Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Distributed collaborative editors such as Google Docs or Etherpad allow to distribute the work across time, space and organizations. ,  focus on distributed collaborative editors based on the Conflict-free Replicated Data Type approach (CRDT). CRDTs encompass a set of ll-known data types such as sets, graphs, sequences, etc. CRDTs for sequences model a document as a set of elements (character, line, paragraph, etc.) with unique identifiers, providing two commutative update operations: insert and delete. The identifiers of elements can be either of fixed-size or variable-size. Recently, a strategy for assigning variable-size identifiers called LSEQ has been proposed for CRDTs for sequences. LSEQ lors the space complexity of variable-size identifiers CRDTs from linear to sub-linear. While experiments show that it works locally, it fails to provide this bound with multiple users and latency. ,  propose h-LSEQ, an improvement of LSEQ that preserves its space complexity among multiple collaborators, regardless of the latency. Ultimately, this improvement allows to safely build distributed collaborative editors based on CRDTs.  validate our approach with simulations involving latency and multiple users.
['Brice Nédelec', 'Pascal Molli', 'Achour Mostefaoui', 'Emmanuel Desmontils']
I am writing a research paper on a idea Concurrency Effects Over Variable-size Identifiers in Distributed Collaborative Editing
[{"from": "human", "value": "I am writing a research paper on a idea Concurrency Effects Over Variable-size Identifiers in Distributed Collaborative Editing"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Distributed collaborative editors such as Google Docs or Etherpad allow to distribute the work across time, space and organizations. ,  focus on distributed collaborative editors based on the Conflict-free Replicated Data Type approach (CRDT). CRDTs encompass a set of ll-known data types such as sets, graphs, sequences, etc. CRDTs for sequences model a document as a set of elements (character, line, paragraph, etc.) with unique identifiers, providing two commutative update operations: insert and delete. The identifiers of elements can be either of fixed-size or variable-size. Recently, a strategy for assigning variable-size identifiers called LSEQ has been proposed for CRDTs for sequences. LSEQ lors the space complexity of variable-size identifiers CRDTs from linear to sub-linear. While experiments show that it works locally, it fails to provide this bound with multiple users and latency. ,  propose h-LSEQ, an improvement of LSEQ that preserves its space complexity among multiple collaborators, regardless of the latency. Ultimately, this improvement allows to safely build distributed collaborative editors based on CRDTs.  validate our approach with simulations involving latency and multiple users."}]