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Database management systems / Transaction processing system / Software engineering / Algorithms for Recovery and Isolation Exploiting Semantics / Parallel computing / Extensible Storage Engine / Immutable object / Benchmark / Computing / Application checkpointing / Computer programming


BRRL: A Recovery Library for Main-Memory Applications in the Cloud Tuan Cao, Benjamin Sowell, Marcos Vaz Salles, Alan Demers, Johannes Gehrke Cornell University Ithaca, NY 14853, USA
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Document Date: 2011-03-31 05:24:24

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File Size: 617,62 KB

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City

Athens / /

Company

Checkpoint / Kluwer Academic Press / Amazon / Microsoft / Cloud Tuan / /

Country

Norway / Greece / /

Currency

USD / /

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Event

Reorganization / /

Facility

Big Red Recovery Library / BRRL library / Checkpoint Server Figure / /

IndustryTerm

consistent main-memory applications / consistent applications / online games / log server / sub-optimal checkpointing algorithms / stable-storage media / storage systems / data-intensive applications / main-memory transaction processing system / cloud computing environments / distributed main memory applications / main-memory applications / main-memory transaction processing systems / transaction processing system / cloud applications / partitions across several processors / recovery algorithms / distributed transaction processing system / web services / /

OperatingSystem

UNIX / /

Organization

New York State Foundation for Science / Technology / and Innovation / National Science Foundation / Research Council of Norway / Cornell University / /

Person

Alan Demers / A. Demers / T. Cao / W. White / J. Gehrke / Marcos Vaz Salles / B. Sowell / M. V. Salles / Benjamin Sowell / X. Wang / Y. Yue / Johannes Gehrke / /

Position

Cao / General / /

ProgrammingLanguage

C / C++ / /

Technology

UNIX / API / recovery algorithms / simulation / Shared Memory / DBMS / Wait-Free Ping-Pong checkpointing algorithm / /

SocialTag