Git 内核原理深度剖析：对象模型、DAG 与 Packfile 存储机制
深入剖析 Git 底层核心原理：四种对象模型（blob/tree/commit/tag）、有向无环图数据结构、引用系统、packfile 增量压缩机制，以及日常命令的底层映射关系
系统内核
Consistent Hashing: The Backbone of Modern Distributed Systems
Deep dive into Consistent Hashing: the fundamental algorithm powering distributed caching, database sharding, and real-time systems. Covers ring-based CH, Jump Hash, virtual nodes, weighted distribution, and production implementations.
Linux Kernel Scheduler: A Deep Engineering Analysis of CPU Scheduling from CFS to EEVDF
Deep engineering analysis of Linux CPU scheduling: from CFS virtual runtime to EEVDF deadline-based scheduling, NUMA awareness, EAS, and performance benchmarks.
Linux io_uring: A Deep Engineering Analysis of the Next-Generation Asynchronous I/O Framework
An in-depth engineering analysis of Linux io_uring: dual-ring buffer architecture, system call interface, liburing programming, SQPOLL/IOPOLL modes, fixed buffers/files, performance benchmarks, and production deployment practices.
io_uring: Linux Kernel's Revolutionary Asynchronous I/O Framework
io_uring represents a fundamental rethinking of asynchronous I/O in the Linux kernel. Comprehensive deep dive into io_uring architecture, submission/completion queues, SQPOLL mode, fixed buffers, linked operations, multishot, and real-world performance benchmarks.
Linux Kernel Scheduler: CFS Deep Dive and the Rise of EEVDF
Comprehensive analysis of Linux CFS scheduler fundamentals and the new EEVDF implementation in kernel 6.6
Linux io_uring 高性能异步 IO 编程深度实战：从环形队列到百万 IOPS
深入剖析 Linux io_uring 核心架构、API 编程实战与生产级应用场景。涵盖 SQ/CQ 无锁环形队列、批量提交优化、Fixed Buffer 技术、PostgreSQL 集成案例及百万 IOPS 基准测试。
Rust内存安全与所有权模型深度实战：从编译时保障到智能指针完全指南
深入解析Rust所有权系统、移动语义、引用与借用、生命周期参数化、智能指针实战
Linux io_uring: Async IO Revolution from Kernel to Production
Deep analysis of Linux io_uring: core architecture, three working modes, liburing dev practice, performance benchmarks, production deployment.
Linux内核内存管理深度实战：SLAB分配器与虚拟内存机制完全指南
深入剖析Linux内核内存管理子系统：伙伴系统、SLAB/SLUB分配器原理与调优、虚拟内存机制（多级页表/VMA/缺页处理）、页面回收策略、THP大页、Zswap/Zram压缩、OOM Killer、cgroups v2内存控制，及性能监控最佳实践。
Linux io_uring Depth Practice: Async IO Revolution
Linux io_uring async IO mechanism and best practices
Linux GPIO 子系统深度实战：从内核驱动到 libgpiod 生产级应用
全面解析Linux内核GPIO子系统：从GPIO硬件基础、旧版sysfs接口、新版gpiochardev架构，到用户空间libgpiod库的C与Python生产级编程实战。涵盖设备树绑定、控制器驱动框架gpiolib、中断处理、硬件去抖动支持、批量原子操作、sysfs至libgpiod迁移指南，附完整驱动代码与调试方法。
Linux 内核进程调度器深度实战：从 CFS 到 EEVDF 的完全工程指南
深入解析 Linux 内核进程调度器全流程：从调度策略分类、CFS 红黑树与 vruntime 算法、调度粒度与抢占决策、组调度与带宽控制，到 Linux 6.6 EEVDF 调度器设计、调度域与负载均衡、NUMA 感知调度、CPU 隔离与 affinity、实时调度策略，以及 perf sched 与 ftrace 调度事件分析实战。
Linux 内核虚拟化深度实战：从 KVM 到 VirtIO 的完全工程指南
KVM虚拟化完全实战指南：从VMX硬件扩展、EPT内存虚拟化、VirtIO半虚拟化框架、vhost-net内核加速、APIC中断虚拟化，到云原生场景KubeVirt和DPDK+vhost-user高性能网络加速
Linux 内核内存管理深度实战：从伙伴系统到 SLUB 的完全工程指南
Linux 内核内存管理深度实战：从伙伴系统到 SLUB 的完全工程指南
