• Peer-to-Peer Computing (2004 Fall)

    • Class time :
      • Mon. pm 1:00 ~ 3:50
    • Location : E6-203
    • Paper presentation :
      • Round 1
      Order
      Presenter
      Present title
      Present Date
      1
      ªô«Tµ¾
      [13] A Local Search Mechanism for Peer-to-Peer Networks
      10/11
      2
      ªô¹©³ó
      [15] Adaptive Probabilistic Search (APS) for Peer-to-Peer Networks
      10/11
      3
      ­âÞ³Â@
      [18] Improving Search in Peer-to-Peer Networks
      10/18
      4
      §õ®aÞ³
      [20] Gnutella2 Specifications Part One & GUESS
      10/18
      5
      ´åªÃ½å
      [21] Probabilistic Location and Routing
      10/18
      6
      ½²©É¦w
      Freenet
      11/01
      7
      ¸âÒjµq
      Gia
      11/01
      8
      ¥Õ²E¤¸
      [17] Routing Indices for Peer-to-Peer Systems
      11/01
      9
      ¸­¯C»¨
      [14] A Local Search Mechanism for Peer-to-Peer Networks
      11/08
      10
      ¶À¥É¦¨
      [19] Ultrapeers: Another Step Towards Gnutella Scalability
      11/08
      • Round 2
      Order
      Presenter
      Present title
      Present Date
      1
      §õ®aÞ³
      [Rod] Decentralized Weighted Voting for P2P Data Management
      12/13
      2
      ¸­¯C»¨
      [Mut] Ivy: A Read/write Peer-to-peer File System
      12/13
      3
      ¶À¥É¦¨
      [Dab] Wide-area Cooperative Storage with CFS
      12/13
      4
      ªô«Tµ¾
      [Lin] A practical distributed mutual exclusion protocol in dynamic peer-to- peer systems
      12/20
      5
      ªô¹©³ó
      [Bha] Replication Strategies for Highly Available Peer-to-Peer Storage
      12/20
      6
      ­âÞ³Â@
      [Ste] Building a Reliable Mutable File System on Peer-to-peer Storage
      12/20
      7
      ´åªÃ½å
      [Yu] Consistent and Automatic Replica Regeneration
      12/27
      8
      ¸âÒjµq
      [Zho] Tapestry: A Fault Tolerant Wide Area Network Infrastructure
      12/27
      9
      ¥Õ²E¤¸
      [Kub] OceanStore: An Architecture for Global-Scale Persistent Storage
      12/27
      10
      ½²©É¦w
      [Gop] Adaptive Replication in Peer-to-peer Systems
      01/03