications and Research Topics. Seminar Organization. Motivation for P2P. exploit distributed computer resources

125 views • 12 slides

Honeycomb: Enabling Structured DHTs to Support High Performance Applications

183 views • 6 slides