This project is a Chinese translation and educational resource focused on the internal workings of the Linux kernel. It provides a curated collection of technical content designed for studying low-level operating system mechanisms and kernel development. The project utilizes a specialized localization workflow where translations are maintained in a forked repository. It employs a patch-based model and Git-driven synchronization to align Chinese translations with the original English source files through differential merge processes. The technical scope covers core operating system internals,
This project is a collection of technical documentation and guides designed as a computer architecture explainer. It provides educational resources on how processors and operating systems execute programs, focusing on the fetch-execute cycle and the fundamental relationship between hardware and the kernel. The documentation covers a wide range of low-level system operations, including detailed guides on the executable and linkable binary format, virtual memory management, and kernel-level operations. It specifically explores the mechanics of CPU scheduling, preemptive multitasking, and the us
This project is a technical interview study guide and computer science knowledge base. It provides a curated collection of technical interview questions and expert explanations focused on preparing for assessments at global IT companies. The repository serves as a coding interview roadmap for mastering algorithmic challenges and complexity analysis, alongside a software architecture reference for design principles and system design strategies. It also includes a web security curriculum covering authentication methods, cryptographic concepts, and common vulnerabilities. Content covers compute
This project is a collection of operating systems courseware and educational programming exercises designed for studying operating system design and implementation. It provides a set of concept simulators for modeling CPU scheduling, memory virtualization, and concurrency mechanisms. The project includes specialized tools such as a concurrency simulation lab for experimenting with synchronization, a file system modeling suite for studying disk persistence and RAID configurations, and a process tree visualizer for displaying parent-child relationship hierarchies. The software covers broader c