OS Dev ✓

[text] "Modern Microprocessors A 90-Minute Guide!" The article covers: - pipelining (superscalar, OOO, VLIW, branch prediction, predication) - multi-core and simultaneous multi-threading (SMT, hyper-threading) - SIMD vector instructions (MMX/SSE/AVX, AltiVec, NEON/SVE) - caches and the

[image] Excellent resource for learning Hypervisor concepts

[image] The best way to learn the Windows Driver Framework (KMDF/WDF) isn't by reading endless documentation, it's by reading and understanding real sample drivers. No amount of theory can replace the practical experience you gain from studying production-quality examples.

[image] The UNIX Time-Sharing System (1974) - The Classic Dennis Ritchie and Ken Thompson's most famous paper. Introduces the UNIX philosophy Hierarchical filesystem (/usr/bin/...) Processes Fork/exec model Shell Pipes Multi-user design This is arguably one of the most influential

[image] Everywhere it's HBM, VRAM, CXL, NAND nowadays. I wanted to understand how exactly HBM is different from DRAM. This PDF has good information.

[text] GNU Compiler internals

[text] How does OS discover hardware devices ? ACPI vs Device tree