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!! NOTE !! This post has migrated to https://damonitor.github.io/posts/damon_news. This out-dated post will be removed soon. Below is a list of news around DAMON project. This list is not exhaustive but just a DAMON maintainer’s collection of news. If you find a news that should be added to this list, please let us know at sj@kernel.org and/or damon@lists.linux.dev. 2024 2024-10-15: DAMON debugfs interface removal RFC patch has posted. 2024-10-10: Monthly PyPI downloads of DAMON user-space too, DAMO, doubled again after ten days....

!! NOTE !! This post has migrated to https://damonitor.github.io/posts/damon_news. This out-dated post will be removed soon. Below is a list of news around DAMON project. This list is not exhaustive but just a DAMON maintainer’s collection of news. If you find a news that should be added to this list, please let us know at sj@kernel.org and/or damon@lists.linux.dev. 2024 2024-10-15: DAMON debugfs interface removal RFC patch has posted. 2024-10-10: Monthly PyPI downloads of DAMON user-space too, DAMO, doubled again after ten days....

This document helps you estimating the amount of benefit that you could get from DAMON-based system optimizations, and describes how you could achieve it. Check The Signs No optimization can provide same extent of benefit to every case. Therefore you should first guess how much improvements you could get using DAMON. If some of below conditions match your situation, you could consider using DAMON. Low IPC and High Cache Miss Ratios....

This document helps you estimating the amount of benefit that you could get from DAMON-based system optimizations, and describes how you could achieve it. Check The Signs No optimization can provide same extent of benefit to every case. Therefore you should first guess how much improvements you could get using DAMON. If some of below conditions match your situation, you could consider using DAMON. Low IPC and High Cache Miss Ratios....

!! NOTE !! This post has migrated to https://damonitor.github.io/posts/damon_evaluation. This out-dated post will be removed soon. DAMON is lightweight. It increases system memory usage by 0.39% and slows target workloads down by 1.16%. DAMON is accurate and useful for memory management optimizations. An experimental DAMON-based operation scheme for THP, namely ’ethp’, removes 76.15% of THP memory overheads while preserving 51.25% of THP speedup. Another experimental DAMON-based ‘proactive reclamation’ implementation, namely ‘prcl’, reduces 93....