28 papers:
- VLDB-2015-FaleiroA #concurrent #multi
- Rethinking serializable multiversion concurrency control (JMF, DJA), pp. 1190–1201.
- DAC-2014-KuanCHL #database #embedded #multi
- Space-Efficient Multiversion Index Scheme for PCM-based Embedded Database Systems (YHK, YHC, PCH, KyL), p. 6.
- ICSE-2014-LeP #control flow #graph #interprocedural #multi #verification
- Patch verification via multiversion interprocedural control flow graphs (WL, SDP), pp. 1047–1058.
- VLDB-2013-AchakeevS #multi #performance
- Efficient Bulk Updates on Multiversion B-trees (DA, BS), pp. 1834–1845.
- OOPSLA-2013-RavichandranP #distributed #multi #named
- Multiverse: efficiently supporting distributed high-level speculation (KR, SP), pp. 533–552.
- LICS-2013-FioreH #algebra #equation #logic #multi #polymorphism #semantics #syntax
- Multiversal Polymorphic Algebraic Theories: Syntax, Semantics, Translations, and Equational Logic (MPF, MH), pp. 520–529.
- VLDB-2012-SowellGS #distributed #multi #named #scalability
- Minuet: A Scalable Distributed Multiversion B-Tree (BS, WMG, MAS), pp. 884–895.
- RecSys-2010-KaratzoglouABO #collaboration #multi #recommendation
- Multiverse recommendation: n-dimensional tensor factorization for context-aware collaborative filtering (AK, XA, LB, NO), pp. 79–86.
- CIKM-2007-JouiniJ #database #multi
- Indexing multiversion databases (KJ, GJ), pp. 915–918.
- SAC-2006-MitrpanontF #design #development #multi
- Design and development of a multiversion OLAP application (JLM, SF), pp. 493–497.
- SAC-2004-BebelEKMW #multi
- Creation and management of versions in multiversion data warehouse (BB, JE, CK, TM, RW), pp. 717–723.
- ICEIS-v1-2003-MorzyW #approach #formal method #modelling #multi
- Modeling a Multiversion Data Warehouse: A Formal Approach (TM, RW), pp. 120–127.
- VLDB-2001-ChienTZ #documentation #multi #performance
- Efficient Management of Multiversion Documents by Object Referencing (SYC, VJT, CZ), pp. 291–300.
- SAC-2001-LuZP #multi #transaction #version control
- A dual copy method for transaction separation with multiversion control for read-only transactions (BL, QZ, WP), pp. 290–294.
- VLDB-1996-BerckenS #data access #multi #query
- Query Processing Techniques for Multiversion Access Methods (JVdB, BS), pp. 168–179.
- CIKM-1994-PuTWY #multi
- Multiversion Divergence Control of Time Fuzziness (CP, MKT, KLW, PSY), pp. 195–202.
- CIKM-1993-CellaryW #database #multi #object-oriented
- Locking Objects and Classes in Multiversion Object-Oriented Databases (WC, WW), pp. 586–595.
- SIGMOD-1992-Bamford #consistency #multi #performance #using
- Using Multiversioning to Improve Performance Without Loss of Consistency (RB), p. 164.
- SIGMOD-1992-HarrisRW #concurrent #database #multi #performance #protocol
- A High Performance Multiversion Concurrency Control Protocol of Object Databases (CH, MR, CW), p. 320.
- VLDB-1992-BoberC #multi #query
- Multiversion Query Locking (PMB, MJC), pp. 497–510.
- SIGMOD-1991-AgrawalK #execution #multi #transaction #using
- Using Multiversion Data for Non-interfering Execution of Write-only Transactions (DA, VK), pp. 98–107.
- SIGMOD-1990-LometS #multi #performance
- The Performance of a Multiversion Access Method (DBL, BS), pp. 353–363.
- SIGMOD-1989-AgrawalS #composition #concurrent #database #multi
- Modular Synchronization in Multiversion Databases: versionControl and Concurrency Control (DA, SS), pp. 408–417.
- SIGMOD-1989-LometS #data access #multi
- Access Methods for Multiversion Data (DBL, BS), pp. 315–324.
- PODS-1988-Hadzilacos #algorithm #concurrent #graph #multi
- Serialization Graph Algorithms for Multiversion Concurrency Control (TH), pp. 135–141.
- PODS-1987-SunT #concurrent #multi #performance
- Performance Results in Multiversion Timestamp Concurrency Control with Predeclared Writesets (RS, GT), pp. 177–184.
- PODS-1985-HadzilacosP #algorithm #aspect-oriented #concurrent #multi
- Algorithmic Aspects of Multiversion Concurrency Control (TH, CHP), pp. 96–104.
- VLDB-1983-BuckleyS #database #multi #protocol
- Obtaining Progressive Protocols for a Simple Multiversion Database Model (GNB, AS), pp. 74–80.