IBM / B SA / SB SA . / Distributed Computing Systems / Microsoft / Utku Irmaky Yahoo! Inc. / / /
Event
Product Recall / Product Issues / /
Facility
University Technical Report / Polytechnic University / University of Warwick / Cornell University / Australian National University / /
IndustryTerm
recent recursive protocol / proposed optimal algorithms / compression algorithm / large web services / web site mirroring / suitable algorithm / set reconciliation algorithm / basic multi-round protocol / probabilistic algorithm / storage protocols / earliest such algorithm / busy web / rsync open-source tool / rsync open source tool / synchronization algorithms / set reconciliation algorithms / Web Conference / multi-round protocols / value-based web caching / limited bandwidth networks / file systems / web access / hybrid algorithms / content distribution networks / basic algorithm / study single-round algorithms / backup systems / randomized pattern-matching algorithms / open-source tool / basic protocol / multi-round algorithms / actual rsync algorithm / search engines / set reconciliation protocol / rsync algorithm / hybrid algorithm / computing / gzip-like algorithm / realistic protocol / synchronization protocols / /
Organization
Polytechnic University / National Science Foundation / Cornell University / New York State Center for Advanced Technology / University of Warwick / Boston University / Australian National University / IEEE Computer Society / /
Person
M. Rabin / S. Agarwal / V / Morgan Kaufmann / R. Karp / Hao Yan / / /
Position
MP / consumer/producer / author / /
Product
Algorithm / /
ProvinceOrState
New York / Manitoba / California / /
Technology
reconciliation-based protocol / three algorithms / synchronization algorithms / basic multi-round protocol / gzip-like algorithm / recent recursive protocol / peer-to-peer / synchronization protocols / actual rsync algorithm / randomized pattern-matching algorithms / hybrid algorithms / Operating System / mobile device / HTML / two-round protocol / idealized algorithm / Operating Systems / multi-round algorithms / network file system / probabilistic algorithm / set reconciliation algorithms / resulting protocol / Golomb-based algorithm / storage protocols / reconciliation-based algorithm / set reconciliation protocol / compression algorithm / basic protocol / Mobile Computing / Delta algorithms / multi-round protocols / caching / same algorithm / 2 2 4 An Algorithm / PDA / set reconciliation algorithm / rsync algorithm / realistic protocol / basic algorithm / compressed using a gzip-like algorithm / /
Algorithms for Low-Latency Remote File Synchronization Hao Yan CIS Department Polytechnic University Brooklyn, NY[removed]removed]