Memory Management and Virtual Memory in XV6
Lab on XV6 memory management covering virtual pages, physical pages, page table walking, mmap system call implementation, demand paging, address space expansion, and memory mapping.
Lab on XV6 memory management covering virtual pages, physical pages, page table walking, mmap system call implementation, demand paging, address space expansion, and memory mapping.
Practice problems on XV6 synchronization primitives including spinlocks, sleep/wakeup mechanisms, interrupt disabling, atomic operations, context switch atomicity, and concurrent access patterns.
Practice problems on XV6 process management covering fork system call, child process creation, context switching, interrupt handling, disk I/O, process scheduling, and kernel stack management.
Problem set on networking performance optimization covering interrupt handling, event-driven I/O, multi-process servers, socket programming, TCP performance, cache optimization, thread pools, and disk buffer caching.
Comprehensive documentation of XV6, a re-implementation of Unix Version 6 (v6) for modern x86-based multiprocessor systems using ANSI C. Contains detailed source code listings, cross-references, system calls, memory management, process handling, file systems, and boot procedures.