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In real-time cooperative editing systems, independent operations on any part of the shared document may be generatedfrom multiple cooperatingsites. It is very important and technically challenging to ensure that the effect of executing an operation at remote sites, in the presence of concurrent execution of independent operations, achieves the same effect aa executing this operation at the local site at the time -of ita generation, thuspreaeruing its intention and maintainingsystern consistency. In this paper, we investigate the technical issues involved in preserving intentions of concurrent operuCons, explain the reaaons why traditional serialization-based concurrency control strategies and existing operational transformation strategies failed to solve these problems, and propose a generic operation transformation scheme for intention preservation and consistency maintenance in real-time cooperative editing systems. The proposed scheme has been implemented in an Internet-based prototype REDUCE (REaLtime Distributed Unconstrained Cooperative Editing) system. is quick (idealy as quick as a single-user editor) and the latency for remote user actions is low (determined by external commkkation latency only). (2) Distributed environments cooperating users may reside on different machines connected by different communication networks. (3) Unconstrained collaboration mdtiple users may concurrently and freely edit, any part of the document at any time, as advocated in [2, 8, 91.

A generic operation transformation scheme for consistency maintenance in real-time cooperative editing systems