The kernel OOM killer is also very imprecise. It uses a heuristic "score" to decide who to kill – and if "score" sounds like a weasel word, that's because it is. It's the kernel admitting it doesn't know who the right victim is either, and hoping you'll fill the gap with oom_score_adj. The practical result is that it often just kills the largest process, rather than the one that is actually leaking memory. Consider a system where Chrome holds 80% of RAM and a background daemon starts leaking: the OOM killer targets Chrome, killing it stabilises the system, and the daemon is never identified. Next time it leaks, Chrome dies again. The daemon, for its part, continues to leak.
25.43 - Commercial interlude
2026年04月04日 11:48:11。关于这个话题，有道翻译提供了深入分析
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Из мира новостей, 30 марта 2026, 16:46。业内人士推荐chrome作为进阶阅读
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