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Crash recovery for real-time main memory database systems
1996
Proceedings of the 1996 ACM symposium on Applied Computing - SAC '96
In this paper we propose an update-frequency partition checkpoint scheme and a partition reload algorithm for real-time main memory databases (MMDB) which aim at not only reducing system recovery time, but also minimizing the number of timing constraints which are violated. With the update-frequency partition checkpoint scheme, an MMDB is divided into partitions based on data types (persistent vs. temporal) and update frequency, and each partition is checkpointed independently based on its
doi:10.1145/331119.331166
dblp:conf/sac/HuangG96
fatcat:cfaio3e6efhxzcvy3ru2lpz54e