Logoot: A scalable optimistic replication algorithm for collaborative editing on P2P networks
|Logoot: A scalable optimistic replication algorithm for collaborative editing on P2P networks|
|Author(s)||Weiss S., Urso P., Molli P.|
|Published in||Proceedings - International Conference on Distributed Computing Systems|
|Keyword(s)||Unknown (Extra: Collaborative Editing, Collaborative editing systems, Leading Project, Optimistic replication algorithms, P2P network, Peer to peer, Wikipedia, Computer science, Computer networks, Technical presentations, Distributed computer systems)|
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Logoot: A scalable optimistic replication algorithm for collaborative editing on P2P networks is a 2009 conference paper written in English by Weiss S., Urso P., Molli P. and published in Proceedings - International Conference on Distributed Computing Systems.
Massive collaborative editing becomes a reality through leading projects such as Wikipedia. This massive collaboration is currently supported with a costly central service. In order to avoid such costs, we aim to provide a peer-to-peer collaborative editing system. Existing approaches to build distributed collaborative editing systems either do not scale in terms of number of users or in terms of number of edits. We present the Logoot approach that scales in these both dimensions while ensuring causality, consistency and intention preservation criteria. We evaluate the Logoot approach and compare it to others using a corpus of all the edits applied on a set of the most edited and the biggest pages of Wikipedia.
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