Write-ahead logging (WAL) is widely utilized to ensure data's integrity for data storage systems. Modified data is firstly written to a WAL file.
The asynchronous and adaptive checkpoint strategies of Walack do not radically change the commit-checkpoint protocol of WAL-based data storage systems.
Asynchronous and Adaptive Checkpoint for WAL-based Data ...
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Experiments show that Walack reduces the user-facing tail latency by up to 92.3% for write requests, with both average write and read performances retained.
The larger lattice constant for Si(III) significantly reduces the data atom-data atom interaction energy as well as the probe-neighbor interaction energies.
Oct 27, 2023 · Our paper titled "Asynchronous and Adaptive Checkpoint for WAL-Based Data Storage Systems" is accepted by the 29th IEEE International Conference on Parallel ...
Asynchronous and Adaptive Checkpoint for WAL-based Data Storage Systems. Conference Paper. Dec 2023. Li Zhu ; Comparative Analysis of Crash Consistency ...
Zhu, Li;Hu, Yanpeng;Wang, Chundong;#, Asynchronous and Adaptive Checkpoint for WAL-Based Data Storage Systems, IEEE, 2024, 1238-1245. 第一页 <<上一页 下一页> ...
Dec 17, 2023 · Asynchronous and Adaptive Checkpoint for WAL-Based Data Storage Systems ... Efficient Storage and Retrieval of Similar Data in Edge Computing ...
By maintaining the data in main memory, in-memory databases dramatically reduce the I/O cost of transaction processing. How- ever, for recovery purposes, in- ...
Jun 7, 2024 · At the heart of ensuring data integrity during system failures lies a mechanism that is both robust and efficient: Write-Ahead Logging (WAL).