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Company CHECKPOINT / REWIND / Stasis / Creative Commons / Intel / / / Event Company Expansion / / Facility REWIND library / We store / In-Memory Non-Volatile Data-Structures Andreas Chatzistergiou Marcelo Cintra Stratis D. Viglas University of Edinburgh / Germany University of Edinburgh / / IndustryTerm lightweight software / contemporary applications / software malfunctions / logging infrastructure / transactional recovery protocol / disruptive model tional disk-based systems / in-place updates solution / large / search speed / data management systems / faster search / transaction processing / block devices / contemporary systems / software stack / leaner software stack / low-overhead transactional processing / individual applications / recovery algorithms / transaction management / software architecture / linear search / / MarketIndex AVL / case 100 / / NaturalFeature Shore-MT / MT. Shore-MT / / OperatingSystem GNU/Linux / / Organization VLDB Endowment / University of Edinburgh / / / Position transaction manager / update head / lock manager / head / manager offer / standalone recovery manager / transaction recovery manager / NVMaware memory manager / storage manager for persistent data structures / storage manager / persistent storage manager / THE RECOVERY RUNTIME Transaction recovery management The transaction recovery manager / head / head / manager for individual applications / manager in the OS / tail/head / recovery manager / programmer / / Product BerkeleyDB version 6.0.20 / fine35 Stasis 30 / Optimized / BerkeleyDB 6.0.20 / / ProgrammingLanguage C / SQL / / ProvinceOrState Hawaii / / Technology Linux / API / random access / operating system / 500 Algorithm / operating systems / DBMS / NVM technology / transactional recovery protocol / recovery algorithms / WAL protocol / physical 502 Algorithm / / URL http / SocialTag 
REWIND: Recovery Write-Ahead System for In-Memory Non-Volatile Data-Structures Andreas Chatzistergiou Marcelo Cintra