UT Systems and Storage Lab
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Pinned repositories
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A Rust user-space file system
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Website for the UT Systems and Storage Research Group
HTML UpdatedApr 25, 2019 -
quartz
Forked from HewlettPackard/quartzQuartz: A DRAM-based performance emulator for NVM
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The PebblesDB write-optimized key-value store (SOSP 17)
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CrashMonkey: tools for testing file-system reliability (OSDI 18)
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crashmonkey-PM
Forked from williewillus/panda_scratchpadCrash-Consistency Testing Framework for Persistent Memory Applications
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mongo-pebbles
Forked from mongodb-partners/mongo-rocksMongoDB storage integration layer for the PebblesDB storage engine
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YCSB
Forked from brianfrankcooper/YCSBYahoo! Cloud Serving Benchmark
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leveldbjni
Forked from fusesource/leveldbjniA Java Native Interface to LevelDB
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A library for doing atomic updates in a file-system agnostic manner.
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pebbles-rocks
Forked from facebook/rocksdbIntroducing FLSM into the RocksDB key-value store
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mysql-5.6
Forked from facebook/mysql-5.6Facebook's branch of the Oracle MySQL v5.6 database. This includes MyRocks.
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ros_comm
Forked from ros/ros_commROS communications-related packages, including core client libraries (roscpp, rospy, roslisp) and graph introspection tools (rostopic, rosnode, rosservice, rosparam).
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AutoOsync is a tool that makes libraries OptFS compatible, getting sometimes a performance that's an order of magnitude higher than before, while achieving the same level of safety guarantee. It requires minimal programmer intervention.
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ycsb-leveldb
Forked from jtsui/ycsb-leveldb -
The Optimistic File System (OptFS) is a Linux ext4 variant that implements Optimistic Crash Consistency, a new approach to crash consistency in journaling file systems. OptFS improves performance for many workloads, sometimes by an order of magnitude. OptFS provides strong consistency, equivalent to data journaling mode of ext4.
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The No-Order File System (NoFS)
