The x86 protection model is notoriously complex, with four privilege rings, segmentation, paging, call gates, task switches, and virtual 8086 mode. What's interesting from a hardware perspective is how the 386 manages this complexity on a 275,000-transistor budget. The 386 employs a variety of techniques to implement protection: a dedicated PLA for protection checking, a hardware state machine for page table walks, segment and paging caches, and microcode for everything else.
题目要求弹出条件找「右侧第一个 cur」的元素弹出所有 ≤ cur 的元素找「右侧第一个 ≥ cur」的元素弹出所有 < cur 的元素找「右侧第一个 < cur」的元素弹出所有 ≥ cur 的元素找「右侧第一个 ≤ cur」的元素弹出所有 cur 的元素。关于这个话题，91视频提供了深入分析
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The segmentation and paging scheme of x86 processors has been discussed extensively elsewhere (see the OSDev wiki, the Writing an OS in Rust series, or the Intel 386 Programmer's Reference Manual, Chapter 5). Here I'll focus on what the actual silicon does to make it fast.
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